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    Universität Duisburg/Essen       Ruhr-Universität Bochum       Technische Universität Dortmund  

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     X. Fakultät für Sportwissenschaft   —  Lehrangebot im Studiengang Bachelor of Science (B.Sc.) (PO2018), Studienschwerpunkt Sportmanagement, Modul 14: Angewandtes Sportmanagement
  [100719] Seminar Sport im Kontext von Verein und Verband   —  Seminar
  Dipl.-Sportl. Christian Osenberg, Dr. Jörn Uhrmeister
  • Score: 11.89  Seminar Sport im Kontext von Verein und Verband Strukturen im Organisierten Sport in Deutschland, Analyse der Einrichtungen des Organisierten Sports in Deutschland (LSB, KSB/SSB, Vereine), Problemfelder in Vereinen und Verbänden (Gastreferenten), Entwicklung eines problemorientierten Konzeptes für Vereine bzw. Verbände als Projektarbeit, Qualifikationen, Aus-, Fort- und Weiterbildung im Sport. wird inerhalb der Veranstaltung bekannt
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Wahlpflichtmodule
  [211034] Physical Attacks and Countermeasures   —  Vorlesung mit Übung
  Dr.-Ing. Amir Moradi
  • Score: 9.02  ­tem by means of a phy­si­cal at­tack does not infer to the we­ak­ness of the al­go­rithm, but of the im­ple­men­ta­ti­on. The­re­fo­re, con­s­i­de­ring such kinds of at­tacks as a po­ten­ti­al risk for the se­cu­ri­ty is a must when de­si­gning a cryp­to­gra­phic de­vice and we­ak­nes­ses in that re­gard need to be avo­ided from the start. The goal of this lec­tu­re is to give an over­view about the known phy­si­cal at­tacks and most con­s­i­der­a­b­ly the sche­mes de­ve­lo­ped to coun­ter such kinds of at­tacks. In the first part of the lec­tu­re dif­fe­rent kinds of phy­si­cal at­tacks are in­tro­du­ced, while in the se­cond part we focus on coun­ter­me­a­su­res and the me­thods to make im­ple­men­ta­ti­ons re­sis­tant against known phy­si­cal at­tacks. MIS­CEL­LA­NEOUS: IM­PORTANT: Be ZIELE: Die Stu­die­ren­den ver­ste­hen wie und warum phy­si­ka­li­sche An­grif­fe funk­tio­nie­ren. sind in der Lage Mess­da­ten an­hand der er­lern­ten Me­tho­den aus­zu­wer­ten und die Si­cher­heit einer Im­ple­men­tie­rung zu be­wer­ten. er­ken­nen die Ge­fahr von phy­si­ka­li­schen An­grif­fen für Im­ple­men­tie­run­gen von kryp­to­gra­phi­schen Al­go­rith­men. ken­nen mög ­li­che Ge­gen­maß­nah­men und wis­sen wie diese an­zu­wen­den sind, um ein Sys­tem gegen phy­si­ka­li­sche An­grif­fe zu schüt­zen. IN­HALT: Mo­der­ne kryp­to­gra­phi­sche Al­go­rith­men bie­ten aus­rei­chend Schutz gegen die be­kann­ten ma­the­ma­ti­schen und kryp­t­ana­ly­ti­schen An­grif­fe. In der Pra­xis wer­den diese Al­go­rith­men für si­cher­heits-kri­ti­sche An­wen­dun­gen auf ver ­schie­de­nen Platt­for­men im­ple­men­tiert. Dies ge­schieht so­wohl als Pro­gramm­code (Soft­ware) als auch mit lo­gi­schen Ele­men­ten/Schal­tun­gen (Hard­ware). Der phy­si­ka­li­sche Zu­gang zu kryp­to­gra­phi­schen Im­ple­men­tie­run­gen (z.B., eine Smart­card oder ein Smart­pho­ne, wel­che zum Be­zah­len be­nutzt wer­den), in wel­chen der ge­hei­me Schlüs­sel ein­ge­bet­tet ist, hat zur Ent­ste­hung einer
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     XX. Medizinische Fakultät   —  Veranstaltungen für Studierende anderer Fakultäten, Veranstaltungen für Studierende der natur- und ingenieurwissenschaftlichen Fakultäten, Vorlesungen
  [201015] Biomedizinische Funktionssysteme II   —  Vorlesung
  Priv.-Doz. Dr. Martin Hexamer
  • Score: 8.53  ­sio­lo­gie: An­pas­sun­gen des au­to­no­men Ner­ven­sys­tems, des Herz-Kreis­lauf-Sys­tems und der At­mung, Aus­wir­kung von Trai­ning, Leis­tungs­tests. Tem­pe­ra­tur­phy­sio­lo­gie: Wär­me­bil­dung, Wär­me­trans­fer, Wär­me­bi­lanz, Tem­pe­ra­tur­re­gu­la­ti­on, Hy­per­ther­mie, Hy­po­ther­mie, Fie­ber. Seh­sinn: Auf­bau des Auges, Diop­ti­scher Ap­pa­rat, Ab­bil­dungs­feh­ler, Trans­duk­ti­on und Trans -Lun­gen-Ma­schi­ne, ECMO, Herz­un­ter­stüt­zungs­sys­te­me. SONS­TI­GES: PRÜFUNG: mündlich (30 min), Anmeldung: FlexNow GOALS: On the basis of 'Bio­me­di­cal Sys­tems I', the stu­dents have ex­pan­ded their basic me­di­cal/phy­sio­lo­gi­cal know­ledge and be­co­me ac­quain­ted with other me­di­cal tech­no­lo­gy pro­ce­du­res in this se­cond part of the lec­tu­re. CON­TENT: The lec­tu­re pres­ents the phy ZIELE: Die Ver­an­stal­tung setzt Bio­me­di­zi­ni­sche Funk­ti­ons­sys­te­me I fort. Nach er­folg­rei­chem Ab­schluss haben die Stu­die­ren­den ihr me­di­zi­ni­sches/phy­sio­lo­gi­sches Grund­wis­sen aus­ge­baut und ei­ni­ge Er­kran­kun­gen ken­nen­ge­lernt. Sie kön­nen aus­ge­wähl­te me­di­zin­tech­ni­sche Ver­fah­ren, die einen engen Bezug zum phy­sio­lo­gi­schen Stoff haben, er ­läu­tern. Ihre Kom­pe­tenz, sich selb­stän­dig in die ein­schlä­gi­ge Fach­li­te­ra­tur ein­zu­ar­bei­ten, haben sie ver­stärkt. Par­al­lel dazu haben sie ihre Kennt­nis­se der Fach­ter­mi­no­lo­gie er­wei­tert und damit auch ihre fach­spe­zi­fi­sche Kom­mu­ni­ka­ti­ons­fä­hig­keit. IN­HALT: Die Vor­le­sung stellt die phy­sio­lo­gi­schen Grund­la­gen wei­te­rer Or­gan­sys­te­me dar und be­han­delt me ­sent­li­che As­pek­te der Hä­mo­dia­ly­se wer­den vor­ge­stellt. An­mer­kun­gen zum Salz-Was­ser- und Säu­re-Ba­sen-Haus­halt. Funk­tio­nen von Blut, Mes­sung des Hä­mo­glo­bin­ge­hal­tes und der Sau­er­stoff­sät­ti­gung (Pul­soxy­me­trie). Er­näh­rung und En­er­gie­haus­halt: Nähr­stof­fe und Nah­rungs­be­stand­tei­le, En­er­gie­bi­lanz, Mes­sung des En­er­gie­um­sat­zes. Grund­la­gen der Leis­tungs­phy
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     XVIII. Fakultät für Chemie und Biochemie   —  Studiengang Bachelor Biochemie, 2. Semester
  [142282] Anfängerpraktikum zur Elektrizitätslehre für Biochemiker mit Physik als Nebenfach   —  Praktikum
  Prof. Dr.-Ing. Ilona Rolfes
  • Score: 8.27  Es han­delt sich um den elek­tro­tech­ni­schen Teil des phy­si­ka­li­schen Prak­ti­kums mit An­mel­de­pflicht. Die An­mel­dung er­folgt über Herrn Dr. D. Meyer, Fa­kul­tät für Phy­sik und As­tro­no­mie, Phy­si­ka­li­sche Grund­prak­ti­ka. drei Versuche, n.V., Geb. ICN 02/625
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     XVIII. Fakultät für Chemie und Biochemie   —  Studiengang Bachelor Chemie, 2. Semester
  [142281] Anfängerpraktikum zur Elektrizitätslehre für Chemiker mit Physik als Nebenfach   —  Praktikum
  Prof. Dr.-Ing. Ilona Rolfes
  • Score: 8.27  Es han­delt sich um den elek­tro­tech­ni­schen Teil des phy­si­ka­li­schen Prak­ti­kums mit An­mel­de­pflicht. Die An­mel­dung er­folgt über Herrn Dr. D. Meyer, Fa­kul­tät für Phy­sik und As­tro­no­mie, Phy­si­ka­li­sche Grund­prak­ti­ka. drei Versuche, n.V., Geb. ICN 02/625
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Free Elec­tive Cour­ses
  [141109] Free Choice   —  Vorlesung / Seminar
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 8.17  GOALS: Wi­t­hin these cour­ses mo­du­le the stu­dents add in­di­vi­du­al focus areas to their stu­dies. For that pur­po­se they can choo­se from the whole cour­se pro­gram­me of the Ruhr-Uni­ver­si­tät in order to im­pro­ve their know­ledge eit­her in areas re­la­ted to the topic La­sers and Pho­to­nics or to other areas like, for ex­amp­le, lan­gua­ges, eco­no­my, phi­lo­so­phy and others . CON­TENT: The choice of ap­pro­pria­te cour­ses can be made out of all cour­ses of the Ruhr-Uni­ver­si­tät. This in­clu­des lec­tu­res of all fa­cul­ties and the pro­gram­me of the Cen­ter for For­eign Lan­gua­ge Edu­ca­ti­on (Zen­trum für Fremd­spra­chen­aus­bil­dung, ZFA). Even the choice of cour­ses of the Tech­ni­cal Uni­ver­si­ty Dort­mund is pos­si­ble due to a contract of both uni
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     II. Katholisch-Theologische Fakultät   —  Philosophie und Philosophisch-Theologische Grenzfragen, Vorlesungen
  [020001] Einführung in die Religionsphilosophie   —  Vorlesung
  Dr. Christian Weidemann
  • Score: 8.07  MEd Modul B 1std. • Christian Weidemann: Die Unverzichtbarkeit natürlicher Theologie, Freiburg i.Br. 2007. • Gottesbeweise von Anselm bis Gödel, hg. von Joachim Bromand und Guido Kreis, Berlin 2011. • Winfried Löffler: Einführung in die Religionsphilosophie, 3. Auflage Darmstadt 2019.
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     XVII. Fakultät für Geowissenschaften   —  Institut für Geologie, Mineralogie und Geophysik, Studiengang "Geowissenschaften B.Sc", 2. Semester
  [176207] Geländeübung zu endogenen und exogenen Prozessen   —  Geländeübung
  Dr. Stephan Schuth, Dr. Silvia Volante
  • Score: 7.80  . (2008): Geologische Exkursionen in den nationalen GeoPark Ruhrgebiet. Jahresberichte und Mitteilungen des Oberrheinischen Geologischen Vereins, Neue Folge, Band 90, Essen, 434 S. .
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Mas­ter-Se­mi­nar PT
  [143280] Master-Seminar Plasmatechnik   —  Seminar
  Prof. Dr.-Ing. Peter Awakowicz, Prof. Dr. rer. nat. Ralf Peter Brinkmann, Prof. Dr. Andrew R. Gibson, Prof. Dr.-Ing. Thomas Mussenbrock, Apl. Prof. Dr. Julian Schulze
  • Score: 7.54  and di­s­cus­sing sci­en­ti­fic con­tent CON­TENT: Stu­dents pre­pa­re selec­ted to­pics on plas­ma tech­no­lo­gy and plas­ma phy­sics and pre­sent them in lec­tu­res. The to­pics will base on cur­rent re­se­arch ac­tivi­ties. ­Students par­ti­ci­pa­te in lec­tu­res of other se­mi­nar par­ti­ci­pants and of scho­lars. It is also pos­si­ble to par­ti­ci­pa­te in lec­tu­res of the in ZIELE: Die Stu­die­ren­den haben er­lernt: den Um­gang mit tech­ni­scher und wis­sen­schaft­li­cher Li­te­ra­tur Vor­trags­ge­stal­tung sinn­vol­len Ein­satz von Me­di­en Ver­mitt­lung und Dis­kus­si­on wis­sen­schaft­li­cher In­hal­te IN­HALT: Aus­ge­wähl­te The­men der Plas­ma­tech­nik und Plas­ma­phy­sik wer­den von den Stu­die­ren­den ei­gen­stän­dig er­ar­bei­tet und in Vor ­len füh­ren­de Wis­sen­schaft­ler aus der gan­zen Welt im Rah­men einer Vi­deo­kon­fe­renz Ihre For­schungs­ar­bei­ten vor. SONS­TI­GES Bei In­ter­es­se wen­den Sie sich bitte an den Lehr­stuhl: office@​tet.​rub.​de PRÜ­FUNG: Seminarbeitrag GOALS: The stu­dents have le­ar­ned dea­ling with tech­ni­cal and sci­en­ti­fic li­te­ra­tu­re lec­tu­re de­sign mea­ningful use of media teaching
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Pflichtbereich
  [141284] Plasmatechnik 2   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Peter Awakowicz
  • Score: 7.37  ­ter­ac­tions and con­cre­te phy­si­cal-tech­ni­cal pro­ces­ses and equip­ment. The first part of the lec­tu­re is about the gas-pha­se and sur­face pro­ces­ses in mo­dern plas­ma-tech­ni­cal pro­ces­ses. On the basis of il­lus­tra­ti­ve ima­ges, the phy­si­cal bases of the im­portant sur­face pro­ces­ses are obtained.​The in­ter­ac­tion of gas-pha­se and sur­face-ki­ne­tics will be shown by the ex­amp­le of the oxi ZIELE: Die Stu­die­ren­den haben Ver­ständ­nis für die ma­the­ma­ti­sche Be­schrei­bung plas­ma­phy­si­ka­li­scher Ab­schei­de­pro­zes­se und sind da­durch in der Lage, reale Pro­zes­se grund­sätz­lich zu ver­ste­hen, die Ab­hän­gig­keit von den we­sent­li­chen Pa­ra­me­tern zu er­ken­nen und Über­le­gun­gen zur sinn­vol­len Aus­le­gung wei­te­rer Pro­zes­se an­zu­stel­len. IN­HALT: Die 'Plas ­ma­tech­nik 2' be­schäf­tigt sich mit grund­sätz­li­chen Fra­gen der Wech­sel­wir­kung von Plas­men mit Ober­flä­chen, der An­wend­bar­keit die­ser Wech­sel­wir­kung und kon­kre­ten phy­si­ka­lisch-tech­ni­schen Pro­zes­sen und Ap­pa­ra­tu­ren. Im ers­ten Teil der Vor­le­sung spie­len die Ga­spha­sen und Ober­flä­chen­pro­zes­se in mo­der­nen plas­ma­tech­ni­schen Pro­zes­sen eine wich­ti­ge Rolle. An ­hand an­schau­li­cher Bil­der wer­den die phy­si­ka­li­schen Grund­la­gen der wich­tigs­ten Ober­flä­chen­pro­zes­se auf­ge­zeigt. Das Zu­sam­men­spiel von Ga­spha­sen und Ober­flä­chen­ki­ne­tik wird am Bei­spiel der Oxi­da­ti­on eines Koh­le­stoff­films auf­ge­zeigt. Der zwei­te Teil ist der Schicht­ab­schei­dung durch Sput­ter­ver­fah­ren ge­wid­met. Hier­bei wird ins­be­son­de­re auf die am wei ­tes­ten ver­brei­te­te Me­tho­de der Ma­gne­tron-Ent­la­dung ein­ge­gan­gen. So­wohl das rein phy­si­ka­li­sche, als auch das re­ak­ti­ve Sput­te­ring von me­tall­si­chen, aber auch die­lek­tri­schen Schich­ten wird auf­ge­zeigt. Grund­sätz­li­che Fra­ge­stel­lun­gen zur Schicht­ab­schei­dung und Schicht­mor­pho­lo­gie wer­den in Ab­hän­gig­keit wich­ti­ger Pa­ra­me­ter er­ör­tert. Die plas
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Mas­ter-Se­mi­nar KT
  [141211] Master-Seminar Physical Layer Security Journal Club   —  Seminar
  Prof. Dr.-Ing. Aydin Sezgin
  • Score: 7.35  GOALS: The stu­dents un­der­stand the con­cepts of phy­si­cal-lay­er me­a­su­res to achie­ve secrecy. They know how to extract the core con­cept and cont­ri­bu­ti­on from a sci­en­ti­fic ma­nu­script. They are able to pre­sent and in­tro­du­ce in an oral talk the tools and me­thods uti­li­zed in the re­spec­tive ma­nu­script. CON­TENT: The stu­dents are ex­po­sed to sci­en­ti­fic ma ­nu­script wi­t­hin the area of phy­sci­cal-lay­er se­cu­ri­ty, which in­clu­des but is not li­mi­ted to pri­va­te in­for­ma­ti­on re­trie­val se­cu­re di­stri­bu­ted com­pu­ta­ti­on wir­e­tap­ping key ge­ne­ra­ti­on au­then­ti­fi­ca­ti­on ob­li­vious trans­fer in­stan­ce hiding They study and re­view the cor­re­spon­ding sci­en­ti­fic paper, extract the es­sen­se of the pro­blem im ­port­an­ce of the pro­blem stu­died the me­tho­do­lo­gy on how the pro­blem is tack­led the so­lu­ti­on and the in­sights. Fi­nal­ly, they prepare a short sci­entific talk and give a pre­sen­ta­ti­on to fel­low stu­­dents. EXAM: seminar, registration: directly with the lecturer Kick-off: 05.04.2022 | 14:15-15:45 Uhr
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, B.Sc. IT-Sicherheit, Veranstaltungen Bachelor PO 2020, praktische Vertiefung
  [211403] Bachelor-Vertiefungspraktikum Wire­less Phy­si­cal Layer Se­cu­ri­ty   —  Praktikum
  Jun.-Prof. Dr.-Ing. Christian Zenger
  • Score: 6.95  Bachelor-Vertiefungspraktikum Wire­less Phy­si­cal Layer Se­cu­ri­ty
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [142360] International Summer School   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Peter Awakowicz, Prof. Dr. rer. nat. Ralf Peter Brinkmann
  • Score: 6.93  ZIELE: Die Stu­die­ren­den sind mit der Nie­der­tem­pe­ra­tur­plas­ma­phy­sik ver­traut und haben einen Über­blick auf neu­es­tem Stand über das Ge­biet. IN­HALT: Der Grund­kurs wird fol­ge­ne The­men be­han­deln: Grund­la­gen der Ga­s­ent­la­dungs­phy­sik, Ähn­lich­keits­ge­set­ze, Arten von Plas­men De­bye-Län­ge, Stoß­ra­ten, Io­ni­sa­ti­ons­quer­schnit­te, freie Weg­län­gen, ma ­gne­ti­scher Ein­schluß Plas­maquel­len, RF-Ent­la­dun­gen Ther­mi­sche Plas­men Plas­ma­dia­gnos­tik Strah­lung, Stoß-Strah­lungs­mo­del­le Elek­tro­nen­ki­ne­tik Hydro­dy­na­mi­sche Mo­del­le Ki­ne­tik in re­ak­ti­ven Plas­men Ober­flä­chen­pro­zes­se stau­bi­ge Plas­men PRÜ­FUNG: Seminarbeitrag GOALS: The stu­dents are fa­mi­li­ar with low-tem­pe­ra­tu­re plas­ma phy­sics and have an up-to-da­te over­view of the topic. CON­TENT: The “In­ter­na­tio­nal Sum­mer School on Low Tem­pe­ra­tu­re Plas­ma Phy­sics: Ba­sics and Ap­p­li­ca­ti­ons” will give gra­dua­te MSc / PhD stu­dents world-wi­de a solid in­tro­duc­tion and a con­cise over­view of low-tem­pe­ra­tu­re plas­ma phy­sics and ser­ves as a forum pro­vi­ding co­he­rent edu­ca­ti­on in plas­ma sci­ence. The School has be ­co­me a ge­nui­ne part of the cur­ri­cu­la of some par­ti­ci­pa­ting uni­ver­si­ties, be­cau­se it gives a com­pre­hen­si­ve co­ver­a­ge of the main areas of in­te­rest for plas­ma sci­ence and tech­no­lo­gy: fun­da­men­tals of plas­ma phy­sics, plas­ma sour­ces, ther­mal and low-pres­su­re plas­mas, plas­ma ki­ne­tics, dia­gnostics, mo­del­ling and plas­ma-sur­face in­ter­ac­tions. Fun ­da­men­tals of gas di­sch­ar­ge phy­sics, si­mi­la­ri­ty laws, types of plas­mas Debye length, col­li­si­on rates, io­niza­t­i­on cross sec­tions, mean free path lengths, ma­gne­tic con­fi­ne­ment Plas­ma sour­ces, RF di­sch­ar­ges Ther­mal plas­mas Plas­ma dia­gnostics Ra­dia­ti­on, col­li­sio­nal-ra­dia­ti­ve mo­dels Elec­tron ki­ne­tics Hydro­dy­na­mic mo­dels Ki­ne­tics in re­ac­tive plas
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Medizintechnik, Pflichtbereich
  [141223] Tomographische Abbildungsverfahren in der Medizin   —  Vorlesung mit Übung
  Dr.-Ing. Stefanie Dencks, Prof. Dr.-Ing. Georg Schmitz
  • Score: 6.86  ­klä­ren. Sie ver­ste­hen die grund­le­gen­den phy­si­ka­li­schen Ef­fek­te (z.B. Rönt­gen­schwä­chung, Kern­spin­re­so­nanz) und kön­nen diese dis­ku­tie­ren. Die Stu­die­ren­den ver­ste­hen die Theo­rie der to­mo­gra­fi­schen Re­kon­struk­ti­on (Fou­rier-Sli­ce-Theo­rem, Fou­rier-Dif­frac­tion Theo­rem) und kön­nen hier­aus den Auf­bau und die er­ziel­te Bild­qua­li­tät der be­trach­te­ten Sys­te­me ab ­tre­ten. IN­HALT: Mit Hilfe to­mo­gra­phi­scher Ab­bil­dungs­ver­fah­ren kön­nen aus Pro­jek­tio­nen, d.h. aus ge­mes­se­nen, in­te­gra­len Be­zie­hun­gen phy­si­ka­li­scher Pa­ra­me­ter, Schnitt­bil­der von Ge­we­be- und Kno­chen­struk­tu­ren re­kon­stru­iert wer­den. Bei der Computer­tomographie (CT) wird die Durch­dringung von Rönt­gen­strah­len durch ein ab­zu­bil­den­des Vo­lu­men unter ver ­schie­de­nen Win­keln ge­mes­sen, und es er­folgt eine Re­kon­struk­ti­on des Röntgen­schwächungs­koeffizienten. Bei der Magnet­reso­nanz-Tomographie (MR-To­mo­gra­phie) wer­den hin­ge­gen kern­ma­gne­ti­sche Resonanz­effekte ge­nutzt, und es wer­den Relaxations­zeiten bzw. Protonen­dichten ab­ge­bil­det. Es wer­den von den phy­si­ka­li­schen und mathe­matischen Grund­la­gen bis zu prak­tisch wich­ti­gen Re ­ging pro­ce­du­res (X-ray com­pu­ted to­mo­gra­phy, ma­gne­tic re­so­nan­ce ima­ging). They know the basic tech­ni­cal com­po­n­ents of the ima­ging sys­tems under con­s­i­de­ra­ti­on and can ex­plain how they work. They un­der­stand the basic phy­si­cal ef­fects (e.g. X-ray at­te­nua­ti­on, nu­cle­ar ma­gne­tic re­so­nan­ce) and can di­s­cuss them. Stu­dents un­der­stand the theo­ry of to­mo­gra­phic re to apply what they have le­ar­ned in a small team. They are able to ex­plain their so­lu­ti­ons and to pre­sent sup­porting ar­gu­ments. CON­TENT: Using to­mo­gra­phic ima­ging tech­ni­ques, image sli­ces of tis­sue and bone struc­tu­res can be re­con­struc­ted from pro­jec­tions, i.e. from me­a­su­red, in­te­gral re­la­ti­ons­hips of phy­si­cal pa­ra­me­ters. Com­pu­ter to­mo­gra­phy (CT) me
• 
     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, praktische Vertiefung
  [211410] Mas­ter-Prak­ti­kum Wire­less Phy­si­cal Layer Se­cu­ri­ty   —  Praktikum
  Jun.-Prof. Dr.-Ing. Christian Zenger
  • Score: 6.74  Mas­ter-Prak­ti­kum Wire­less Phy­si­cal Layer Se­cu­ri­ty
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Op­ti­cal Me­tro­lo­gy
  [141263] Optical Metrology   —  Vorlesung mit Übung
  Dr.-Ing. Carsten Brenner, Prof. Dr.-Ing. Nils Gerhardt
  • Score: 6.55  GOALS: The stu­dents un­der­stand the phy­si­cal func­tio­nal prin­ci­ples of op­ti­cal me­tro­lo­gy. They have le­ar­ned the cha­rac­te­ris­tics and li­mits of op­ti­cal me­tro­lo­gy. Fur­ther­mo­re, they got to know the selec­tion cri­te­ria of sui­ta­ble op­ti­cal me­a­su­ring tech­ni­ques for a given ap­p­li­ca­ti­on. CON­TENT: Op­ti­cal me­tro­lo­gy is used as cross-sec­tio­nal tech ­no­lo­gy in many di­sci­pli­nes. At first, the basic cha­rac­te­ris­tics of light and its in­ter­ac­tion with mat­ter are poin­ted out in a short fun­da­men­tal ch­ap­ter. Sub­se­quent­ly, the tools of op­ti­cal me­tro­lo­gy, i.e. ac­tive and pas­si­ve op­ti­cal ele­ments are di­s­cus­sed. The main part of the lec­tu­re deals with me­a­su­ring tech­ni­ques like: geo­me­try me­a­su­re­ments, pro ­fi­lo­me­try, shape me­a­su­re­ments, spec­trosco­py, high-speed ca­me­ras, in­fra­red ima­ging, and bio­pho­to­nics. MIS­CEL­LA­NEOUS: EXAM: oral (30 min), rgeistration: FlexNow Date ac­cor­ding to prior agree­ment with lec­tu­rer. Start: 04.04.2022 Saleh, , Teich, "Fun­da­men­tals of Pho­to­nics", Wiley & Sons, 2007
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Man­d­ato­ry Elec­tive Cour­ses
  [141423] Ultrafast Laser Physics 2: Generation and Applications of Ultrashort Pulses   —  Vorlesung mit Übung
  Michelle Reiche, Prof. Dr. Clara Saraceno
  • Score: 6.49  Now Date ac­cor­ding to prior agree­ment with lec­tu­rer. Stu­dents who at­te­ned the exam of the cour­se "Ul­tra­f­ast Laser Phy­sics and Tech­no­lo­gy" are not al­lo­wed to take part in the exam. Beginn: 13.04.2022 ­tra­kur­zer Pulse in Wis­sen­schaft und In­dus­trie. SONS­TI­GES:  EXAM: Stu­dents who at­te­ned the exam of the cour­se "Ul­tra­f­ast Laser Phy­sics and Tech­no­lo­gy" are not al­lo­wed to take part in the exam. PRÜ­FUNG: mündlich (30 min), Anmeldung: FlexNow Ter­min nach Ab­spra­che mit dem Do­zen­ten. GOALS: Be­co­me fa­mi­li­ar with the tech­ni­ques of mo­de­lo­cking and am
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     VII. Fakultät für Wirtschaftswissenschaft   —  Masterstudiengänge in Management and Economics, Wahlmodul im Bereich Economics, Module Empirical Economics: Selected Problems
  [075010] S Business cycle analysis and forecasting   —  Seminar
  Apl. Prof. Dr. Torsten Schmidt
  • Score: 6.18  This module deals with the advanced analysis of specific topics in the field of empirical economics (e.g., labor economics, health economics, or education economics). In a basic lecture, the participants are introduced to the theoretical and empirical concepts of the topic. The lectures will also review some important empirical studies of the topic, explaining the way the economic problem was represented by an econometric model. The students will then be assigned to present major publications of the research field in order to deepen the knowledge obtained through the lecture. This module deals with the advanced analysis of specific topics in the field of empirical economics (e.g., labor economics, health economics, or education economics). In a basic lecture, the participants are introduced to the theoretical and empirical concepts of the topic. The lectures will also review some important empirical studies of the topic, explaining the way the economic problem was represented by an econometric model. The students will then be assigned to present major publications of the research field in order to deepen the knowledge obtained through the lecture.
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [141373] Plasma Chemistry   —  Blockkurs
  Dr. Efe H. Kemaneci
  • Score: 6.04  ­ne­tics and Ther­mo­dy­na­mics Ele­men­ta­ry che­mi­cal pro­ces­ses in plas­ma Ki­ne­tic plas­ma de­scrip­ti­on Plas­ma-sur­face re­ac­tions Mo­del­ling ap­proa­ches and nu­me­ri­cal me­thods for plas­ma and plas­ma che­mis­try MIS­CEL­LA­NEOUS: EXAM: oral (30 min), registration: FlexNow Date ac­cor­ding to prior agree­ment with lec­tu­rer. Blockkurs: 25.07.-29.07.2022 Ausfall 2021 Smir ­nov, Boris M. "Phy­sics of Io­ni­zed Gases", Wiley & Sons, 2001 Lich­ten­berg, Allan J., Lie­ber­man, Micha­el A. "Prin­ci­ples of Plas­ma Di­sch­ar­ges and Ma­te­ri­als Pro­ces­sing", Wi­ley-In­ter­sci­ence, 1994
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     XII. Fakultät für Bau- und Umweltingenieurwissenschaften   —  Studiengang Master Computational Engineering, Optional Courses
  [126511] Training of Competences, part 2 (MSc-CE-W02)   —  Übung
  Ulrike Königs
  • Score: 5.97  Different Lecturers of ZFA Different Lecturers of ZFA
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Anwendungsmodule
  [211049] Computational Neuroscience: Vision and Memory   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Laurenz Wiskott
  • Score: 5.89  This lecture presents models of selforganization in neural systems, in particular addressing vision (receptive fields, neural maps, invariances, attention) and associative memory (Hopfield network). This lecture presents models of selforganization in neural systems, in particular addressing vision (receptive fields, neural maps, invariances, attention) and associative memory (Hopfield network ). Mostly lecture notes will be provided.
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     International Course Catalogue   —  Humanities, Faculty of Philosophy and Educational Research, Institute of Philosophy
  [030094] Special Topics in Philosophy of Science   —  Seminar
  Jun.Prof. Dr. Jan Baedke
  • Score: 5.79  Besides logic, epistemology and philosophy of language, philosophy of science is one of the core disciplines of theoretical philosophy. This seminar belongs to the lecture “General Philosophy of Science”; further information on the subjects are given there. The seminar extends and deepens special topics the lecture deals with. Therefore, attending makes only sense when you also visit the lecture
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     XVIII. Fakultät für Chemie und Biochemie   —  Studiengang Bachelor Biochemie, 6. Semester, Spezialveranstaltungen aus dem Bereich der Schwerpunktausbildung:, Schwerpunkt "Biomolekulare Chemie"
  [181810] Inorganic Chemistry IV (Advanced Organometallic Chemistry)   —  Vorlesung
  Prof. Dr. Viktoria Däschlein-Gessner
  • Score: 5.78  Online lecture. First lecture 05.04.2022
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     VIII. Fakultät für Sozialwissenschaft   —  1-Fach Master: Module für alle Studienprogramme, Forschungsmodul
  [080313] S Organisationen im Wandel (FOR, Teil I und Teil II)   —  Seminar
  Leslie Czienienga, Dr. Markus Terbach
  • Score: 5.78  Mitarbeiterinnen und Mitarbeiter rekrutieren zu können, natürlich parallel zum Alltagsgeschäft. Dieses in Kooperation mit dem Alumni-Verein SOPRA e.V. durchgeführte Seminar geht im Sommersemester in die Praxis/Empiriephase. Es wird ein kleines eigenes Forschungs- und Beratungsprojekt durchgeführt. Voraussetzungen für Studiennachweise / Modulprüfungen Generell: aktive Mitarbeit; zusätzlich für einen
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     VII. Fakultät für Wirtschaftswissenschaft   —  Bachelor in Management and Economics, Profilierungsphase, Wahlpflichtmodule im Bereich Economics, Modul Introductory Migration Economics
  [073007] V Introductory Migration Economics   —  Vorlesung
  Dr. Lisa-Sofie Höckel
  • Score: 5.73  This module gives an introduction to the topic of migration economics. The module consists of an introductory lecture and a literature seminar. The literature gives an overview of the basic theoretical and empirical concepts dealt with in migration economics. The seminar aims to deepen specific topics dealt with in the lecture. Students are required to independently prepare for this. In doing so , it is expected that each student summarizes and presents a journal article from the field of migration economics. This module gives an introduction to the topic of migration economics. The module consists of an introductory lecture and a literature seminar. The literature gives an overview of the basic theoretical and empirical concepts dealt with in migration economics. The seminar aims to deepen specific topics dealt with in the lecture. Students are required to independently prepare for this. In doing so, it is expected that each student summarizes and presents a journal article from the field of migration economics.
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     VIII. Fakultät für Sozialwissenschaft   —  Veranstaltungen ohne Modulzuordnung
  [080452] K RUSTlab Lectures Forschungs- und Doktorand*innenkolloquium   —  Kolloquium
  Prof. Dr. Estrid Sørensen
  • Score: 5.69  K RUSTlab Lectures Forschungs- und Doktorand*innenkolloquium Fokus des RUSTlabs ist die Erforschung wissens- und technikintensiver Welten sowie auch die Methoden dafür. Das Kolloquium setzt sich aus den Veranstaltungen RUSTlab Lectures und dem Machine Room zusammen. Bei den Lectures stellen Gäste und Angehörige des Lehrstuhls Kulturpsychologie und Wissensanthropologie ihre Forschung zur Diskussion. Im Machine Room wird mit ethnographischen, qualitativen
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     V. Fakultät für Philologie   —  Romanistik, Proseminare, Literaturwissenschaft
  [050916] Rousseau   —  Proseminar
  PD Dr. Bettina Full
  • Score: 5.65  050916 Rousseau Im Kreis der Aufklärer nimmt Jean-Jacques Rousseau eine widerständige Position ein. Er stilisiert sich zum intellektuellen Außenseiter und entwirft eine bis heute kontrovers diskutierte Kultur- und Gesellschaftskritik. In der Konzentration auf das Individuum und in der Aufwertung von Empfindsamkeit und Imagination prägt er die Romantik, auch die moderne Autobiographie. Im
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     VIII. Fakultät für Sozialwissenschaft   —  Bachelor, Fakultätsfremdes Aufbaumodul
  [030003] General Philosophy of Science   —  Vorlesung
  Jun.Prof. Dr. Jan Baedke
  • Score: 5.62  of physics” and “philosophy of biology”) have been developed not until the 18th century and reflect the increasing significance of specific scientific knowledge for modern philosophy. The lecture gives an overview over the present status of general philosophy of science. It deals, on the one hand, with problems of methods and certain key concepts (such as “explanation” and “understanding”); on the other hand, it examines questions that focus on the significance of the historicity of scientific knowledge for the present sciences.The lecture is initially addressed to students of philosophy in general and of the master program HPS+ in particular. It is open for interested students of other subjects with (at least) basic knowledge in theoretical philosophy, which is possible to gain in the module “Introduction to theoretical philosophy” (SE1). Parallel to the lecture an accompanying seminar will be offered which serves to deepen and to complement the topics of the lecture. Participation in the seminar is recommended, but only for students of HPS+ it is a requirement in order to complete the “basic module 1”. The language of the lecture will be English. You will be informed about modalities concerning credits in the first session of the lecture. HPS+ Introductory Literature:Martin Curd, M. & James A. Cover (Eds.), Philosophy of Science. The Central Issues.2nd ed., New York, London 2013.Simon Lohse & Thomas Reydon (Hgg.): Grundriss Wissenschaftsphilosophie. Die Philosophien der Einzelwissenschaften. Hamburg 2017.Alexander Rosenberg, Philosophy of Science. A Contemporary Introduction. 2nd ed., New
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [141369] Crash Course on Plasma Simulation   —  Blockkurs
  Dr. Jan van Dijk
  • Score: 5.53  ­son-Glei­chung für das elek­tro­sta­ti­sche Feld und der Drift-Dif­fu­si­ons-Glei­chun­gen für den Elek­tro­nen- und Io­nen­trans­port auf einem dis­kre­ten Satz von Ma­schen­punk­ten auf­tre­ten. Sie im­ple­men­tie­ren und tes­ten einen C ++ - oder MAT­LAB-Code für ein orts­auf­ge­lös­tes und zeit­ab­hän­gi­ges Re­ak­tor­plas­ma. Der prak­ti­sche Kurs bie­tet eine Mi­schung aus phy­si­ka­li­scher Mo ­ac­tor plas­ma. The hands-on cour­se will ex­po­se a mix of phy­si­cal mo­del­ling and ma­the­ma­ti­cal and com­pu­ta­tio­nal me­thods and is an ex­cel­lent pri­mer for peop­le who are in­te­rested in com­pu­ta­tio­nal me­thods. CON­TENT: Plas­ma Mo­del­ling Over­view Fluid Mo­del­ling Quick Start: Fick-dif­fu­si­on. Fluid Mo­del­ling in Depth Put­ting it all to­ge­ther: a par­al­lel-pla­te re ­ac­tor model This is a hands-on cour­se! Important: Please register under elke.konhaeuser@tet.rub.de EXAM: oral (30 min), registration: directly with the lecturer Date ac­cor­ding to prior agree­ment with lec­tu­rer. Blockkurs: 18.07.-22.07.2022
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Anwendungsmodule
  [126509] High-Performance Computing on Multi- and Manycore Processors (MSc-CE-WP25 und MSc-BI-W55)   —  Vorlesung mit Übung
  Prof. Dr. Andreas Vogel
  • Score: 5.44  The lecture addresses parallelization for multi- and manycore processors. Thread-based programming concepts (pthreads, C++11 threads, OpenMP, OpenCL) are introduced and best- practice implementation aspects are highlighted based on applications from scientific computing. In the first part, the lecture provides an overview on relevant data structures, solver techniques and programming patterns for shared-memory computation from the engineering science including finite element methods and artificial intelligence. Based on a scientific paper, students present their topic to the lecture audience in form of a beamer presentation and numerical illustrations.  The lecture addresses parallelization for multi- and manycore processors. Thread-based programming concepts (pthreads, C++11 threads , OpenMP, OpenCL) are introduced and best- practice implementation aspects are highlighted based on applications from scientific computing. In the first part, the lecture provides an overview on relevant data structures, solver techniques and programming patterns from scientific computing. An introduction to multi-threading programming on multicore systems is then provided with special attention to , students present their topic to the lecture audience in form of a beamer presentation and numerical illustrations. 
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     XI. Fakultät für Psychologie   —  Studiengang Master Psychologie mit Schwerpunkt Kognitive Neurowissenschaft (PO 2020), 2. Semester, Bereich Kognitive Neurowissenschaft, Modul Wahrnehmung
  [118312] S Wahrnehmung (Perception)   —  Seminar
  Prof. Dr. Jonas Rose
  • Score: 5.42  This seminar complements the lecture 'perception' by adding a more hands-on approach. You will give short lectures and conduct mini-experiments to highlight specific topics and deepen the understanding of selected mechanisms. Seminar language: english Freitag, 10-12 Uhr, GA 04/187
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     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, M.Ed.-Studium, Fachwissenschaftliches Modul, Vorlesungen
  [050646] US Literary and Cultural Practices in the Long 20th Century   —  Vorlesung
  Prof. Dr. Martin Lüthe
  • Score: 5.34  Pulitzer price win (2017) for his “vernacular authenticity and rhythmic dynamism” here. In the course of this lecture, we will focus on important moments and crucial cultural texts from roughly the 1920s through the 1990s and thus aspire to come to terms with the changes and continuities of the last century in US cultural production. Texts will be made available on Moodle.   The content of this lecture will be made available in an asynchronous format. The lectures will be published by Monday, 16.00 o’clock and I will be available on Mondays at 17.00 in Zoom for inquiries and discussions.   The lecture on April 25th and the lecture before the written exam, on June 27th will be held in person in HGA 10, starting at 16.15, their recordings will be published by the end of the week on Moodle
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Pflichtmodule
  [211009] Einführung in die Kryptographie 2   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Christof Paar
  • Score: 5.28  ­go­rith­ms and di­gi­tal si­gna­tu­res. This part is com­ple­ted by hash func­tions, which play an im­portant role for di­gi­tal si­gna­tu­res and Mes­sa­ge Au­then­ti­ca­ti­on Codes (MACs or cryp­to­gra­phic checks­ums). The se­cond part of the lec­tu­re di­s­cus­ses the ba­sics of se­cu­ri­ty so­lu­ti­ons based on the con­cepts of sym­me­tric and asym­me­tric cryp­to­gra­phy. Es­pe­ci­al­ly the so ­ni­cal un­der­stan­ding for prac­tical ap­p­li­ca­ti­on by de­scri­bing selec­ted al­go­rith­ms of prac­tical re­le­van­ce, such as the Dif­fie-Hell­mann key ex­chan­ge or ECC-ba­sed sche­mes. The stu­dents get an over­view of the so­lu­ti­ons used in com­pa­nies. They will be able to de­fend a cer­tain so­lu­ti­on with ar­gu­ments. The lec­tu­res are also of­fe­red as vi­de­os in Ger­man and English . The bi­lin­gu­al eLe­arning offer the­re­fo­re enables stu­dents to ac­qui­re lan­gua­ge skills in the English lan­gua­ge. CON­TENT: The cour­se of­fers a ge­ne­ral in­tro­duc­tion to the func­tio­na­li­ty of mo­dern cryp­to­gra­phy and data se­cu­ri­ty. Basic terms and ma­the­ma­ti­cal/tech­ni­cal me­thods of cryp­to­gra­phy and data se­cu­ri­ty are ex­plained. Re­le­vant asym­me­tric me ­thods and al­go­rith­ms are in­tro­du­ced and ex­plained with prac­tical ex­am­ples. The lec­tu­re can be di­vi­ded into two parts: The first part starts with an in­tro­duc­tion to asym­me­tric me­thods and their most im­portant sub­sti­tu­tes (Dif­fie-Hell­man, el­lip­tic cur­ves). The focus is on the al­go­rith­mic in­tro­duc­tion of asym­me­tric pro­ce­du­res, which in­clu­de both en­cryp­ti­on al ­lu­ti­ons used in com­pa­nies (PKI, di­gi­tal cer­ti­fi­ca­tes etc.) will be di­s­cus­sed. MIS­CEL­LA­NEOUS: In the summer semester 2022 the course will be offered exclusively digitally, the first lecture will take place on 06.04.22. All required information and materials will be made available via the Moodle course (https://moodle.ruhr-uni-bochum.de/enrol/index.php?id=40775). Enrollment in the Moodle course
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     Zentrale wissenschaftliche Einrichtungen   —  Religionswissenschaft, Vorlesungen
  [210006] Introduction to Religious Studies   —  Vorlesung
  Dr. phil. Jens Schlamelcher
  • Score: 5.27  to clarify the complex relation and entanglement between 'religion' and the 'scientific study of religion' In general, this course includes a broad overview on theoretical approaches in the social science and humanities and their relevance for the scientific of religion. You will find the recorded lectures on moodle, once a week you will have the chance to meet via Zoom to discuss the texts and the lecture as well as asking questions. Course Requirements: Recorded and uploaded lectures, online-tools, weekly Zoom-meetings Course Requirements: weekly assignments and online tests, oral exam This course aims to introduce Master Students with no background in Religious Studies to this scientific subject. Broadly speaking, religious Studies is divided into two branches, one with a theoretical and humanities and their relevance for the scientific of religion. You will find the recorded lectures on moodle, once a week you will have the chance to meet via Zoom to discuss the texts and the lecture as well as asking questions. Course Requirements: Recorded and uploaded lectures, online-tools, weekly Zoom-meetings Course Requirements: weekly assignments and online tests, oral exam
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     III. Fakultät für Philosophie und Erziehungswissenschaft   —  Erziehungswissenschaft, M.Ed. Erweiterungsstudium (Pädagogik 2017), Pflichtbereich, GM 4 Teil 1
  [030260] Orte, Formen und Medien formellen, non-formalen und informellen Lernens im Überblick   —  Vorlesung
  Prof. Dr. Marc Stadtler
  • Score: 5.26  Durchmischung von Orten (Bildungsinstitutionen, Vereine), der wechselseitige Gebrauch von Arbeitsmitteln (Medien und Medienangeboten) und der bereichsspezifische Transfer von Kompetenzen (Medienkompetenz versus durch alltägliche Mediennutzung entwickelte fachspezifische Kompetenzen) genauer zu analysieren. Die Vorlesung findet als wöchentliche Präsenzveranstaltung statt, die durch Lektüre vorzubereiten ist
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Pflichtbereich
  [141362] Modellierung technischer Plasmen   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Ralf Peter Brinkmann
  • Score: 5.26  ­po­se. CON­TENT: A plas­ma is a sys­tem of many (1020) elec­tro­ma­gne­ti­cal­ly and quan­tum me­cha­ni­cal­ly in­ter­ac­ting par­ti­cles (elec­trons, ions, neu­trals) far from ther­mal equi­li­bri­um. The lec­tu­re di­s­cus­ses phy­si­cal con­cepts and ma­the­ma­ti­cal mo­dels which are sui­ted to de­scri­be such sys­tems and un­der­stand and cal­cu­la­te their pro­per­ties. Mo­ti­on of char ­tra­le) weit­ab vom ther­mi­schen Gleich­ge­wicht. In der Vor­le­sung wer­den phy­si­ka­li­sche Be­grif­fe und ma­the­ma­ti­sche Mo­del­le dis­ku­tiert, mit denen man der­ar­ti­ge Sys­te­me be­schrei­ben und ihre Ei­gen­schaf­ten ver­ste­hen und be­rech­nen kann. Be­we­gung von La­dun­gen in elek­tro­ma­gne­ti­schen Fel­dern: Be­schleu­ni­gung, Gy­ra­ti­on, Drift Stoß­pro­zes­se: Elas­ti­sche und in
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     XVI. Fakultät für Physik und Astronomie   —  Lehrveranstaltungen für Studierende mit Physik als Nebenfach
  [160031] Physik II für Studierende der Mathematik   —  Vorlesung
  Prof. Dr. rer. nat. Daniel Hägele
  • Score: 5.23  Lehrinhalte:Elektrizitätslehre:-Elektrostatik: Ladung, Leiter, Nichtleiter, Coulomb-Gesetz, elektrisches Feld, Dipol,Gauß´sches Gesetz, Spannung, Potenzial, Kondensatoren, Dielektrika-Elektrische Ströme: Ohm´sches Gesetz, Widerstand, Gleichspannungskreise, Kirchhoff´sche Regeln, elektr. Arbeit, Leistung, RC-Kreis-Magnetisches Feld: Quellen, Ampere´sches Gesetz, Materie im Magnetfeld, Kräfte im Magnetfeld, Induktion, Lenz´sche Regel
• 
     III. Fakultät für Philosophie und Erziehungswissenschaft   —  Philosophie, Master of Arts, MA WM IIIa
  [030007] Epistemology   —  Vorlesung
  Jun.Prof. Dr Peter Brössel
  • Score: 5.23  This lecture is dedicated to classic topics of epistemology. What should I believe? What are justificatory reasons? What is knowledge? Can I trust the testimonies of others? How should I revise my credences in the face of disagreement with a peer or an expert? The lecture is dedicated exclusively to contemporary proposals to answer these questions and is, therefore, aimed at advanced students
• 
     XI. Fakultät für Psychologie   —  Studiengang Master Psychologie mit Schwerpunkt Kognitive Neurowissenschaft (PO 2020), 2. Semester, Bereich Kognitive Neurowissenschaft, Modul Wahrnehmung
  [118311] V Wahrnehmung (Perception)   —  Vorlesung
  Prof. Dr. Jonas Rose
  • Score: 5.23  In this lecture, we will cover the neural basis of different sensory modalities. Starting with the physical stimulus and its detection at the receptor we will then continue along the sensory hierarchy in the brain. Finally, the modulation of the stimulus through attention, categorization and multimodal integration ill be covered. In addition to our focus on human sensory systems, we will compare the sensory systems and capabilities of different species.  The lecture will be held in english. 
• 
     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Vorlesungen in den Studiengängen des Bachelor of Science in Mathematik (B.Sc.), Bachelor of Arts (B.A.), Master of Science in Mathematik (M.Sc.), Master of Education (M.Ed.)
  [150226] Differentialgeometrie II (Differential Geometry II)   —  Vorlesung
  Jun.-Prof. Dr. Luca Asselle
  • Score: 5.15  Course description: This is a follow up course of the "Differential Geometry 1“ lecture held in the fall term 2021/2022. In this course we will discuss several classical topics which are still of large interest in current research, such as: i) Morse theory resp. homology and its applications to geometry, topology, and dynamics (classification of surfaces, bounds on the number of central configurations of the n-body problem, etc.), ii) existence of closed geodesics on compact and non-compact Riemannian manifolds (Lyusternik-Fet theorem, Gromoll-Meier theorem, Lyusternik-Schnirelmann theorem, etc.), iii) (if time permits) Smale's h-cobordism theorem and its applications (the generalized Poincaré conjecture, characterization of smooth n-disks, n>5, etc.) This lecture . The required functional analytical background for i) and ii) (infinite dimensional manifolds, Sobolev spaces of loops, the stable manifold theorem, the mountain pass theorem, etc.) will be thoroughly discussed during the course. The course will be taught entirely (lectures and exercise classes) in english. Vortragssprache: Englisch 1- Hirsch, Differential topology, Graduate Texts in Math. No. 33, Springer -Verlag, New York-Heidelberg, 1976. 2- Milnor, Morse theory, Princeton University Press, 1963. 3- Milnor, Lectures on the h-cobordism theorem, Princeton University Press, 1965. 4- Moeckel, Celestial mechanics (especially central configurations), Lecture notes. 5- Schwarz, Morse homology, Progress in Math. Vol III, 1993.
• 
     XII. Fakultät für Bau- und Umweltingenieurwissenschaften   —  Studiengang Master Computational Engineering, Optional Courses
  [126514] Case Studies B (MSc-CE-W03)   —  Anleitung zu wiss. Arbeiten
  Prof. Dr. rer. nat. Klaus Hackl, Prof. Dr.-Ing. Rüdiger Höffer, Universitätsprofessor Dr. sc. techn. habil. Markus Knobloch, Prof. Dr.-Ing. habil. Peter Mark, Prof. Dr. techn. Günther Meschke, Prof. Dr.-Ing. Tamara Nestorovic, Prof. Dr. rer. nat. Harro Stolpe
  • Score: 5.09  The project topic is usually determined by the respective lecturer or one of his/her assistants. In addition to this, students may also conduct project work on topics defined by companies from industry or official authorities. However, the project work must be completed under the supervision of one of the course’s lecturers. The projects are usually devised so as to integrate interdisciplinary aspects such aso Noticing problems and describing themo Formulating envisaged goalso Team-oriented problem solutionso Organizing and optimizing one's time and work plano Interdisciplinary problem solutionso Literature research and evaluation as well as the consultation of expertso Documentation, illustration and presentation of results The project topic is usually determined by the respective lecturer or one of his/her assistants. In addition to this, students may also conduct project work on topics defined by companies from industry or official authorities. However, the project work must be completed under the supervision of one of the course’s lecturers. The projects are usually devised so as to integrate interdisciplinary aspects such aso Noticing problems and describing themo Formulating
• 
     XII. Fakultät für Bau- und Umweltingenieurwissenschaften   —  Studiengang Master Computational Engineering, Compulsory Optional Courses
  [126518] Case Studies A (MSc-CE-WP24)   —  Anleitung zu wiss. Arbeiten
  Prof. Dr. rer. nat. Klaus Hackl, Prof. Dr.-Ing. Rüdiger Höffer, Universitätsprofessor Dr. sc. techn. habil. Markus Knobloch, Prof. Dr.-Ing. habil. Peter Mark, Prof. Dr. techn. Günther Meschke, Prof. Dr.-Ing. Tamara Nestorovic, Prof. Dr. rer. nat. Harro Stolpe
  • Score: 5.09  The project topic is usually determined by the respective lecturer or one of his/her assistants. In addition to this, students may also conduct project work on topics defined by companies from industry or official authorities. However, the project work must be completed under the supervision of one of the course’s lecturers. The projects are usually devised so as to integrate interdisciplinary lecturer or one of his/her assistants. In addition to this, students may also conduct project work on topics defined by companies from industry or official authorities. However, the project work must be completed under the supervision of one of the course’s lecturers. The projects are usually devised so as to integrate interdisciplinary aspects such aso  Noticing problems and describing themo
• 
     XVIII. Fakultät für Chemie und Biochemie   —  Promotionsstudiengang (Graduate school of Chemistry and Biochemistry)
  [186080] Interdisciplinary Lecture Series: Chemical and Biochemical Colloquium   —  Kolloquium
  Dozent(inn)en der Fakultät
  • Score: 5.09  Interdisciplinary Lecture Series: Chemical and Biochemical Colloquium
• 
     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, M.Ed.-Studium, Fachwissenschaftliches Modul, Vorlesungen
  [050636] The Literature of Sensibility   —  Vorlesung
  Prof. Dr. phil. Burkhard Niederhoff
  • Score: 5.06  The eighteenth century saw the rise of sensibility (Empfindsamkeit in German). Sensibility has often been dismissed as sentimental, but it has been going surprisingly strong ever since its beginning about three hundred years ago, surfacing in today’s culture primarily in advertising and film. The lecture will focus on literary works from the eighteenth century, including masterpieces like it come from?). The lecture will be offered as a videocast with three additional Zoom sessions (not mandatory), in which students will have a chance to asks questions. I am aiming to make the entire lecture available at the beginning of the semester to make it possible for students to study at their own pace. Assessment/requirements: reading a selection of texts; response sheet and oral exam.
• 
     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Vorlesungen in den Studiengängen des Bachelor of Science in Mathematik (B.Sc.), Bachelor of Arts (B.A.), Master of Science in Mathematik (M.Sc.), Master of Education (M.Ed.)
  [150275] Convex and Integral Geometry (Part 2)   —  Vorlesung
  Dr. Daniel Rosen, Dr. Holger Sambale, Prof. Dr. Christoph Thäle
  • Score: 5.00  In the first part of this lecture we develop further the concepts and results from integral geometry. We especially deal systematically with intrinsic volumes and their surrounding theory in higher dimensions. The second part of the lecture is devoted to the celebrated Brunn-Minkoswki inequality and discusses a number of its striking applications. This course is a continuation of the course
• 
     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, M.Ed.-Studium, Fachwissenschaftliches Modul, Vorlesungen
  [050612] Corpus Linguistics   —  Vorlesung
  Prof. Dr. Christiane Meierkord, Olga Sadovnikova
  • Score: 4.99  This series of lectures introduces students to the field of modern corpus linguistics. After a brief look at the history of this discipline and its role in modern linguistics, the lectures will describe how corpora are planned, compiled, annotated and analysed. Students will also get a chance to familiarise themselves with a number of different corpora, most notably with those that are of interest in an English linguistics framework, including the British National Corpus (BNC), the Corpus of Contemporary American English (COCA) and of Historical American English (COHA), the International Corpus of English (ICE), the International Corpus of Learner English (ICLE) and the Global Web-Based English (GloWbE) corpus. The lecture course is based on the following books: Crawford, William
• 
     XVIII. Fakultät für Chemie und Biochemie   —  Promotionsstudiengang (Graduate school of Chemistry and Biochemistry)
  [186084] Elective Lecture selected from the Master Programmes   —  Vorlesung
  Die Dozent(inn)en der Chemie und Biochemie
  • Score: 4.92  Elective Lecture selected from the Master Programmes
• 
     VII. Fakultät für Wirtschaftswissenschaft   —  Masterstudiengänge in Management and Economics, Wahlmodul im Bereich Economics, Module Microeconometrics
  [075000] V Microeconometrics   —  Vorlesung
  Prof. Dr. Thomas Bauer
  • Score: 4.90  This module deals with the advanced analysis of econometric methods applicable to micro data. In particular, discrete choice and selection models as well as advanced empirical evaluation methods are covered. Within the lecture, the participants are introduced to the theoretical concepts of the methods. Within the tutorials, these methods are applied to real world data by making use of the econometric software package STATA. This module deals with the advanced analysis of econometric methods applicable to micro data. In particular, discrete choice and selection models as well as advanced empirical evaluation methods are covered. Within the lecture, the participants are introduced to the theoretical concepts of the methods. Within the tutorials, these methods are applied to real world data
• 
     VII. Fakultät für Wirtschaftswissenschaft   —  Masterstudiengänge in Management and Economics, Wahlmodul im Bereich Economics, Module Microeconometrics
  [075001] Ü Microeconometrics   —  Übung
  Dr. Amrei Stammann
  • Score: 4.90  This module deals with the advanced analysis of econometric methods applicable to micro data. In particular, discrete choice and selection models as well as advanced empirical evaluation methods are covered. Within the lecture, the participants are introduced to the theoretical concepts of the methods. Within the tutorials, these methods are applied to real world data by making use of the econometric software package STATA. This module deals with the advanced analysis of econometric methods applicable to micro data. In particular, discrete choice and selection models as well as advanced empirical evaluation methods are covered. Within the lecture, the participants are introduced to the theoretical concepts of the methods. Within the tutorials, these methods are applied to real world data
• 
     XVIII. Fakultät für Chemie und Biochemie   —  Master Programme Biochemistry (M.Sc.), 2nd Term (2. Semester), Elective Courses, Focal Point Programme: Proteins in Biomedicine
  [185850] Special Lecture: Proteins in Signal Transduction and Energy Conversion   —  Vorlesung
  Prof. Dr. Klaus Gerwert, Prof. Dr. Eckhard Hofmann, PD Dr. Carsten Kötting, Kuhlmann, PD Dr. Mathias Lübben, Prof. Dr. rer. nat. Katrin Marcus-Alic, Prof. Dr. Axel Mosig, Prof. Dr. rer. nat. Barbara Sitek, Prof. Dr. rer. nat. Raphael Stoll, Ingrid Vetter
  • Score: 4.90  Special Lecture: Proteins in Signal Transduction and Energy Conversion Friday, 13:00-14:30, Lecture Hall Biophysics NDEF04-397, Start: 22. 4. 2022, Registration: kurs-bibi@rub.de, key word “Master-Signal”
• 
     VII. Fakultät für Wirtschaftswissenschaft   —  Masterstudiengänge in Management and Economics, Wahlmodul im Bereich Economics, Module Introduction to Microecnometrics
  [075001a] Ü Introduction to Microecnomics   —  Übung
  Dr. Amrei Stammann
  • Score: 4.90  This module deals with the advanced analysis of econometric methods applicable to micro data. In particular, discrete choice and selection models as well as advanced empirical evaluation methods are covered. Within the lecture, the participants are introduced to the theoretical concepts of the methods. Within the tutorials, these methods are applied to real world data by making use of the econometric software package STATA. This module deals with the advanced analysis of econometric methods applicable to micro data. In particular, discrete choice and selection models as well as advanced empirical evaluation methods are covered. Within the lecture, the participants are introduced to the theoretical concepts of the methods. Within the tutorials, these methods are applied to real world data
• 
     XVIII. Fakultät für Chemie und Biochemie   —  Promotionsstudiengang (Graduate school of Chemistry and Biochemistry)
  [186085] Exercises to the Elective Lecture selected from the Master Programmes   —  Übung
  Die Dozent(inn)en der Chemie und Biochemie
  • Score: 4.89  Exercises to the Elective Lecture selected from the Master Programmes
• 
     XVI. Fakultät für Physik und Astronomie   —  Master of Science, Courses in Physics Major, Nuclear and Particle Physics
  [160403] Quantum Field Theory I   —  Vorlesung
  Priv. Doz. Dr. Hermann Krebs
  • Score: 4.87  The first lecture will take place on April 19, 2021.
• 
     XVIII. Fakultät für Chemie und Biochemie   —  Master Programme Biochemistry (M.Sc.), 2nd Term (2. Semester), Elective Courses
  [185800] Special Lecture in a Focal Point Programme   —  Vorlesung
  Die Dozent(inn)en der Schwerpunkte
  • Score: 4.87  Special Lecture in a Focal Point Programme
• 
     Fakultätsübergreifendes   —  Interdisciplinary Centre for Advanced Materials Simulation (ICAMS), Master Materials Science and Simulation, Lectures for the 2nd semester
  [136241] Polymers & Shape memory alloys   —  Vorlesung
  apl. Prof. Dr.-Ing. Jan Frenzel, Dr. rer. nat. Klaus Neuking
  • Score: 4.87  Interdisciplinary Centre for Advanced Materials Simulation (ICAMS),Master Materials Science and Simulation,Lectures for the 2nd semester,
• 
     VII. Fakultät für Wirtschaftswissenschaft   —  Masterstudiengänge in Management and Economics, Wahlmodul im Bereich Economics, Module Introduction to Microecnometrics
  [075000a] V Introduction to Microecnomics   —  Vorlesung
  Prof. Dr. Thomas Bauer
  • Score: 4.79  This module deals with the advanced analysis of econometric methods applicable to micro data. In particular, discrete choice and selection models as well as advanced empirical evaluation methods are covered. Within the lecture, the participants are introduced to the theoretical concepts of the methods. Within the tutorials, these methods are applied to real world data by making use of the econometric software package STATA. This module deals with the advanced analysis of econometric methods applicable to micro data. In particular, discrete choice and selection models as well as advanced empirical evaluation methods are covered. Within the lecture, the participants are introduced to the theoretical concepts of the methods. Within the tutorials, these methods are applied to real world data
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     XVIII. Fakultät für Chemie und Biochemie   —  Promotionsstudiengang (Graduate school of Chemistry and Biochemistry), Organic Chemistry
  [181842] Organic Synthesis I: Stoechiometric Organometallics   —  Vorlesung
  Prof. Dr. rer. nat. Gerald Dyker
  • Score: 4.79  Video lecture, information per mail to Gerald.Dyker@rub.de
• 
     XVIII. Fakultät für Chemie und Biochemie   —  Studiengang Bachelor Biochemie, 6. Semester, Spezialveranstaltungen aus dem Bereich der Schwerpunktausbildung:, Schwerpunkt "Biomolekulare Chemie"
  [181811] Exercises to "Inorganic Chemistry IV"   —  Übung
  Prof. Dr. Viktoria Däschlein-Gessner
  • Score: 4.79  Starting date to be announced in the lecture
• 
     XVII. Fakultät für Geowissenschaften   —  Institut für Geologie, Mineralogie und Geophysik, Studiengang "Geosciences M.Sc."
  [177101] Hydrogeomechanics   —  Vorlesung mit Übung
  Prof. Dr. Rebecca Harrington
  • Score: 4.77  , with 1.5 hours devoted to lecture and 1.5 hours devoted to assignments that are largely computer based. Class meetingsOne weekly lecture meeting of 1.5 hours, and one 1.5 hour meeting for exercises/discussion.AssessmentA series of eight (largely computer based) assignments (50%), one 15-minute oral presentation (25%), and one final exam covering the lecture topics to be covered in class, listed below (25%).Lecture TopicsTopic 1: Forces, traction, and stresses Assignment 1: Stress and strainTopic 2: Stress and constitutive laws Assignment 2: StressTopic 3: Rock failure Assignment 3: Brittle deformationTopic 4: Faults and fluid flowTopic 5: Probing the subsurface: logging Assignment 4: Learning from logsTopic 6: Stresses around wells Assignment 5: Stress concentration aroundcircular wellsTopic 7
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     XVIII. Fakultät für Chemie und Biochemie   —  Master Programme Biochemistry (M.Sc.), 2nd Term (2. Semester), Elective Courses
  [185801] Exercises to the Special lecture in a Focal Point Programme   —  Übung
  Die Dozent(inn)en der Schwerpunkte
  • Score: 4.77  Exercises to the Special lecture in a Focal Point Programme
• 
     VII. Fakultät für Wirtschaftswissenschaft   —  Masterstudiengänge in Management and Economics, Wahlmodul im Bereich Management, Modul Cases in Management Accounting
  [074002] S Cases in Managament Accounting   —  Seminar
  Svenja Marsula
  • Score: 4.72  Registration for the assessment via the lecturer within the deadline set by the chair. Detailed information on the registration procedure willbe published on the chair's website
• 
     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Informationstechnik, Veranstaltungen Master PO 2020, Wahlpflichtmodule
  [211026] Know­ledge Graphs   —  Vorlesung mit Übung
  Jun.-Prof. Dr.-Ing. Maribel Acosta Deibe
  • Score: 4.71  , allow for harnessing and uncovering patterns from the data. Currently, KGs are used in the data-driven business processes of multinational companies like Google, Microsoft, IBM, eBay, and Facebook. Furthermore, thousands of KGs are openly available on the web following the Linked Data (https://lod-cloud.net/) principles. Goal: In this lecture, students will learn about the foundations of modelling , querying, publishing, and reasoning over KGs. The topics will be complemented with exercises and Jupyter Notebooks (https://jupyter.org/) to show how KG technologies work in practice. Lecture is Mondays from 12-14 in HZO 100, and tutorial is Thursdays from 12-14 also in HZO 100. Aidan Hogan et al. Knowledge Graphs. 2020. https://arxiv.org/pdf/2003.02320.pdf Andreas Harth. Introduction to Linked Data. (Specific chapters will be provided in the lecture). Pascal Hitzler, Markus Krötzsch, Sebastian Rudolph. Foundations of Semantic Web Technologies. Chapman & Hall/CRC, 2009.
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Anwendungsmodule
  [211048] Autonomous Robotics: Action, Perception, and Cognition   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Gregor Schöner
  • Score: 4.69  create an account, please enter your degree program specifically (e.g. Master in Angewandte Informatik). Just listing "Master" doesn't help us. We really like to know what disciplinar you come from so we can make sure we have the right offering given your background. Registering in this way enables you to see all material, access the links to the ZOOM lectures, and upload your solutions to exercises . Some of the material is visible also to unregistered visitors.  At the scheduled lecture times, we will have live life video-streamed lectures. Registered participants will be able to see the ZOOM link under "live sessions" in the e-learning portion of this web page. This works best if you use the ZOOM app, but a web based ZOOM interface works too. You can use audio to ask questions and are welcome to activate your video camera as well, especially during discussion.  Live sessions will start on Thursday, 14th of April 2022 at 14:15.  The lectures will be recorded and will be available for asynchronous viewing. Participating in the live session and asking questions is highly encouraged, however. The discussion portion of the lecture is not put online.  We will have live sessions for  the exercises at the listed times. The exercise sessions will not be recorded.   All course material will be on this webpage, including links to all the video material, to the lecture slides, exercises, and readings. After registering, you will be able to upload your solutions to the exercises and will also be able to see your results once your submission has been corrected. You will be also be able to use discussion
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     XII. Fakultät für Bau- und Umweltingenieurwissenschaften   —  Studiengang Master Computational Engineering, Compulsory Optional Courses
  [126515] Advanced Finite Element Methods (MSc-CE-WP04)   —  Vorlesung
  Prof. Dr. techn. Günther Meschke
  • Score: 4.67  finite elements. In addition, an overview of nonlinear constitutive models including elasto-plastic and damage models is given. The second part of the lecture focuses on algorithms to solve the resulting non-linear equilibrium equations by load- and arc-length controlled Newton-type iteration schemes. Finally, the non-linear finite element method is used for the non-linear stability analysis of structures. The lectures are supplemented by exercises to support the understanding of the underlying theory and to demonstrate the application of the non-linear finite element method for the solution of selected examples. Furthermore, practical applications of the non-linear finite element method are demonstrated by means of a commercial finite element program. NOTE: Introductory course on Monday, 09 constitutive models including elasto-plastic and damage models is given. The second part of the lecture focuses on algorithms to solve the resulting non-linear equilibrium equations by load- and arc-length controlled Newton-type iteration schemes. Finally, the non-linear finite element method is used for the non-linear stability analysis of structures. The lectures are supplemented by exercises to support
• 
     Zentrale wissenschaftliche Einrichtungen   —  Religionswissenschaft, Vorlesungen
  [210005] Key Concepts in the Study of Religion   —  Vorlesung
  Dr. phil. Jens Schlamelcher
  • Score: 4.67  ; the chronological dimension of religion: concepts and questions upon the possible 'evolution of religion'   In the second part of the course, Lecturers from CERES will present their current research projects. The course consists of recorded lectures that can be viewed via Moodle, Literature to be prepared for each session, and online meetings (to be announced via Moodle). Students will get credits of life; the social dimension of religion: religious roles and instituions; the chronological dimension of religion: concepts and questions upon the possible 'evolution of religion' In the second part of the course, Lecturers from CERES will present their current research projects. The course consists of recorded lectures that can be viewed via Moodle, Literature to be prepared for each session
• 
     VII. Fakultät für Wirtschaftswissenschaft   —  Masterstudiengänge in Management and Economics, Wahlmodul im Bereich Management, Modul Advanced Seminar in Management Accounting
  [074007] S Advacend Seminar in Management Accounting   —  Seminar
  Niklas Alexander Kister
  • Score: 4.67  Registration for the assessment via the lecturer withinthe deadline set by the chair. Detailed information on the registration procedure will be published on the chair's website.
• 
     VII. Fakultät für Wirtschaftswissenschaft   —  Masterstudiengänge in Management and Economics, Wahlmodul im Bereich Economics, Modul Econometric Evaluation of Economic Policies
  [075012] V Econometric Evaluation of Economic Policies   —  Vorlesung
  Prof. Dr. Thomas Bauer
  • Score: 4.60  Tight public budgets increase the need to learn more about the effectiveness and efficiency of public policy measures. The empirical evaluation of these policies, however, is connected with difficult methodological problems. This module discusses the newest developments in the literature on the empirical evaluation of economic policy measures. A lecture introduces the basic concepts. Central in the literature on the empirical evaluationof economic policy measures. A lecture introduces the basicconcepts. Central contributions to the literature will be presentedby the students themselves and discussed by the participants in adetailed way. Fr. 14-16 Uhr, RWI-Essen
• 
     XVI. Fakultät für Physik und Astronomie   —  Master of Science, Courses in Physics Major, Solid State Physics
  [160309] Semiconductor Physics II: Experiments with Semiconductor Quantum Devices   —  Vorlesung
  Dr. rer. nat. Arne Ludwig
  • Score: 4.60  The lecture will focus on experiments on the quantum level with semiconductor structures. In this context quantized transport, spin properties, spin manipulations and optical phenomena will be presented. The experiments will largely cover self-assembled InAs quantum dots as a model system of an artificial atom. Exemplarily spin transport in self-assembled InAs quantum dots and the methods of optical readout of the sucessful spin initialization will be presented. Applications of the different devices with new functionality will be discussed. Applied quantum mechanics on nanostructured devices will be the central scope in this lecture.The students will gain insight in modern quantum experiments with semiconductor heterostructures. Applied quantum mechanics, transport phenomena, spin phenomena
• 
     XVIII. Fakultät für Chemie und Biochemie   —  Master Programme Chemistry (M.Sc.), 2nd term (2. Semester), Elective Courses, Functional Materials
  [181786] Materials Synthesis: Modern Fabrication Processes for the Creation of Functional Materials: Fundamentals and Applications   —  Vorlesung
  Prof. Anjana Devi
  • Score: 4.60  First lecture 04.04.2022 + registration via Moodle
• 
     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [141280] Biomedical Applications of Plasma Technology   —  Vorlesung mit Übung
  Prof. Dr. Andrew R. Gibson
  • Score: 4.48  ZIELE: Die Stu­den­ten haben In­ter­es­se an der Plas­ma­tech­nik und Ver­ständ­nis für die tech­ni­schen Ab­läu­fe bei der Un­ter­su­chung von Plas­men für bio­me­di­zi­ni­sche An­wen­dun­gen ge­won­nen. Sie haben ein grund­le­gen­des Ver­ständ­nis der phy­si­ka­li­schen und bio­lo­gi­schen Kon­zep­te für ak­tu­el­le und po­ten­zi­el­le An­wen­dun­gen der Plas­ma­tech­no­lo­gie in der Bio ­me­di­zi­ni­sche Zwe­cke. SONS­TI­GES: PRÜ­FUNG: mündlich (30 min), Anmeldung: FlexNow GOALS: The stu­dents have gained an in­te­rest in plas­ma tech­no­lo­gy and an un­der­stan­ding of the tech­ni­cal pro­ce­du­res in­vol­ved in in­ves­ti­ga­ting plas­mas for bio­me­di­cal ap­p­li­ca­ti­ons. They have also gained an un­der­ly­ing un­der­stan­ding of the phy­si­cal and bio­lo­gi­cal con­cepts re­la­ted to cur ­faces for use in bio­me­di­ci­ne, for ex­amp­le, as me­di­cal im­plants. This lec­tu­re gives in­sight into this to­pi­cal re­se­arch area by co­ver­ing the tech­ni­cal basis for plas­ma ap­p­li­ca­ti­ons in bio­me­di­ci­ne, and im­portant as­pects re­la­ted to their in­ter­ac­tions with bio­lo­gi­cal sys­tems. The lec­tu­res are or­ga­ni­zed as fol­lows: Plas­ma ba­sics At­mo­s­phe­ric pres
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Fachwissenschaftliche Vertiefung
  [211120] Student Conference: Research Project   —  Anleitung zu wiss. Arbeiten
  Prof. Dr. Thorsten Berger, Dr. Jacob Krüger
  • Score: 4.46  Learning outcomes: The students work alone (groups can be possible if the project is complex enough) on a scientific project of their choice under supervision. Besides obtaining knowledge on the project topic, during the lectures students will learn about scientific work, research methods, scientific writing, presenting, and related topics. Project topics can stem from any innovative field in software engineering (or even computer science as a whole). We will provide some example topics, but the students are encouraged to define their own ones together with their supervisor. During the lectures, students will do a short kick-of presentation to introduce their topics to the group. Besides the lecture, the course requires the students to work independently on their project following
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     XVIII. Fakultät für Chemie und Biochemie   —  Promotionsstudiengang (Graduate school of Chemistry and Biochemistry), Theoretical Chemistry
  [188274] Theoretical Spectroscopy   —  Vorlesung
  Prof. Dr. rer. nat. Dominik Marx
  • Score: 4.46  Starting 06.04. The lecture will be given as a live stream via zoom. Please register via e-mail to Professor Marx (dominik.marx@rub.de) as soon as possible and not later than March 31.
• 
     XVIII. Fakultät für Chemie und Biochemie   —  Studiengang Bachelor Biochemie, 6. Semester, Spezialveranstaltungen aus dem Bereich der Schwerpunktausbildung:, Schwerpunkt "Proteine in der Biomedizin"
  [184654] Biochemistry of Metabolism   —  Seminar
  
  • Score: 4.46  Wednesday 10:15-11:45, Lecture Hall Biophysics NDEF04-397, Start: 7. 4. 2022, Registration: kurs-bibi@rub.de, key word “Master-Metab”
• 
     Fakultätsübergreifendes   —  Interdisciplinary Centre for Advanced Materials Simulation (ICAMS), ICAMS Graduate School - Scale Bridging Materials Modelling, Lecture series - Scale bridging modelling II+ III
  [440201] Lecture series Scale bridging modelling II + III   —  Vorlesung
  Prof. Dr. rer. nat. Alexander Hartmaier, Prof. Dr. Ingo Steinbach
  • Score: 4.42  Lecture series Scale bridging modelling II + III Interdisciplinary Centre for Advanced Materials Simulation (ICAMS),ICAMS Graduate School - Scale Bridging Materials Modelling,Lecture series - Scale bridging modelling II+ III,
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     XVI. Fakultät für Physik und Astronomie   —  Master of Science, Courses in Physics Major, Solid State Physics
  [160310] Semiconductor Physics II (Exercises)   —  Übung
  Dr. rer. nat. Arne Ludwig
  • Score: 4.38  The content of the lecture will be solidified.Deeper insight to the quantum nature semiconductor physics. Training of basic applied quantum mechanical questions in semiconductor physics. S.M. Sze: The Physics of Semiconductor DevicesDavies: The Physics of Low-Dimensional Semiconductors
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Pflichtbereich
  [141217] Optimierung in der Informationstechnik   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Aydin Sezgin
  • Score: 4.34  Kom­mu­ni­ka­ti­on SISO Wir­e­tap-Ka­nal MISO Wir­e­tap-Ka­nal An­wen­dungs­fall In­dus­trie 4.0 Cy­ber-Phy­si­cal Sys­tems Kal­man-Fil­ter als qua­dra­ti­sches Op­ti­mie­rungs­pro­blem Ma­chi­ne Le­arning An­hang: Grund­la­gen Wahr­schein­lich­keits­theo­rie Gauss-Si­gna­le- Ei­gent­li­che und un­ei­gent­li­che Si­gna­le Schwa­ches Ge­setz der gros­sen Zah­len Zen -Ra­te, Ka­pa­zi­tät eines band­grenz­ten Ka­nals DoF MIMO, MIMO MAC, MIMO BC, MIMO IC, MIMO X Frei­heits­gra­de eines MIMO MAC Ver­teil­tes In­ter­fe­renz-Ali­gnment: Al­go­rith­men & Kon­ver­genz Asym­me­tri­sche Si­gna­li­sie­rung MA­TE­RIA­LI­EN: FO­LI­EN: Lec­tu­re sli­des SONS­TI­GE: Eva­lu­ie­rung So­Se2014 08.​04.​2016 - Bild­ver­ar­bei­tung 08.​04.​2016 - Fil ­ter­ent­wurf 08.​04.​2016 - An­ten­nen 08.​04.​2016 - De­tek­ti­on SONS­TI­GES: PRÜ­FUNG: mündlich (30 min), Anmeldung: FlexNow GOALS: Mo­dern com­mu­ni­ca­ti­on tech­no­lo­gy is an in­ter­di­sci­pli­na­ry field that re­qui­res both in-depth know­ledge and con­cepts from va­rious di­sci­pli­nes. This lec­tu­re will teach stu­dents va­rious con­cepts from mul­ti­ple di­sci­pli­nes that are es ­sen­ti­al in un­der­stan­ding re­lia­ble com­mu­ni­ca­ti­on sub­jec­ted to noise. CON­TENT: The lec­tu­re main­ly fo­cu­ses on con­vex op­ti­miza­t­i­on. In every lec­tu­re, new me­thods from the field of con­vex op­ti­miza­t­i­on are in­tro­du­ced and ex­em­pli­fied through prac­tical en­gi­nee­ring ex­am­ples, main­ly from the field of com­mu­ni­ca­ti­ons. The in­tro­du­ced me­thods are uni­ver­sal­ly ap ­nel: Op­ti­mal be­am­for­ming with con­vex op­ti­miza­t­i­on * MIMO MAC: Ite­ra­ti­ve wa­ter­fil­ling Use case 3: In­for­ma­ti­on se­cu­ri­ty * SISO wir­e­tap chan­nel * MISO wir­e­tap chan­nel Use case 4: Fourth in­dus­tri­al re­vo­lu­ti­on * Cyber phy­si­cal sys­tems * Kal­man fil­ter as qua­dra­tic op­ti­miza­t­i­on pro­blem * Ma­chi­ne le­arning Ap­pen­dix: Fun­da­men­tals pro­ba­bi­li­ty theo
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     XVII. Fakultät für Geowissenschaften   —  Geographisches Institut, Gestufter Studiengang Geographie (Abschluss: B.Sc. / B.A.), Wahlmodule, Wahlpflichtmodule B.Sc. / B.A.
  [170120b] Methoden der Stadt- und Regionalanalyse: Introduction to programming and applied statistics   —  Seminar
  Panagiotis Sismanidis
  • Score: 4.34  Regionalanalyse (Alternative zur Übung und dem Seminar aus der Humangeographie). Anrechenbar als Wahlpflichtmodul. The course consists of 12 lectures, 8 of which are dedicated to intr oducing the fundamentals of Python and 4 to data analysis and visualization. Each lecture includes a set of compulsory assignments. To complete this course
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     XVII. Fakultät für Geowissenschaften   —  Geographisches Institut, Gestufter Studiengang Geographie (Abschluss: B.Sc. / B.A.), Wahlmodule, Wahlpflichtmodule B.Sc. / B.A.
  [170120a] Methoden der Stadt- und Regionalanalyse: Introduction to programming and applied statistics   —  Seminar
  Panagiotis Sismanidis
  • Score: 4.34  Regionalanalyse (Alternative zur Übung und dem Seminar aus der Humangeographie). Anrechenbar als Wahlpflichtmodul. The course consists of 12 lectures, 8 of which are dedicated to intr oducing the fundamentals of Python and 4 to data analysis and visualization. Each lecture includes a set of compulsory assignments. To complete this course
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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Vorlesungen in den Studiengängen des Bachelor of Science in Mathematik (B.Sc.), Bachelor of Arts (B.A.), Master of Science in Mathematik (M.Sc.), Master of Education (M.Ed.)
  [150242] Statistik I   —  Vorlesung
  Prof. Dr. Johannes Lederer
  • Score: 4.26  in Exponentialfamilien, Suffizienz, Invarianz und asymptotische statistische Verfahren. Es wird eine intensive Mitarbeit in der Vorlesung und in den begleitenden Übungen erwartet. The lecture treats the foundations of mathematical statistics. Active participation in the lectures and exercise classes is expected. Wir werden einige Lektionen virtuell halten. Informationen dazu finden Sie nach Vorlesungsbeginn auf
• 
     VIII. Fakultät für Sozialwissenschaft   —  1-Fach Master: Module für alle Studienprogramme, Fakultätsfremdes Ergänzungsmodul
  [080310] S Big data in applied Economic research (FEG)   —  Seminar
  Prof. Dr. Zohal Hessami
  • Score: 4.26  that rely on machine learning algorithms. The main objective is to understand the rationale and intuition behind these algorithms and their relative advantages and disadvantages. Students learn to communicate and discuss published articles from the current literature on big data and machine learning. Termine siehe Veranstaltung 075800 / Lecture dates please have a look at Lecture number 075800 A list
• 
     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, B.Sc. Angewandte Informatik, Veranstaltungen Bachelor PO 2020, Anwendungsmodule
  [211044] Autonomous Vehicles and Artificial Intelligence   —  Vorlesung mit Übung
  Prof. Dr. Thorsten Berger
  • Score: 4.26  Specification and Implementation of autonomous vehicles based on ROS2 Artificial intelligence for autonomous vehicles Simulation of autonomous vehicles Localization & perception Mission planning Quality assurance for autonomous vehicles In the course’s lecture, we provide the required theoretical background and practically apply the course’s content in exercises by building a self-driving robot. If you are interested in the course, please apply for participation until March 27, using the following form: https://evastud.uv.ruhr-uni-bochum.de/evasys/online.php?p=avai-lecture
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     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, M.Ed.-Studium, Fachwissenschaftliches Modul, Vorlesungen
  [050657] Renaissance Culture   —  Vorlesung
  Prof. Dr. phil. Anette Pankratz
  • Score: 4.26  Until today, the English Renaissance is deeply embedded in cultural memory: Henry VIII and his wives, Shakespeare in and out of love, Queen Elizabeth and Walter Raleigh bowling against the Armada. The aim of the lecture course is to put all these images connected with 16th-century England between the reigns of Henry VII and James I into the broader framework of the European Renaissance, i .e. the rediscovery of classical antiquity and the beginning of the modern world. It will look at the changes in the world picture, the Reformation and its consequences, the system of Tudor foreign and domestic politics, Elizabethan court culture, the beginnings of capitalism, colonialism and self-fashioning. Last but not least, the lecture course will focus on the flourishing Renaissance literature: from
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     XX. Medizinische Fakultät   —  Veranstaltungen für Studierende anderer Fakultäten, Veranstaltungen für Studierende des Masterstudiengangs "Molecular and Developmental Stem Cell Biology", Vorlesungen
  [203001] Stem Cell Lecture Series   —  Vorlesung
  Prof. Dr. rer. nat. Dr. h.c. Beate E.M. Brand-Saberi, Prof. Dr. Andreas Faissner, und Gastvortragende, Prof. Dr. Stefan Wiese, Prof. Dr. rer. nat. Holm Zähres
  • Score: 4.22  Stem Cell Lecture Series
• 
     X. Fakultät für Sportwissenschaft   —  Lehrangebot im Studiengang Master of Science - Sport & Exercise Sciences for Health & Performance (M.Sc.)(PO >=2018), Module 3: Sports Medicine & Sports Nutrition
  [100908] Seminar Sports nutrition for Health and Performance Part II   —  Seminar
  Prof. Dr. Petra Platen
  • Score: 4.14  The course provides basics regarding nutrition and sports specific nutritional strategies. Based on this knowledge the students will develop different questions in small groups and perform some field investigations with a subsequent analysis and presentation of the results. Provided during the Information lecture
• 
     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, B.A.-Studium Aufbaumodulphase, Übungen MEL
  [050609B] Medieval English Literature, Gruppe B   —  Übung
  Julia Wellnitz
  • Score: 4.10  presentation based on this report at the end of the course. Several quizzes, a bibliography and a review are also part of the requirements. The lectures, seminars and virtual teaching sessions (which can be used to ‘compare notes’ with fellow students and/or consult on an individual or group basis with the lecturer) introduce both medieval literature as well as the more practical aspects of doing actual
• 
     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, B.A.-Studium Aufbaumodulphase, Übungen MEL
  [050609A] Medieval English Literature, Gruppe A   —  Übung
  Dr. phil. Daniel McCann
  • Score: 4.10  presentation based on this report at the end of the course. Several quizzes, a bibliography and a review are also part of the requirements. The lectures, seminars and virtual teaching sessions (which can be used to ‘compare notes’ with fellow students and/or consult on an individual or group basis with the lecturer) introduce both medieval literature as well as the more practical aspects of doing actual
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     XII. Fakultät für Bau- und Umweltingenieurwissenschaften   —  Studiengang Master Computational Engineering, Compulsory Courses
  [126501] Fluid Dynamics (MSc-CE-P06)   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Rüdiger Höffer, Dipl.-Ing. Ulf Winkelmann
  • Score: 4.10  The technical basics of dynamic fluid flows are introduced, studied and recapitulated as well as related problems which are relevant for practical applications and solution procedures with an emphasis put on computational aspects. The lectures and exercises contain the following topics: Short review of hydrostatics and dynamics of incompressible flows involving friction (conservation of mass as related problems which are relevant for practical applications and solution procedures with an emphasis put on computational aspects. The lectures and exercises contain the following topics: Short review of hydrostatics and dynamics of incompressible flows involving friction (conservation of mass, energy and momentum, Navier-Stokes equations)Potential flowIsotropic turbulence and turbulence in a
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     XVIII. Fakultät für Chemie und Biochemie   —  Master Programme Biochemistry (M.Sc.), 2nd Term (2. Semester), Elective Courses, Focal Point Programme: Biochemistry of Stem Cells
  [185890] Lecture Series in the Focal Point Programme "Biochemistry of Stem Cells"   —  Vorlesung
  Prof. Dr. rer. nat. Dr. h.c. Beate E.M. Brand-Saberi, Dr. Helmut Bühler, Prof. Dr. rer. nat. Rolf Heumann, Jun.-Prof. Dr. rer. nat. Christina Sengstock, Prof. Dr. Stefan Wiese, Prof. Dr. rer. nat. Holm Zähres
  • Score: 4.07  Lecture Series in the Focal Point Programme "Biochemistry of Stem Cells"
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     X. Fakultät für Sportwissenschaft   —  Lehrangebot im Studiengang Master of Science - Sport & Exercise Sciences for Health & Performance (M.Sc.)(PO >=2018), Module 6: Master Thesis and Scientific Writing
  [100926] Seminar Scientific Writing   —  Seminar
  Prof. Dr. Daniel Hahn
  • Score: 4.07  This course provides insight how to plan and to structure a scientific manuscript for publication in relevant journals in the field of Sports, Exercise and Health Science. It further provides insight into the process of manuscript submission in order to understand the peer-review process Di. 16.00 - 18.00 Uhr; 14täglich will be given during the lecture
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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Vorlesungen in den Studiengängen des Bachelor of Science in Mathematik (B.Sc.), Bachelor of Arts (B.A.), Master of Science in Mathematik (M.Sc.), Master of Education (M.Ed.)
  [150265] Algebra II (komplexe halbeinfache Lie-Algebren)   —  Vorlesung
  Claudia Knauber, Prof. Dr. Gerhard Röhrle
  • Score: 4.04  ., Boston, MA, 2005. N. Bourbaki, Éléments de mathématique. Groupes et algèbres de Lie. Chapitre I - VIII, Actualités Scientifiques et Industrielles, Hermann, Paris 1975. R.W. Carter, G. Segal, I. Macdonald, Lectures on Lie groups and Lie algebras. London Mathematical Society Student Texts, 32. Cambridge University Press, Cambridge, 1995. R. W. Carter, Introduction to algebraic groups and Lie algebras .P. Serre, Lie Algebras and Lie Groups, 1964 lectures given at Harvard University. Second edition. Lecture Notes in Mathematics, 1500. Springer-Verlag, Berlin, 1992. P. Tauvel, R. W. T. Yu, Lie algebras and algebraic groups. Springer Monographs in Mathematics. Springer-Verlag, Berlin, 2005. J. Tits, Liesche Gruppen und Algebren. Hochschultext. Springer-Verlag, Berlin, 1983.
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Wahlpflichtmodule
  [141146] Quantenschaltungen   —  Vorlesung mit Übung
  Vertr.-Prof. Dr. rer. nat. Philipp Niemann
  • Score: 4.01  ­ständ­nis der spe­zi­fi­schen Her­aus­for­de­run­gen so­wohl auf lo­gi­scher Ebene (z. B. hin­sicht­lich der Re­ver­si­bi­li­tät der rea­li­sier­ten Funk­tio­nen und der ex­po­nen­ti­el­len Größe ent­spre­chen­der Funk­ti­ons­dar­stel­lun­gen) sowie auf der phy­si­ka­li­schen Ebene (etwa hin­sicht­lich der ein­ge­schränk­ten Gat­ter­bi­blio­thek, to­po­lo­gi­scher Ein­schrän­kun­gen sowie Feh ­ler­to­le­ranz). IN­HALT: Nach einer kur­zen Ein­füh­rung in das Rech­nen mit Quan­ten („Quan­tum Com­pu­ting“) be­schäf­tigt sich die Vor­le­sung mit der Frage, wie die dafür be­nö­tig­ten Schal­tun­gen ent­wor­fen wer­den müs­sen, damit sie mög­lichst ef­fi­zi­ent auf ech­ten Quan­ten­com­pu­tern aus­ge­führt wer­den kön­nen. Da Quan­ten­schal­tun­gen außer dem Namen kaum etwas mit kon­ven­tio­nel­len Schalt­krei
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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen in Mathematik für Studierende der Angewandten Informatik, Informatik, Natur- und Ingenieurwissenschaften
  [126510] Numerical Methods and Stochastics (MSc-CE-WP08)   —  Vorlesung mit Übung
  Prof. Dr. Johannes Lederer, Dr. Mario Lipinski, Mahima Yadav
  • Score: 3.96  density, parameter estimation, prediction.- Multivariate statistics: correlation, principal component analysis, factoranalysis.- Linear models: multiple linear regression, F-test for linear hypotheses, Analysis of Variance. Some of the lectures will be held virtually; find all information on Moodle after the lectures have started.
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Man­d­ato­ry Elec­tive Cour­ses
  [141367] Electromagnetic Fields   —  Vorlesung mit Übung
  Dr. Denis Eremin
  • Score: 3.95  ZIELE: Die Stu­die­ren­den er­ler­nen die Theo­rie elek­tro­ma­gne­ti­scher Fel­der und Wel­len und kön­nen die Tech­ni­ken auf ver­wand­te Pro­ble­me in Tech­nik und Phy­sik an­wen­den. IN­HALT: Helm­holtz-Theo­rem All­ge­mei­ner Über­blick über die Max­well­schen Glei­chun­gen. Ver­schie­de­ne Nä­he­run­gen: Elek­tro­sta­tik, Ma­gne­to­sta­tik, Dar­win Elek­tro­sta­tik: Cou zeit­ab­hän­gi­ges Pro­blem im frei­en Raum Fel­der und Strah­lung lo­ka­li­sier­ter os­zil­lie­ren­der Quel­len SONS­TI­GES: PRÜ­FUNG: mündlich (30 min), Anmeldung: FlexNow Ter­min nach Ab­spra­che mit dem Do­zen­ten. GOALS: The stu­dents learn the theo­ry of elec­tro­ma­gne­tic fields and waves and are able to apply the tech­ni­ques to re­la­ted pro­blems in en­gi­nee­ring and phy ­vegui­de modes Re­so­nant ca­vi­ties Green's func­tion for a ti­me-de­pen­dent pro­blem in free space Fields and ra­dia­ti­on of lo­ca­li­zed oscil­la­ting sour­ces MIS­CEL­LA­NEOUS: EXAM: oral (30 min), registration: FlexNow Date ac­cor­ding to prior agree­ment with lec­tu­rer. Start: 04.04.2022 Jack­son, John David "Clas­si­cal Elec­tro­dy­na­mics", Wiley & Sons, 1998 Grif­fiths, D.J. "In
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Medizintechnik, Wahlpflichtbereich, Mas­ter-Se­mi­nar MT
  [143204] Master-Seminar Algorithmen der Signalverarbeitung   —  Seminar
  Prof. Dr.-Ing. Aydin Sezgin
  • Score: 3.95  ­gram­mier­spra­che, - hält einen eng­lisch­spra­chi­gen Vor­trag über ein spe­zi­el­les Thema aus dem ge­stell­ten Pro­blem­kreis und - er­stellt einen ca. 10-sei­ti­gen Be­richt (wahl­wei­se deutsch oder eng­lisch). Zu allen Vor­trä­gen ge­hört eine ein­ge­hen­de Dis­kus­si­on, an der sich alle Teil­neh­mer be­tei­li­gen. SONS­TI­GES: An­mel­dung zur Vor­le­sung über:  https://​moodle.​ruhr-uni-bo­chum.​de/​ Da für ­FUNG: Seminarbeitrag GOALS: CON­TENTS: MIS­CEL­LA­NEOUS: Re­gis­ter to the lec­tu­res via https://​moodle.​ruhr-uni-bo­chum.​de/​
• 
     X. Fakultät für Sportwissenschaft   —  Lehrangebot im Studiengang Master of Science - Sport & Exercise Sciences for Health & Performance (M.Sc.)(PO >=2018), Module 3: Sports Medicine & Sports Nutrition
  [100917] Seminar Applied Exercise Physiology & Sports Nutrition for Health & Performance   —  Seminar
  Robin Schäfer
  • Score: 3.93  . Provided during the Information lecture
• 
     VIII. Fakultät für Sozialwissenschaft   —  2-Fächer Master: Module für alle Studienrichtungen, Mastermodul Quantitative und qualitative Forschungsmethoden
  [080052] V - Multivariate statistische Verfahren (F&S, Teil III; FM, Teil I)   —  Vorlesung
  Prof. Dr. Jörg-Peter Schräpler, Pascal Siemsen
  • Score: 3.93  Behandelt werden:Statistische Zusammenhangsmaße für metrische, ordinale und nominale Variablen: Korrelationskoeffizient nach Bravais/Pearson, Rangkorrelationskoeffizient und Phi-Koeffizient.Korrelation und Kausalität: Typen von multivariaten Zusammenhängen.Einfache und multiple Regression: einfaches und multiples Regressionsmodell, Annahmen im Regressionsmodell, einfacher und multipler
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Pho­to­nics, Pho­to­nics
  [141261] Photonics   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 3.86  GOALS: The stu­dents have le­ar­ned the fun­da­men­tals of op­ti­cal in­for­ma­ti­on trans­fer and re­trie­val. The have ac­qui­red basic know­ledge of la­sers, li­ne­ar and non-li­ne­ar op­tics and un­der­stand the con­cepts of op­ti­cal me­mo­ries (CD, DVD) and op­ti­cal tel­e­com­mu­ni­ca­ti­on. CON­TENT: The lec­tu­re starts with the fun­da­men­tals of li­ne­ar op­tics (re­frac­tion, dif ­p­li­ca­ti­on, op­ti­cal me­mo­ries and op­ti­cal tel­e­com­mu­ni­ca­ti­ons are di­s­cus­sed in se­pa­ra­te ch­ap­ters. The lec­tu­re is con­clu­ded with an out­look on the po­ten­ti­al of pho­to­nic crys­tals. MIS­CEL­LA­NEOUS: EXAM: oral (30 min), rgeistration: FlexNow Date ac­cor­ding to prior agree­ment with lec­tu­rer. Start: 06.04.2021 Saleh, , Teich, "Fun­da­men­tals of Pho­to­nics", Wiley
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     XVIII. Fakultät für Chemie und Biochemie   —  Studiengang Bachelor Biochemie, 6. Semester, Spezialveranstaltungen aus dem Bereich der Schwerpunktausbildung:, Schwerpunkt "Proteine in der Biomedizin"
  [184652] Computer Simulation von Proteinen   —  Seminar
  
  • Score: 3.86  Friday 8:30-10:00, Lecture Hall Biophysics NDEF04-397 (but see below) Preliminary Talk 8.4. 2022, Registration: till.rudack@rub.de, keyword „Master-Comp“ Currently per Zoom: https://ruhr-uni-bochum.zoom.us/j/65834450730?pwd=R2JsdG8rZU1JNHl0cnY2ZFFDaXpLdz09
• 
     XVI. Fakultät für Physik und Astronomie   —  Master of Science, Courses in Physics Major, Astronomy, Astrophysics
  [160614] Astroparticle Physics   —  Vorlesung
  Prof. Dr. Anna Franckowiak
  • Score: 3.86  The lecture is targeted to Master students (but Bachelor students are also welcome). The new field of astroparticle physics will be introduced mainly from an experimental point of view, including cosmic rays, gamma rays, neutrinos, dark matter and gravitational wave.s Gliederung: Kommentar: More details here: https://www-zeuthen.desy.de/~afrancko/astroparticleSS2022.html Vorauss: C. Grupen
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Pflichtbereich
  [141366] Technische Hochfrequenzplasmen   —  Vorlesung
  Apl. Prof. Dr. Julian Schulze
  • Score: 3.85  ­tro­duc­tion Ba­sics Trans­port She­ath mo­dels Hea­ting me­cha­nis­ms Equi­li­bri­um con­cepts Selec­ted dia­gnostics and si­mu­la­ti­on tech­ni­ques Ca­pa­ci­ti­ve Radio Fre­quen­cy Plas­mas In­duc­tive Radio Fre­quen­cy Plas­mas Ap­p­li­ca­ti­ons All con­tent is can be down­loa­ded via the lec­tu­re web­site in di­gi­ta­li­zed form. The lec­tu­re and tu­to­ri­al in­clu­de re­cent in ­ter­na­tio­nal re­se­arch re­sults. MIS­CEL­LA­NEOUS: Beginn: 05.04.2021 Braithwai­te, Nick, Cha­bert, Pas­cal "Phy­sics of Ra­dio-Fre­quen­cy Plas­mas", Cam­bridge Uni­ver­si­ty Press, 2011 Lich­ten­berg, Allan J., Lie­ber­man, Micha­el A. "Prin­ci­ples of Plas­ma Di­sch­ar­ges and Ma­te­ri­als Pro­ces­sing", Wi­ley-In­ter­sci­ence, 1994
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Energiesystemtechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher EST
  [141405] Energiespeichersysteme   —  Vorlesung mit Übung
  M. Sc. Philip Krajinski, Prof. Dr.-Ing. Constantinos Sourkounis
  • Score: 3.84  ­tems (hy­brid ve­hi­cles). CON­TENT: The lec­tu­re 'En­er­gy Sto­r­a­ge Sys­tems' deals with dif­fe­rent types of sto­r­a­ge for che­mi­cal, po­ten­ti­al, ki­ne­tic and ther­mal en­er­gy and their use in power en­gi­nee­ring sys­tems. Buil­ding on the phy­si­cal basis of the sto­r­a­ge types, their func­tio­nal prin­ci­ples are di­s­cus­sed. To struc­tu­re the dif­fe­rent types of sto­r­a­ge sys ­ge­ne­ra­ti­ve En­er­gie­quel­len) sowie im Um­feld em­mi­si­ons­ar­mer Ver­kehrs­sys­te­me (Hy­brid-Fahr­zeug­tech­no­lo­gie). IN­HALT: Die Vor­le­sung 'En­er­gie­spei­cher­sys­te­me' be­fasst sich mit  un­ter­schied­li­chen Spei­cher­ar­ten  für che­mi­sche, po­ten­ti­el­le, ki­ne­ti­sche und ther­mi­sche En­er­gie und deren Ein­satz in en­er­gie­tech­ni­schen Sys­te­men. Auf­bau­end auf den phy ­tri­schen Teil­sys­te­men, wie Ge­ne­ra­to­ren und Mo­to­ren, wer­den auch die hy­drau­li­schen Teil­sys­te­me, wie Rohr­lei­tungs­sys­te­me und Pum­pen, er­läu­tert. Ab­schlie­ßend wird auf die Re­ge­lung der Tur­bi­nen, Ge­ne­ra­to­ren und Mo­to­ren ein­ge­gan­gen. Schwung­rad­spei­cher wer­den zur  Spei­che­rung ki­ne­ti­scher En­er­gie  ein­ge­setzt. Aus­ge­hend von den phy­si­ka­li­schen Zu ­pen­ding on the mor­pho­lo­gi­cal con­di­ti­ons of the site. In ad­di­ti­on to the elec­tri­cal sub­sys­tems, such as ge­ne­ra­tors and mo­tors, the hy­drau­lic sub­sys­tems, such as pi­ping sys­tems and pumps are ex­plained. Fi­nal­ly, the con­trol of tur­bi­nes, ge­ne­ra­tors and mo­tors will be di­s­cus­sed. Flyw­heel ac­cu­mu­la­tors are used to store ki­ne­tic en­er­gy. Star­ting from the phy­sics, the sta
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     XVIII. Fakultät für Chemie und Biochemie   —  Master Programme Biochemistry (M.Sc.), 2nd Term (2. Semester), Elective Courses, Focal Point Programme: Biomolecular Chemistry
  [185810] Lecture Series in the Focal Point Programme   —  Seminar
  Prof. Dr. rer. nat. Martina Havenith-Newen, Prof. Dr. rer. nat. Christian Herrmann, Prof. Dr. Stefan M. Huber, Prof. Dr. Sebastian Kruss, Prof. Dr. rer. nat. Dominik Marx, Prof. Dr. rer. nat. Nils Metzler-Nolte, Dr. Wilma Neumann, Prof. Dr. Poul B. Petersen, Prof. Dr. Axel Rosenhahn, Prof. Dr. Lars Schäfer, Prof. Dr. rer. nat. Wolfgang Schuhmann
  • Score: 3.80  Lecture Series in the Focal Point Programme
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     XVI. Fakultät für Physik und Astronomie   —  Master of Science, Courses in Physics Major, Astronomy, Astrophysics
  [160620] Selected Topics of Astronomy II (Seminar)   —  Seminar
  Prof. Dr. Dominik J. Bomans, Prof. Dr. rer. nat. Ralf-Jürgen Dettmar, Prof. Dr. Anna Franckowiak, Prof. Dr. Hendrik Hildebrandt
  • Score: 3.73  to the seminar participants as part of a lecture and thus practice presentation techniques.
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     XVIII. Fakultät für Chemie und Biochemie   —  Master Programme Biochemistry (M.Sc.), 2nd Term (2. Semester), Elective Courses, Focal Point Programme: Proteins in Biomedicine
  [185851] LAB-DAYS   —  Praktikum
  Dr. Katalin Barkovits, Dr. Thilo Bracht, Prof. Dr. rer. medic. Martin Eisenacher, Prof. Dr. Klaus Gerwert, Prof. Dr. Eckhard Hofmann, PD Dr. Carsten Kötting, Kuhlmann, PD Dr. Mathias Lübben, Prof. Dr. rer. nat. Katrin Marcus-Alic, Prof. Dr. Axel Mosig, Prof. Dr. rer. nat. Barbara Sitek, Prof. Dr. rer. nat. Raphael Stoll, Ingrid Vetter
  • Score: 3.73  Lecture Hall Biophysics (ND 04/397), course begin to be announced
• 
     XIX. Fakultät für Biologie und Biotechnologie   —  Veranstaltungen für Hörerinnen und Hörer aller Semester, Vorlesungen
  [190509] Lecture Series Neurobiology (part SS)   —  Vorlesung
  Dr. Michael Andriske, Claudia Distler-Hoffmann, Prof. Dr. Andreas Faissner, Prof. Stefan Herlitze, Dr. Wolfgang Kruse, Dr. Frank Paris, Prof. Dr. Andreas Reiner, PD Dr. Jacqueline Reinhard-Recht, Dr. Lars Roll, Dr. David Wegrzyn, Prof. Dr. Stefan Wiese, Dipl.-Biol. Paul Michael Ziemba
  • Score: 3.73  Lecture Series Neurobiology (part SS)
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Pflichtbereich, Elek­tro­tech­nik 4
  [141365] Elektrotechnik 4 - Theoretische Elektrotechnik   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Ralf Peter Brinkmann, M.Sc. Youfan He, M.Sc. Maximilian Klich, M.Sc. Kevin Köhn, M.Sc. Chunjie Wang
  • Score: 3.73  ZIELE: Elek­tro­ma­gne­ti­sche Phä­no­me­ne bil­den die Grund­la­ge na­he­zu aller tech­ni­schen An­wen­dun­gen, die im Stu­di­en­gang Elek­tro­tech­nik und In­for­ma­ti­ons­tech­nik be­han­delt wer­den. Die Stu­die­ren­den ver­ste­hen zum einen die phy­si­ka­li­sche Natur der Fel­der und ihrer Wech­sel­wir­kung mit Ma­te­rie und be­herr­schen zum zwei­ten die für ihre Be­schrei­bung ge ­no­lo­gy. The stu­dents mas­ter the phy­si­cal na­tu­re of the fields and their in­ter­ac­tion with mat­ter, as well as the ma­the­ma­ti­cal con­cepts sui­ta­ble for their de­scrip­ti­on. Stu­dents will be able to un­der­stand the de­ri­va­ti­on of Max­well's equa­ti­ons from a few selec­ted basic ob­ser­va­tions and use them as tools for mo­de­ling and si­mu­la­ting im­portant phe­no­me­na. CON­TENT: In
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Wahl­pflicht­fä­cher EL
  [141388] Halbleitertechnologie 2   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Martin Hoffmann
  • Score: 3.72  ­ge­gan­gen, so­weit sie zum Ver­ständ­nis der Pro­zes­se not­wen­dig sind. IN­HALT: Ge­gen­über­stel­lung ma­kro­sko­pi­scher und mi­kro­sko­pi­scher Fer­ti­gungs­tech­ni­ken Gren­zen und Mög­lich­kei­ten der Op­ti­schen Mi­kro­sko­pie Ver­un­rei­ni­gun­gen & Rein­raum­tech­nik zur Ver­mei­dung Si­li­ci­um als mi­kro­me­cha­ni­sches Ma­te­ri­al Phy­si­ka­li­sche Ga­spha­sen­ab­schei­dung: Spe ­no­lo­gy) and clean room tech­no­lo­gy, as far as they are ne­cessa­ry to the un­der­stan­ding of the pro­ces­ses. CON­TENT: Com­pa­ri­son of ma­crosco­pic and microsco­pic pro­duc­tion pro­ces­ses Li­mi­ta­ti­ons and pos­si­bi­li­ties of op­ti­cal microsco­py Con­ta­mi­na­ti­ons and clean room tech­no­lo­gy to avoid them Si­li­con as a micro­me­cha­ni­cal ma­te­ri­al Phy­si­cal va­pour de ­po­si­ti­on: spe­ci­fic pro­per­ties of sput­te­ring and va­pour de­po­si­ti­on Ma­te­ri­als: pie­zo­elec­tric alu­mi­ni­um ni­tra­te, ma­te­ri­als for struc­tu­res and sa­cri­fi­ci­al lay­ers, re­ac­tive layer sys­tems, Bragg angle de­po­si­ti­on of nano struc­tu­res Ad­di­ti­ve me­thods: va­pour de­po­si­ti­on, elec­tro­pla­ting and cur­rent­less de­po­si­ti­on LIGA – li­tho­gra­phy and gal­va­nic moul ­ding: de­ve­lop­ment and ap­p­li­ca­ti­ons Dry et­ching pro­ces­ses: ran­ging from high­ly selec­tive to mas­si­ve­ly an­iso­tro­pic Three-di­men­sio­nal struc­tu­res in si­li­con: an­iso­tro­pic wet et­ching pro­ces­ses In­tro­duc­tion into nano im­print li­tho­gra­phy (NIL) Beginn: 05.04.2022
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     XVII. Fakultät für Geowissenschaften   —  Institut für Geologie, Mineralogie und Geophysik, Studiengang "Geosciences M.Sc."
  [177359] Medical Geology   —  Vorlesung / Seminar
  Dr. Andre Banning
  • Score: 3.70  Lecture: Introduction to Medical Geology – definition, research questions and methods of the emerging discipline, interplay of geogenic contaminants, chronic exposure and endemic diseases using international examples of Medical Geological problems and phenomena; How can geoscientists contribute to understanding and tackling public health issues? Interdisciplinary approach and future challenges specific Medical Geology topic using self-researched literature. Lecture: Introduction to Medical Geology – definition, research questions and methods of the emerging discipline, interplay of geogenic contaminants, chronic exposure and endemic diseases using international examples of Medical Geological problems and phenomena; How can geoscientists contribute to understanding and tackling public health
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [141290] Plasmaspektroskopie   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Peter Awakowicz
  • Score: 3.69  ­wen­dungs­ori­en­tier­ten Ein­stieg in die Plasmas­pek­tro­sko­pie und lässt sich in drei Be­rei­che un­ter­tei­len. Zu­nächst wer­den die theo­re­ti­schen Grund­la­gen der Atom­en­phy­sik, aus­ge­hend vom Bohr-Mo­dell hin zur Schrö­din­ger-Glei­chung, be­han­delt, um die Zu­stän­de und Elek­tro­nen­über­gän­ge in einem Atom be­schrei­ben zu kön­nen. An­schlie­ßend wer­den die kom­ple­xe­ren zwei­ato­mi­gen Mo­le­kü­le be ­ra­me­ters from spec­tra as well as to pin­point li­mi­ta­ti­ons and pre­ci­si­on of the used mo­dels and in­stru­ments. CON­TENT: The lec­tu­re is an in­tro­duc­tion to ap­p­lied plas­ma spec­trosco­py and is di­vi­ded into the three parts. First, it is di­s­cus­sed how light can be de­fined and why it is pos­si­ble to dif­fract the light by its wa­ve­lengths. Af­ter­wards, the dif­fe­rent com ­po­n­ents and lay­outs of spec­tro­me­ters are ex­plained and de­mons­tra­ted how the re­so­lu­ti­on of the sys­tem can be in­flu­en­ced. Fur­ther­mo­re, the pro­ce­du­res and pro­blems of wa­ve­length, re­la­ti­ve, and ab­so­lu­te ca­li­b­ra­ti­on are di­s­cus­sed. In the se­cond part, the basic prin­ci­ples of ato­mic phy­sics are pre­sen­ted, star­ting with the Bohr model to the Schrö­din­ger equa
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     V. Fakultät für Philologie   —  Theaterwissenschaft, B.A.-Phase
  [050624] Shakespeare’s Intertextual Afterlives: Concepts and Case Studies   —  Vorlesung
  Uwe Klawitter, Prof. Dr. Roland Weidle
  • Score: 3.59  This course of lectures – delivered by two lecturers in dialogue with each other and the participants – seeks to generate insights into the rich field of the productive reception of Shakespeare’s plays. The ‘afterlives’ (a term from reception theory) chosen for discussion are representative 20th and 21st-century re-imaginations in narrative fiction, drama, poetry and film. These creative
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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Seminare
  [150534] Seminar über Symplektische Geometrie   —  Seminar
  Prof. Dr. Peter Heinzner
  • Score: 3.50  , Lagrange Untermannigfaltigkeiten, lokale Normalenformen und Tubenumgebungen von Untermannigfaltigkeiten besprochen. Eine Vorbesprechung des Seminars findet am Dienstag den 5.4.2022 um 12:00 Uhr über Zoom statt. Einen Link finden Sie im gleichnamigen Moodle Kurs. Ana Cannas da Silva: Lectures on Symplectic Geometry
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, Ba­che­lor-Prak­ti­kum Elek­tro­ni­sche Schal­tun­gen
  [142064] Bachelor-Praktikum Elektronische Schaltungen   —  Praktikum
  Prof. Dr.-Ing. Thomas Musch, Dr.-Ing. Gordon Notzon
  • Score: 3.46  , so­dass ein zu­sätz­li­cher Ler­n­ef­fekt er­zielt wird. PRÜ­FUNG: Praktikum GOALS: This prac­tical cour­se con­nects the theo­re­ti­cal cir­cuit de­scrip­ti­on and the prac­tical cir­cuit tes­ting. The per­for­med ex­pe­ri­ments are cou­p­led to the ac­com­pa­ny­ing lec­tu­re. After par­ti­ci­pa­ti­on, stu­dents are able to ope­ra­te elec­tro­nic me­a­su­re­ment equip­ment and can ve ­ri­fy and test com­plex cir­cuits. CON­TENT: Ac­com­pa­ny­ing to the lec­tu­re „Elec­tro­nics2“, this prac­tical cour­se teaches the two main to­pics of fun­da­men­tal elec­tro­nic cir­cui­try: Ope­ra­ting point ad­just­ment and si­gnal trans­mis­si­on. By means of selec­ted hands on ex­pe­ri­ments, the in­flu­ence of an­cil­la­ry con­di­ti­ons on the trans­fer sta­bi­li­ty of dis­cre­te and in ­te­gra­ted cir­cuits is in­ves­ti­ga­ted. The ge­ne­ral trans­mis­si­on be­ha­vi­or and the pa­ra­me­ter sen­si­ti­vi­ty against to­leran­ces and pa­ra­si­tic ef­fects is es­sen­ti­al part of these in­ves­ti­ga­ti­ons. MIS­CEL­LA­NEOUS: The practical course 'Electronic Circuits' is offered in parallel to the lecture 'Electronics 2 - Circuits'. The contents of lecture and practical course are coordinated
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     XVIII. Fakultät für Chemie und Biochemie   —  Studiengang Bachelor Biochemie, 6. Semester, Spezialveranstaltungen aus dem Bereich der Schwerpunktausbildung:, Schwerpunkt "Proteine in der Biomedizin"
  [184651] Aktuelle Methoden der Proteinbiochemie und Strukturbiologie - Expression, Reinigung und Analyse und Strukturbiologie von Proteinen   —  Vorlesung
  Dr. Katalin Barkovits, Dr. Thilo Bracht, Prof. Dr. rer. medic. Martin Eisenacher, Prof. Dr. Klaus Gerwert, Prof. Dr. Eckhard Hofmann, PD Dr. Carsten Kötting, PD Dr. Mathias Lübben, Prof. Dr. rer. nat. Katrin Marcus-Alic, Prof. Dr. Axel Mosig, Prof. Dr. rer. nat. Barbara Sitek, Prof. Dr. rer. nat. Raphael Stoll, Ingrid Vetter
  • Score: 3.40  Wednesday, 11:15-12:45, Start: 6. 4. 2022, Lecture Hall Biophysics NDEF04-397, Registration: kurs-bibi@rub.de, key word “Bachelor-Methods” or “Master-Methods”
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     XVIII. Fakultät für Chemie und Biochemie   —  Master Programme Biochemistry (M.Sc.), 2nd Term (2. Semester), Elective Courses, Focal Point Programme: Molecular Medicine
  [185880] Lecture Series in the Focal Point Programme   —  Ringvorlesung
  Prof. Dr. med. Thomas Klaus Brüning, Prof. Dr. med. Albrecht Bufe, Prof. Dr. rer. nat. Ralf Erdmann, Prof. Dr. med. Stephan Hahn, Prof. Dr. rer. nat. Kornelia Jaquet, Prof. Dr. rer. nat. Lars Ingo Ole Leichert, Prof. Dr. med. Huu Phuc Nguyen, Prof. Dr. rer. nat. Joachim Rassow, Prof. Dr. rer. nat. Monika Raulf, Prof. Dr. rer. nat. Eike Steinmann, Prof. Dr. rer. nat. Jörg Tatzelt, Prof. Dr. med. Dr. rer. nat. Konstanze F. Winklhofer
  • Score: 3.40  Lecture Series in the Focal Point Programme
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     XVIII. Fakultät für Chemie und Biochemie   —  Master Programme Biochemistry (M.Sc.), 2nd Term (2. Semester), Elective Courses, Focal Point Programme: Membrane and Nervous System Biochemistry
  [185830] Lecture Series in the Focal Point Programme "Membrane and Nervous System Biochemistry"   —  Vorlesung
  apl. Prof. Dr. rer. nat. Irmgard Dietzel-Meyer, Prof. Dr. Andreas Faissner, Prof. Dr. rer. nat. Eckart Förster, Prof. Dr. rer. nat. Thomas Günther-Pomorski, Prof. Dr. phil. Dr. h.c. Onur Güntürkün, Dr. rer. nat. Patrick Happel, Prof. Dr. rer. nat. Rolf Heumann, Prof. Dr. rer. nat. Michael Hollmann, Prof. Dr. phil. habil. Denise Manahan-Vaughan, Prof. Dr. rer. nat. Carsten Theiss, Dr. rer. nat. Dirk Wolters
  • Score: 3.40  Lecture Series in the Focal Point Programme "Membrane and Nervous System Biochemistry"
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Pflichtbereich, Elek­tro­tech­nik 2
  [141288] Elektrotechnik 2 - Felder   —  Vorlesung mit Übung
  Dr.-Ing. Ralf Hereth, Dr.-Ing. Gerhard Roll
  • Score: 3.38  ­er­gie und Kräf­te im elek­tro­sta­ti­schen Feld; Ma­te­rie im elek­tri­schen Feld Der elek­tri­sche Strom: Strom­dich­te und Strom­stär­ke; ohm­sches Ge­setz; Strö­mungs­fel­der; En­er­gie­um­set­zung im elek­tri­schen Strom­kreis Das ma­gne­ti­sche Feld: Ma­gne­ti­sche Fluss­dich­te; ma­gne­ti­sche Er­re­gung; Lo­r­entz-Kraft; Durch­flu­tungs­ge­setz, die ma­gne­ti­schen Ei­gen­schaf­ten der Ma ­te­rie; ma­gne­ti­sche Krei­se; An­wen­dun­gen der ma­gne­ti­schen Kraft­wir­kung Die elek­tro­ma­gne­ti­sche In­duk­ti­on: Be­we­gungs­in­duk­ti­on; Trans­for­ma­ti­ons­in­duk­ti­on; In­duk­ti­ons­ge­setz; Selbst- und Ge­gen­in­duk­ti­on; Be­rech­nung von In­duk­ti­vi­tä­ten; En­er­gie im ma­gne­ti­schen Feld; Wir­bel­strö­me und Strom­ver­drän­gung Der Trans­for­ma­tor: Der idea­le Trans
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Wahlpflichtmodule
  [211035] Soft­ware-Im­ple­men­tie­rung kryp­to­gra­phi­scher Ver­fah­ren   —  Vorlesung mit Übung
  Dr.-Ing. Max Hoffmann
  • Score: 3.30  Soft­ware-Im­ple­men­tie­rung kryp­to­gra­phi­scher Ver­fah­ren
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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Vorlesungen in den Studiengängen des Bachelor of Science in Mathematik (B.Sc.), Bachelor of Arts (B.A.), Master of Science in Mathematik (M.Sc.), Master of Education (M.Ed.)
  [150258] Quantengruppen   —  Vorlesung
  Kudret Bostanci, Jun.-Prof. Dr. Deniz Kus
  • Score: 3.30  Anschluss mehrere Anwendungen diskutieren, z.B. in der Darstellungstheorie von Lie Algebren, Knotentheorie und Kristallinen Basen sowie Luztig's PBW Theorem beweisen. Abe: Hopf algebras Kassel: Quantum groups Jantzen: Lectures on quantum groups
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Hochfrequente Sensoren und Systeme, Wahlpflichtbereich, Wahl­pflicht­fä­cher HSS
  [141181] Integrierte Digitalschaltungen   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Nils Pohl
  • Score: 3.15  ­TENT: This lec­tu­re in­tro­du­ces the main prin­ci­ples for the field of in­te­gra­ted cir­cuits and sys­tems. After an in­tro­duc­to­ry di­s­cus­sion of the fun­da­men­tals and ap­p­li­ca­ti­ons of micro­elec­tro­nics, the lec­tu­re will pro­ceed with a num­ber of de­tails of in­te­gra­ted se­mi­con­duc­tor de­vices. Af­ter­wards in­te­gra­ted di­gi­tal CMOS basic cir­cuits will be ad­dres­sed. Fi ­nal­ly, the lec­tu­re ad­dres­ses more com­plex pro­blems in the de­sign of in­te­gra­ted sys­tem com­po­n­ents and sys­tems. Beginn: 05.04.2022
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     IV. Fakultät für Geschichtswissenschaften   —  Geschichte, Register für Modulveranstaltungen, Bachelor, Modul 4
  [040143] PÜ: Bilder vom Bergbau. Audiovisuelle Quellen zur Geschichte des Bergbaus   —  praktische Übung
  Dr. Stefan Przigoda
  • Score: 3.14  .): Filmische Mittel, industrielle Zwecke. Das Werk des Industriefilms, Berlin 2007, S. 308-319. Stremmel, Ralf: Industrie und Fotografie. Der Bochumer Verein für Bergbau und Gussstahlfabrikation im Bild, 1854 – 1926, Münster 2016. Tenfelde, Klaus (Hrsg.): Bilder von Krupp. Fotografie und Geschichte im Industriezeitalter, München 2000. www.visual-history.de (27
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     VIII. Fakultät für Sozialwissenschaft   —  Bachelor, Aufbaumodul Öffentliche Finanzen und staatliches Handeln
  [080227] S Survey Experiments in Public Economics (ÖfFin, Teil II)   —  Seminar
  Maximilian Thomas
  • Score: 3.12  a broad range of topics, including public preferences for redistribution and social mobility, public spending and public debt, as well as immigration policy. The introductory part of the seminar is held as a lecture. Following the introduction, participants are expected to present one of the research papers and engage in active discussion. The language of the seminar will be English
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, Quan­ten­me­cha­nik und Sta­tis­tik
  [141265] Quantenmechanik und Statistik   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 3.08  ­vice be­ha­viour sub­stan­ti­al­ly. With other words: the func­tion of mo­dern se­mi­con­duc­tor de­vices re­li­es on quan­tum me­cha­ni­cal prin­ci­ples and can­not be un­de­ras­tood with clas­si­cal phy­sics any­mo­re. The lec­tu­re co­vers the fun­da­men­tals of quan­tum me­cha­ni­cal con­cepts and of ther­mo­dy­na­mi­cal sta­tis­tics. Con­cepts like the Schrö­din­ger equa­ti­on, wave func ­ten­me­cha­ni­schen Prin­zi­pi­en, und lässt sich mit klas­si­schen phy­si­ka­li­schen Be­schrei­bun­gen nicht mehr ver­ste­hen. Die Vor­le­sung be­han­delt die Grund­la­gen quan­ten­me­cha­ni­scher Be­schrei­bungs­wei­sen, sowie der sta­tis­ti­schen Ther­mo­dy­na­mik. Sie führt Be­grif­fe wie die Schrö­din­ger-Glei­chung, Wel­len­funk­tio­nen und Er­war­tungs­wer­te ein, und skiz­ziert die Lö­sung quan
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Wahl­pflicht­fä­cher EL
  [141387] Niedrigdimensionale Halbleitersysteme   —  Vorlesung mit Übung
  Dr.-Ing. Claudia Bock, Dr.-Ing. Ulrich Wieser
  • Score: 3.06  erhalten haben. Teilnehmer, die dies nicht beachten, werden aus dem Kurs entfernt. Organisatorische Fragen richten Sie bitte per E-Mail an: ndhls-mst(at)ruhr-uni-bochum.de PRÜ­FUNG: mündlich (30 min), Anmeldung: FlexNow Beginn: 07.04.2022 Hein­zel, Tho­mas "Me­sosco­pic Elec­tro­nics in Solid State Na­nost­ruc­tu­res", Wi­ley-VCH, 2007 Da­vies, John H. "The Phy­sics of Low-di­men­sio­nal Se
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     XIII. Fakultät für Maschinenbau   —  MINT Module/Technische Wahlfächer Master-Studiengang
  [440612] Engineering Ceramics and Coating Technology   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Robert Vaßen
  • Score: 2.96  allowing the selection of ceramics for specific needs. A broad knowledge in different coating technologies gives the students the ability to select suitable coating methods especially for wear, corrosion and high temperature applications as thermal barrier coatings. Special emphasis will be laid on different thermal spray technologies. Block course, first lecture 6.4.2022. Further dates (Lab course) t
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Prac­tical Sub­jects
  [141262] Maths for Laser engineers   —  Vorlesung mit Übung
  Dipl.-Inf. Martin Benning
  • Score: 2.96  ­ti­ons Fou­rier trans­for­ma­ti­on Sta­tis­tics In­for­ma­tics Ex­er­ci­ses with Mat­lab MIS­CEL­LA­NEOUS: EXAM: lab, registration: directly with the lecturer Kick-off: 04.04.2022, 11:00-11:30 pm Start: 11.04.2022 This course will be offered for the last time in summer semester 2022.
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Prac­tical Sub­jects
  [142265] Competitive International Research Project   —  Projekt
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 2.96  GOALS: Learn to write and eva­lua­te sci­en­ti­fic pro­po­sals. CON­TENT: The stu­dents de­fi­ne a spe­ci­fic sci­en­ti­fic pro­ject and iden­ti­fy to­ge­ther with a lec­tu­rer an in­ter­na­tio­nal group where they can work on the pro­ject. They write a short sci­en­ti­fic pro­po­sal about this pro­ject. They all meet to con­sti­tu­te the eva­lua­ti­on board which de­ci­des which pro
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Mas­ter-Se­mi­nar KT
  [143203] Master-Seminar Memristive Systeme für Neuromorphe Schaltungen   —  Seminar
  Priv. Doz. Dr.-Ing. Karlheinz Ochs
  • Score: 2.95  ­li­che The­men sind neue Bau­ele­men­te mit Ge­dächt­nis, Neu­ro­nen­mo­del­le, Syn­ap­sen­mo­del­le, Netz­werk­to­po­lo­gi­en, bio­lo­gisch in­spi­rier­te Schal­tun­gen etc. Jeder Stu­die­ren­de hält einen Vor­trag über ein spe­zi­el­les Thema aus dem ge­stell­ten Pro­blem­kreis. Zu allen Vor­trä­gen ge­hört eine ein­ge­hen­de Dis­kus­si­on, an der sich alle Teil­neh­mer be­tei­li­gen. SONS ­cei­ved as well-struc­tu­red, com­pre­hen­si­ble and in­te­res­ting. Fur­ther­mo­re, it is pos­si­ble to di­s­cuss tech­ni­cal is­su­es ap­pro­pria­te­ly. CON­TENT: In this cour­se, cur­rent re­se­arch to­pics in the field of cir­cuit-ba­sed in­for­ma­ti­on pro­ces­sing are con­s­i­de­red in de­tail and pre­sen­ted by the par­ti­ci­pants. In the cour­se of a se­mes­ter, the stu­dents pre­pa­re a half-hour lec­tu­re
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Fachwissenschaftliche Vertiefung
  [260025] Designing Explainable AI (XAI)_ENG   —  Blockseminar
  Professor Dr. Christian Meske, Ina Schwanebeck-Lepski
  • Score: 2.93  Sonntag, German Research Center for Artificial Intelligence). After introductory lectures on the topics of Explainable Artificial Intelligence and Design Science Research by the lecturers, the students work independently on their scientific projects (in groups). Exchange among the groups through constructive discussions and feedback rounds is encouraged. The lecturers provide assistance with the work
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     Zentrale wissenschaftliche Einrichtungen   —  Religionswissenschaft, Übungen
  [210050] Arbeitsweisen der Religionswissenschaft   —  Übung
  Dr. phil. Jens Schlamelcher
  • Score: 2.81  "Introduction to Scientific Work" on different dates. The common kick-off date will take place on Friday, April 8th at 12:15 p.m. - after the parallel lecture 'Introduction to Religious Studies'. There, the tutorials will be distributed and you will receive all further necessary information.
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     VII. Fakultät für Wirtschaftswissenschaft   —  Bachelor in Management and Economics, Profilierungsphase, Wahlpflichtmodule im Bereich Economics, Modul International Finance
  [073025] V International Finance   —  Vorlesung
  Prof. Dr. Matthias Busse
  • Score: 2.81  and effects of various financial crises are discussed. In this lecture you will receive a solid basis for the independent analysis of topics related to exchange rates. This helps you to understand and assess the globalization process.
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     VII. Fakultät für Wirtschaftswissenschaft   —  Bachelor in Management and Economics, Profilierungsphase, Wahlpflichtmodule im Bereich Economics, Modul International Finance
  [073026] Ü International Finance   —  Übung
  Prof. Dr. Matthias Busse
  • Score: 2.81  and effects of various financial crises are discussed. In this lecture you will receive a solid basis for the independent analysis of topics related to exchange rates. This helps you to understand and assess the globalization process.
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Energiesystemtechnik, Wahlpflichtbereich, Mas­ter-Se­mi­nar EST
  [143081] Master-Seminar Energiesystemtechnik   —  Seminar
  Prof. Dr.-Ing. Constantinos Sourkounis, Prof. Dr.-Ing. Volker Staudt
  • Score: 2.79  ­la­ti­ons­hips with the aim of com­mu­ni­ca­ting these to other stu­dents com­pre­hen­si­bly in a lec­tu­re. They have ac­qui­red the abi­li­ty to deal aca­de­mi­cal­ly with tech­ni­cal and sci­en­ti­fic li­te­ra­tu­re by un­der­stan­ding and pre­sen­ting a sub­ject in selec­ted ex­cer­pts from va­rious sour­ces. CON­TENT: ** Selec­ted to­pics ** of en­er­gy sys­tem tech­no­lo­gy will be wor­ked out ** in ­de­pen­dent­ly by the stu­dents ** and pre­pa­red for pre­sen­ta­ti­on in a lec­tu­re. The spec­trum of to­pics in­clu­des: power con­ver­ters and their con­trol, elec­tri­cal ma­chi­nes and their con­trol, pho­to­vol­taics, wind en­er­gy con­ver­ters, en­er­gy and bat­te­ry ma­nage­ment and to­pics re­la­ted to elec­tro­mo­bi­li­ty. The se­mi­nar picks up to­pics from in-depth lec­tu­res of the in­sti­tu­te. Thus, did ­ac­tic ** syn­er­gy ef­fects ** bet­ween the lec­tu­re con­tent and the de­tai­led in­de­pen­dent pre­sen­ta­ti­on in the se­mi­nar are re­ached. MIS­CEL­LA­NEOUS: All par­ti­ci­pants must take part in the first "kick-off" ses­si­on, where re­gis­tra­ti­on takes place. Pre-re­gis­tra­ti­on is not re­qui­red. The pass­word for the cour­se ma­te­ri­als will be an­noun­ced at the kick-off ses­si­on. The se
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, Über­tra­gung di­gi­ta­ler Si­gna­le
  [141199] Übertragung digitaler Signale   —  Vorlesung mit Übung
  Priv. Doz. Dr.-Ing. Karlheinz Ochs
  • Score: 2.77  ZIELE: Nach er­folg­rei­cher Ab­sol­vie­rung der Vor­le­sung haben die Stu­die­ren­den Grund­kennt­nis­se zur Über­tra­gung di­gi­ta­ler Si­gna­le er­wor­ben. Sie haben ein Grund­ver­ständ­nis von einem Über­tra­gungs­sys­tem und ken­nen ins­be­son­de­re die zu­grun­de­lie­gen­den phy­si­ka­li­schen Be­zü­ge. Sie ver­fü­gen über sys­te­ma­ti­sche Me­tho­den zur Be­schrei­bung, Ana­ly­se und Syn : The stu­dents un­der­stand the fun­da­men­tal and im­portant tech­ni­ques for the trans­mis­si­on of di­gi­tal si­gnals. Es­pe­ci­al­ly, they know the basic phy­si­cal re­la­ti­ons­hips, while sys­te­ma­tic me­thods for the de­scrip­ti­on, ana­ly­sis, and syn­the­sis will be taught. CON­TENT: In the con­text of the mo­bi­le com­mu­ni­ca­ti­on stan­dards Long Term Evo­lu­ti­on (LTE) and Uni­ver­sal Mo ­ve­lo­pe de­tec­tor. Fur­ther­mo­re, the car­ri­er and sym­bol ti­ming re­co­very is an im­portant issue. This lec­tu­re co­vers also pulse shaping with re­spect to in­ter­sym­bol in­ter­fe­rence and with re­spect to the used band­width. For this, the chan­nel is ad­di­tio­nal­ly noisy, which can be trea­ted by using mat­ched fil­ter tech­ni­ques or a cor­re­la­ti­on re­cei­ver. Fi­nal­ly, the ma
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektromobilitätssysteme, Wahlpflichtbereich, Wahlpflichtfächer EMOB
  [141006] Mehrgrößensysteme und digitale Regelung   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Jan Lunze, M. Sc. Alexander Schwab
  • Score: 2.74  ­ving pro­ject tasks they have gained ex­pe­ri­ence and trained skills with com­pu­ter-ai­ded de­sign tools. CON­TENT: Mo­del­ling of mul­ti­va­ria­ble sys­tems, de­sign of mul­ti­va­ria­ble con­trol and di­gi­tal con­trol, use of MAT­LAB for sys­tem ana­ly­sis and con­trol de­sign (lec­tu­re ac­com­pa­ny­ing pro­ject work), in par­ti­cu­lar: tu­ning rules for mul­ti­va­ria­ble sys­tems, de ­sign of mul­ti­va­ria­ble con­trol by pole pla­ce­ment, op­ti­mal con­trol, Di­rect Nyquist Array Me­thod, ob­ser­ver de­sign, dis­cre­te-ti­me con­trol sys­tems, de­sign of sam­p­led-da­ta con­trol­lers Ano­ther part of this cour­se's con­tent is the work on a pro­ject (see cour­se book; ex­pla­na­ti­on du­ring the lec­tu­re). The sub­mis­si­on of the pro­ject re­sults is a pre­con­di­ti­on for ad ­mit­tan­ce to the exam (dead­line for sub­mis­si­on: 4 weeks be­fo­re the exam). MIS­CEL­LA­NEOUS: Fur­ther in­for­ma­ti­on on the lec­tu­re and the cour­se ma­te­ri­als can be found on the web­site of the chair ATP (www.atp.rub.de) or in the Moodle course. Beginn: 06.04.2022 Lunze, Jan "Re­ge­lungs­tech­nik 2: Mehr­grö­ßen­sys­te­me, Di­gi­ta­le Re­ge­lung - 10. Auf­la­ge", Sprin­ger Ver­lag, 2020
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Hochfrequente Sensoren und Systeme, Pflichtbereich
  [141389] Mikrosystemtechnik   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Martin Hoffmann
  • Score: 2.74  ZIELE: Die Stu­die­ren­den kön­nen die Ska­lie­rung phy­si­ka­li­scher Vor­gän­ge selbst be­wer­ten und sie an­hand von Kenn­zah­len an­wen­den. Fer­ner sind sie in der Lage, ein­fa­che Grund­prin­zi­pe der Mi­kro­me­cha­nik ei­gen­stän­dig an­zu­wen­den. Ins­be­son­de­re ken­nen sie die be­son­de­ren Ei­gen­schaf­ten von Si­li­ci­um als me­cha­ni­sches Ma­te­ri­al. Sie kön­nen we ­so­ri­sche wie ak­to­ri­sche Wand­ler be­trach­tet wer­den. An­hand der Kon­ti­nui­täts- und Bi­lanz­glei­chung wird auf­ge­zeigt, dass sich viele phy­si­ka­li­sche Do­mä­nen auch als Netz­wer­ke dar­stel­len las­sen. Ver­tieft und mit dem da­zu­ge­hö­ri­gen Sys­tem­an­satz dar­ge­stellt wer­den drei aus­ge­wähl­te Wand­ler: Der Di­gi­ta­le Licht-Pro­zes­sor (DLP) für die Vi­de­o­pro­jek­ti­on, der Dreh ­kro­me­cha­nik er­lau­ben. SONS­TI­GES: Im Sommersemester 2022 wird die Vor­le­sung, so­weit mög­lich, als Prä­senz­ver­an­stal­tun­g durch­ge­führt. Die Selbsteinschreibung in den Moodle-Kurs ist ab Donnerstag, den 17.03.2022 bis zum 30.04.2022 möglich. PRÜ­FUNG: mündlich (30 min) + studienbegleitend, Anmeldung: FlexNow GOALS: The stu­dents are able to as­sess the sca­ling of phy­si­cal pro ­portant trans­du­cer con­cepts of non-elec­tri­cal and elec­tri­cal do­mains are pre­sen­ted, in­clu­ding both basic sen­so­ry and ac­to­ry trans­du­cers. By means of con­ti­nui­ty and ba­lan­ce equa­ti­ons it is shown, that many phy­si­cal do­mains can also be de­scri­bed as net­works. Three selec­ted trans­du­cers and their cor­re­spon­ding sys­te­ma­tic ap­proa­ches are ana­ly­sed in more de­tail: a di
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Prac­tical Sub­jects
  [142267] Research Project   —  Projekt
  Prof. Dr. rer. nat. Martin Hofmann
  • Score: 2.68  GOALS: Learn dif­fe­rent ex­pe­ri­men­tal tech­ni­ques Learn to pre­sent sci­en­ti­fic re­sults CON­TENT: The stu­dents work to­ge­ther in small groups. They re­cei­ve in­di­vi­du­al spe­ci­fic sci­en­ti­fic ex­pe­ri­men­tal tasks from one of the lec­tu­rers and work on it in the la­bo­ra­to­ry. Fi­nal­ly they pre­pa­re a short sci­en­ti­fic talk which may be sub­mit­ted and pre
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     XVII. Fakultät für Geowissenschaften   —  Institut für Geologie, Mineralogie und Geophysik, Studiengang "Geosciences M.Sc."
  [177102] Induced seismicity seminar   —  Seminar
  Prof. Dr. Rebecca Harrington
  • Score: 2.68  of topics below.AssessmentOral topic presentation and leading of one discussion topic (50%), general discussion participation (50%).Lecture Topics (tentative)Topic 1: Overview of induced earthquakesTopic 2: Faults and fluid flowTopic 3: Influence of lithology on induced earthquakesTopic 4: Statistical properties of induced earthquakesTopic 5: Earthquakes induced by reservoir impoundmentTopic 6
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     XVII. Fakultät für Geowissenschaften   —  Institut für Geologie, Mineralogie und Geophysik, Studiengang "Geosciences M.Sc."
  [177053] Rock physics   —  Vorlesung mit Übung
  Prof. Dr. Jörg Renner
  • Score: 2.68  and limits of empirical and theoretical concepts for the description of heterogeneous media. Please, attend an (online) organizational meeting on Monday April 4th, 2022, at 10 am. One of the purposes of the meeting is to settle the course format (weekly lectures vs. block course) and the dates. Furthermore, I will introduce the course subject and objectives.
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     XII. Fakultät für Bau- und Umweltingenieurwissenschaften   —  Studiengang Master Computational Engineering, Compulsory Optional Courses
  [128047] Objektorientierte Modellierung und Programmierung der Finite-Elemente-Methode / Objekt-oriented Modelling and Implementation of Structural Analysis Software (MSc-BI-W39 und MSc-CE-WP10)   —  Seminar
  Prof. Dr. techn. Günther Meschke
  • Score: 2.66  to gain insights into both topics – object-oriented programming and finite element theory – students implement an object-oriented finite element program for the analysis of spatial truss structures. This combination of the theory of numerical methods with object-oriented programming provides an inspiring basis for the successful study of computational engineering. In the lecture, the fundamentals . In order to gain insights into both topics – object-oriented programming and finite element theory – students implement an object-oriented finite element program for the analysis of spatial truss structures. This combination of the theory of numerical methods with object-oriented programming provides an inspiring basis for the successful study of computational engineering. In the lecture
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, Li­nea­re Op­ti­mie­rung
  [141219] Lineare Optimierung   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Aydin Sezgin
  • Score: 2.62  ­sungs­be­stim­mung. Der An­wen­dungs­fo­kus der Vor­le­sung ist in der Netz­werk-Pl­an­nung wie In­ter­fe­renz-Ma­nage­ment, Fre­quenz- und Nutzer­zu­wei­sun­gen, Po­si­tio­nie­rung von Ba­sis­sta­tio­nen sowie Rou­ting. Ein­lei­tung und Über­blick Mo­ti­va­ti­on, For­mu­lie­rung von li­nea­ren Pro­ble­men, Va­ri­an­ten, Bei­spie­le, stück­wei­se li­nea­re Ziel­funk­tio­nen Gra­phi­sche Dar­stel­lung und ­lua­ti­on SoSe 2015 MIS­CEL­LA­NEOUS: Re­gis­ter to the lec­tu­res via https://​moodle.​ruhr-uni-bo­chum.​de/​ Ad­di­tio­nal li­te­ra­tu­re: • Berst­si­mas, D., Tsit­si­ki­lis, J. N., “In­tro­duc­tion to li­ne­ar op­ti­miza­t­i­on”, Athena Sci­en­ti­fic, 1997 • Ha­ma­cher, H. W., Klam­roth, K., “Li­nea­re Op­ti­mie­rung und Netz­wer­k­op­ti­mie­rung”, 2. Auf­la­ge, View­eg Ver­lag, 2006 Script for lec­tu­re
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     XVII. Fakultät für Geowissenschaften   —  Geographisches Institut, Gestufter Studiengang Geographie (Abschluss: M.Sc.), Wahlmodule
  [170096] Microeconomics of Competitiveness: Firms, Clusters and Economic Development   —  Seminar
  Prof. Dr. Matthias Kiese, Simon Rohde
  • Score: 2.55  's or region's productivity. Course Contents and Structure The course has been designed not only for students at Harvard but as a platform that can be taught at universities throughout the world. The course platform consists of case studies and other written materials plus an extensive library of video content that can be used in class including lectures by Prof. Porter for all sessions and videotapes will typically include case discussions in small and large groups, audio-visual inputs featuring Prof. Porter and case protagonists, as well as a brief lecture input introducing the key theoretical concept illustrated by the case. As coursework, groups of up to four students prepare a case study analysing the competitiveness of a cluster of their own choice. The best paper will be submitted for a competition
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     VIII. Fakultät für Sozialwissenschaft   —  Master of Education, Mastermodul Zentrale Inhalts- und Problemfelder des sozialwissenschaftlichen Unterrichts
  [080392] S Capitalism, intersectional inequalities, and social movements (IT, Teil I; FW, Teil III)   —  Seminar
  Christoph Sorg, Prof. Dr. Sabrina Zajak
  • Score: 2.55  29.04, 11-1pm (online), 12.05, 11-5pm (offline), 13.05, 11-5pm (offline), Unspecified date: online lectures (see below), 23.06, 11-5pm (offline), 24.06, 11-5pm (offline), 22.07, 11-1pm (online, final presentations) Critical theories of capitalism have (re-)gained popularity since the North Atlantic Financial Crisis. The collapse of the financial sector and the subsequent global recession ) For the „Modulprüfung“: oral exal 29.04, 11-1pm (online), 12.05, 11-5pm (offline), 13.05, 11-5pm (offline), Unspecified date: online lectures (see below), 23.06, 11-5pm (offline), 24.06, 11-5pm (offline), 22.07, 11-1pm (online, final presentations) Fraser, Nancy 2014: Behind Marx's Hidden Abode. For an Expanded Conception of Capitalism. In: New Left Review, Heft 86, 55–72. Hetland, Gabriel/Goodwin, Jeff 2013
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     XX. Medizinische Fakultät   —  Veranstaltungen für Studierende anderer Fakultäten, Veranstaltungen für Studierende der natur- und ingenieurwissenschaftlichen Fakultäten, Kurse und Praktika
  [202620] Master-Praktikum Biomedizinische Messtechnik   —  Praktikum
  Priv.-Doz. Dr. Martin Hexamer
  • Score: 2.52  ­ces­sing. The ex­pe­ri­ence of phy­sio­lo­gi­cal ba­sics on the own body. CON­TENT: The prac­tical cour­se deepens the lec­tu­re Bio­me­di­cal Sys­tems I in 4 ex­pe­ri­men­tal blocks. Me­a­su­re­ment of Bio­po­ten­ti­als: Dif­fe­ren­ti­al am­pli­fier, in­stru­men­ta­ti­on am­pli­fier, iso­la­ti­on, fil­te­ring, re­gis­tra­ti­on of ECG, EMG and EEG on the own body. Spi­ro­me­try and re­spi­ra­to­ry gas ­lab/Si­mu­link-ba­sed au­to­ma­tic blood pres­su­re me­a­su­re­ment sys­tem ac­cor­ding to Ri­va-Roc­ci-Ko­rot­koff has to be de­ve­lo­ped. The per­for­mance will be com­pa­red with that of a com­mer­ci­al de­vice in some harm­less pro­vo­ca­ti­on tests (Schel­long test, Valsal­va ma­no­eu­vre, phy­si­cal work). Si­gnal pro­ces­sing with Mat­lab/Si­mu­link using the ECG as an ex­amp­le: de­ter­mi­na­ti­on of heart
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     V. Fakultät für Philologie   —  Anglistik / Amerikastudien, M.Ed.-Studium, Fachwissenschaftliches Modul, Übungen
  [050708] Shakespeare’s Intertextual Afterlives: Critical Perspectives   —  Seminar
  Uwe Klawitter, Prof. Dr. Roland Weidle
  • Score: 2.35  This class is particularly recommended to the Master students taking part in the lecture “Shakespeare’s Intertextual Afterlives: Concepts and Case Studies”, but it is also open to all students who wish to know more about how 20th and 21st-century novelists, playwrights, poets and film-makers use Shakespearean plays to express their own concerns. The class offers an opportunity for a deeper
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     VI. Juristische Fakultät   —  Rechtswissenschaftliche Fremdsprachenlehrveranstaltungen (§ 7 Abs. 1 Ziff. 3 JAG NRW vom 11.03.2003)
  [060306] U.S. Intellectual Property Law   —  Kurs
  Dr. Judit Beke-Martos
  • Score: 2.35  , but also how and when to enforce those rights against an infringer. The course will reference current United States laws, cases, as well as rules and procedures enforced by the U.S. Patent and Trademark Office and U.S. Copyright Office. Some participation is expected during the lectures. Dozent:Herr Benjamin M. Hanrahan, Esq.; ab 3. Semester, Zoom Video Course, montags 14-16 Uhr, erster Termin 11. April
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Pflichtbereich, Pra­xis­mo­dul 1
  [142222] MATLAB-Praktikum   —  Praktikum
  Prof. Dr.-Ing. Dorothea Kolossa, Prof. Dr.-Ing. Aydin Sezgin
  • Score: 2.31  ­ces­sing. CON­TENT: In each la­bo­ra­to­ry ses­si­on dif­fe­rent fea­ture of Mat­lab pro­gramming will be di­s­cus­sed. The con­tent of the la­bo­ra­to­ry is given as fol­lows: Ge­ne­ra­ting vec­tors, ma­tri­ces and their re­la­ted ope­ra­ti­ons Me­mo­ry and time ef­fi­ci­ent pro­gramming Input and out­put data, gra­phi­cal il­lus­tra­ti­on of one-di­men­sio­nal si­gnals Im­ple­men­ta­ti­on of di ­gi­tal fil­ter, cal­cu­la­ting the fre­quen­cy re­s­pon­se, spec­tral ana­ly­sis Im­ple­men­ta­ti­on of sim­ple gra­phi­cal user in­ter­face (GUI) Si­gnal pro­ces­sing tool­box and DSP sys­tem tool­box Ap­p­li­ca­ti­ons of cell array De­bug­ging a Mat­lab pro­gramm The pro­gramming me­thods are pre­sen­ted with the aid of fol­lowing ap­p­li­ca­ti­ons in do­mains com­mu­ni­ca­ti­ons tech ­le. https://​moodle.​ruhr-uni-bo­chum.​de/​m/​course/​view.​php?​id=38441 In total, there are 12 ses­si­ons. Six ses­si­ons are of­fe­red by the chair for DCS and the other 6 ses­si­ons are of­fe­red by the re­se­arch groups of KS. Mo­re­over, two ses­si­ons (one for the chair DCS and one for the re­se­arch group KS) are pl­an­ned as al­ter­na­ti­ve ses­si­ons. We re­com­mend ta­king the lec­tu­re Sys­tem­theo­rie 1 in par­al­lel. Beginn: 05.04.2022
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     VI. Juristische Fakultät   —  Rechtswissenschaftliche Fremdsprachenlehrveranstaltungen (§ 7 Abs. 1 Ziff. 3 JAG NRW vom 11.03.2003)
  [060301] U.S. Constitutional Law II: Fundamental Rights   —  Kurs
  Dr. Judit Beke-Martos
  • Score: 2.26  to privacy, the right to bear arms, freedom of religion, the death penalty as well as same-sex marriage. This course is a core course for the Certificate Program of the Legal Faculty. The course is though a lecture, some participation is expected. Required reading: Unit III of Einführung in die Anglo-Amerikanische Rechtssprache (Band I, 3. Auflage) Introduction to Anglo-American Law & Language
• 
     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Wahlpflichtmodule
  [211028] Komplexitätstheorie   —  Vorlesung mit Übung
  Prof. Dr. Thomas Zeume
  • Score: 2.26  are distinct is considered one of the most significantopen questions in theoretical computer science, and even mathematics. However, P and NP are only two examples of complexity classes. Other classes arise in the study of required space, efficient parallelizability of problems,and solvability by randomized algorithms, among others.The lecture aims at giving a broad overview of the basic concepts and results
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     Zentrale wissenschaftliche Einrichtungen   —  Religionswissenschaft, Vorlesungen
  [210002] Religion in der Moderne: Moderne Religionsgeschichte Vorderasiens und Europas   —  Vorlesung mit Übung
  Dr. Maren Freudenberg, Dr. phil. Jens Schlamelcher
  • Score: 2.17  . Modernity as Structure   c. ‘Postmodernity’ 2. Religious Transformations in the Modern Period (Regional Case Studies)   a. Central Europe (Germany)   b. The Middle East   c. North America (USA) 3. Religion and Modernity – Concepts and Themes   a. Secularization, Individualization and Pluralization   b. Approaches to the Religion and Economy Nexus   c. Spirituality vs. Fundamentalism The lecture
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     III. Fakultät für Philosophie und Erziehungswissenschaft   —  Philosophie, Bachelor of Arts, BA WM a
  [030031] Logik Texte - Zur Geschichte der modernen Logik   —  Seminar
  Jun.Prof. Dr. Hitoshi Omori, Dr. Daniel Skurt
  • Score: 2.17  of selected texts and thereby approach its instrumental significance for the modern sciences, including philosophy.The seminar is aimed at students who have already made their first experiences in the field of logic with the lecture “Grundzüge der Logik” and is held bilingually in German and English. NF Math.+NW Karel Berka, Lothar Kreiser. Logik-Texte - Kommentierte Auswahl zur Geschichte der modernen
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     Zentrale wissenschaftliche Einrichtungen   —  Religionswissenschaft, Seminare
  [210026] East Asian Religions and the birth of the "World Religions"   —  Seminar
  Dr. phil. Licia Di Giacinto
  • Score: 2.17  with the Columbian Exposition of 1893. 2 Bände. Chicago: The Parliament Publishing Company, 1893. Masuzawa, Tomoko (2005): The Invention of World Religions. Or how European Universalism Was Preserved in the Language of Pluralism. Chicago Ill. u.a.: Univ. of Chicago Press. Tiele, C. P. Elements of the Science of Religion. Gifford Lectures. Edinburgh: William Blackwood, 1897-99.
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     VI. Juristische Fakultät   —  Rechtswissenschaftliche Fremdsprachenlehrveranstaltungen (§ 7 Abs. 1 Ziff. 3 JAG NRW vom 11.03.2003)
  [060300] Introduction to American Law   —  Kurs
  Dr. Judit Beke-Martos
  • Score: 2.09  decisis, sources of law in the United States, the U.S. court system (both state and federal), the jury system, parties to a lawsuit, basics of the adversary system of trial, pleadings and motions, pretrial discovery, the trial process, case briefs and citations. This course is a core course in the Certificate Program of the Legal Faculty. The course is though a lecture, some participation
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Laser Ma­te­ri­als Pro­ces­sing
  [139960] Laser materials processing   —  Vorlesung
  Prof. Dr.-Ing. Andreas Ostendorf
  • Score: 2.09  ­view about laser sa­fe­ty and an in­tro­duc­tion in laser ap­p­li­ca­ti­ons in me­di­cal en­gi­nee­ring. EXAM: oral (30 min), registration: in the exam office Date ac­cor­ding to prior agree­ment with lec­tu­rer. Schaaf, Peter "Laser Pro­ces­sing of Ma­te­ri­als - Fun­da­men­tals, Ap­p­li­ca­ti­ons and De­ve­lop­ments", Sprin­ger, 2010 Iff­län­der, Rein­hard "So­lid-Sta­te La­sers for Ma
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     VIII. Fakultät für Sozialwissenschaft   —  2-Fächer Master: Studienfach Sozialwissenschaft, Studienrichtung Sozialtheorie und Kulturpsychologie, Mastermodul Kulturpsychologie, Kultur- und Sozialtheorie
  [080413] S - Hegemony: Between Marx and Freud (KPKS, Teil I / II; IK, Teil I / II)   —  Seminar
  Dr. Anup Dhar, Sandra Plontke, Bent Schiemann
  • Score: 2.09  : Studiennachweis: regelmäßige Teilnahme, Referat (auch Gruppenreferat) mit Handout sowie zwei Kurzkritiken zu beliebigen Themen in beliebigen Sitzungen; Modulprüfung: regelmäßige Teilnahme, Referat (auch Gruppenreferat) mit Handout oder zwei Kurzkritiken zu beliebigen Themen in beliebigen Sitzungen und Ausarbeitung einer Hausarbeit (ca. 20 Seiten) Lecturer: Dr. Anup Dhar 3 Blocktermine, N.N. Basic Texts
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Technischer Wahlbereich, MAT­LAB-Prak­ti­kum 2
  [142223] MATLAB-Praktikum 2   —  Praktikum
  Dr.-Ing. Stefanie Dencks, Prof. Dr.-Ing. Georg Schmitz
  • Score: 2.02  ­pe­ri­ence in im­ple­men­ting fi­ni­te dif­fe­rence si­mu­la­ti­ons and using par­al­lel pro­gramming and in­te­gra­ti­on of ex­ter­nal func­tions (for ex­amp­le, in C++) to ac­ce­le­ra­te cal­cu­la­ti­ons. The stu­dents are able to work to­ge­ther in small teams and to pre­sent their re­sults in tech­ni­cal re­ports (also gra­phi­cal­ly). CON­TENT: The stu­dents are in­tro­du­ced to the pro­gramming of fi ­ni­te dif­fe­rence si­mu­la­ti­ons and the use of par­al­lel pro­gramming tech­ni­ques as well as the use of ex­ter­nal func­tions from MAT­LAB on the basis of 2 tasks (si­mu­la­ti­on of a sim­ple ul­tra­so­nic wave pro­pa­ga­ti­on, image pro­ces­sing and ste­ga­no­gra­phy). The main con­tents are: Do­cu­men­ta­ti­on of pro­gram code and re­sults Esti­ma­ti­on of re­qui­red ca­pa­ci­ties Use
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Wahl­pflichtbereich, Praxismodul 3
  [144012] Praxisprojekt und Projektbericht   —  Praktikum
  Hochschullehrende der Fakultät ET/IT
  • Score: 1.92  ­dus­tri­el­len Be­din­gun­gen Pro­jek­tie­rung, Fer­ti­gungs­vor­be­rei­tung, Do­ku­men­ta­ti­on, Test Fer­ti­gung von Bau­ele­men­ten, Lei­ter­kar­ten, Schalt­krei­sen Mon­ta­ge von Ge­rä­ten und An­la­gen In­stal­la­ti­on und In­be­trieb­nah­me von Ge­rä­ten, Ma­schi­nen und An­la­gen – Qua­li­täts­si­che­rung, Fer­ti­gungs­kon­trol­le, Zu­ver­läs­sig­keits­ana­ly­se Ver­trieb, Mar­ke­ting, kauf
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2013), Wahlpflicht Module Elektronik, Elek­tro­ni­sche Ma­te­ria­li­en
  [141381] Elektronische Materialien   —  Vorlesung mit Übung
  Dr.-Ing. Claudia Bock
  • Score: 1.84  ­schluss der Grund­la­gen­be­trach­tung bil­det eine ver­tief­te Dis­kus­si­on der phy­si­ka­li­schen Me­cha­nis­men für den Strom­trans­port in Halb­lei­tern. Zwei wei­te­re wich­ti­ge Ma­te­ria­li­en der Elek­tro­nik sind die­lek­tri­sche und ma­gne­ti­sche Werk­stof­fe. Für beide wer­den die Feld- und Ma­te­ri­al­glei­chun­gen vor­ge­stellt, die Po­la­ri­sa­ti­ons­me­cha­nis­men dis­ku­tiert und schließ ­s­cus­sion of phy­si­cal me­cha­nis­ms of elec­tric trans­port in se­mi­con­duc­tors. Two fur­ther im­portant elec­tro­nic ma­te­ri­als are dielec­tric and ma­gne­tic ma­te­ri­als. For both types field and ma­te­ri­al equa­ti­ons are in­tro­du­ced, the po­la­riza­t­i­on types are di­s­cus­sed and fi­nal­ly the im­portant fa­mi­ly of both fer­ro­elec­tric and pie­zo-elec­tric as well as dia­ma­gne­tic, pa
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Hochfrequente Sensoren und Systeme, Wahlpflichtbereich, Wahl­pflicht­fä­cher HSS
  [141062] Analoge Schaltungstechnik   —  Vorlesung mit Übung
  M. Sc. Robin Kaesbach, Prof. Dr.-Ing. Thomas Musch
  • Score: 1.82  ­dents re­fined their cir­cuit syn­the­sis skills. CON­TENT: The lec­tu­re gives in­sight to the fol­lowing fields: Cir­cuit bia­sing Dif­fe­ren­ti­al am­pli­fier Oscil­la­tors - Fre­quen­cy dou­blers Phase Lock Loops (PLL) Di­rect di­gi­tal syn­the­si­zer (DDS) MIS­CEL­LA­NEOUS: Beginn: 12.04.2022
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Energiesystemtechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher EST
  [141089] Intelligente Netze   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Michael Laskowski
  • Score: 1.74  ­nec­tion with the en­er­gy tran­si­ti­on. At the end of the lec­tu­re, they will be able to de­scri­be the basic struc­tu­res of "in­tel­li­gent net­works" and to apply en­er­gy-re­la­ted and ICT-re­le­vant as­pects. CON­TENT: The lec­tu­re "In­tel­li­gent Net­works" deals with the ef­fects of the en­er­gy tran­si­ti­on on the di­stri­bu­ti­on net­work. Es­pe­ci­al­ly the di­stri­bu­ti­on net­work is cur . These in­clu­de so­lu­ti­ons in de­mand and sup­p­ly side ma­nage­ment, as well as in the de­ve­lop­ment of tel­e­com­mu­ni­ca­ti­ons in­fra­struc­tu­res, which enable a stron­ger in­ter­ac­tion of all re­sour­ces and net­work areas than ever be­fo­re. The lec­tu­re "Smart Grids" deals with the fol­lowing to­pics: Legal fo­un­da­ti­ons of the Ger­man en­er­gy in­dus­try Or­ga­niza­t­i­on and fields
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry mo­du­les LAP, Laser Tech­no­lo­gy
  [138950] Laser technology   —  Vorlesung
  Prof. Dr. rer. nat. Evgeny Gurevich
  • Score: 1.71  ­fe­rent laser sour­ces will be pre­sen­ted sub­di­vi­ded into so­lid-sta­te la­sers, gas la­sers, li­quid dye la­sers and se­mi­con­duc­tor la­sers. Fi­nal­ly, non-li­ne­ar op­tics is ex­plained in order to ge­ne­ra­te new wa­ve­lengths. EXAM: oral (30 min), registration: FlexNow Date ac­cor­ding to prior agree­ment with lec­tu­rer. Silfvast, Wil­liam "Laser Fun­da­men­tals", Cam­bridge Uni
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     XV. Fakultät für Mathematik   —  Lehrveranstaltungen im Mathematikstudium, Vorlesungen in den Studiengängen des Bachelor of Science in Mathematik (B.Sc.), Bachelor of Arts (B.A.), Master of Science in Mathematik (M.Sc.), Master of Education (M.Ed.)
  [150260] Hochdimensionale Numerik und Diskrepanz   —  Vorlesung
  Jun.-Prof. Dr. Markus Weimar
  • Score: 1.71  statt. Nähere Informationen finden sich im Moodle-Kurs der Veranstaltung. Chen, W., Srivastav, A. und Travaglini, G.: A Panorama of Discrepancy Theory. Lecture Notes in Mathematics 2107. Springer, Cham, 2014. Dick, J. und Pillichshammer, F.: Digital Nets and Sequences - Discrepancy Theory and Quasi-Monte Carlo Integration. Cambridge University Press, Cambridge, 2010. Kuipers, L. und Niederreiter
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     I. Evangelisch-Theologische Fakultät   —  Magister Theologiae (PO 2011 und 2022), Basismodul Religionswissenschaft/Interkulturelle Theologie
  [010625] Seminar: Lived religions in plural cities (Blockseminar - online)   —  Blockseminar
  Prof. Dr. theol Claudia Jahnel, Daniel Jara Jhayya
  • Score: 1.71  The Blockseminar is organized in the framework of the UNIC alliance of Post-Industrial European cities by the joint work of RUB and the University of Deusto in Spain. It will count with the participation of students from all over Europe and guest-lecturers from around the world. The Blockseminar aims to challenge the notion of post-modern cities as secular or post-religious spaces and points
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Medizintechnik, Wahlpflichtbereich, Mas­ter-Se­mi­nar MT
  [143220] Master-Seminar Medizintechnik   —  Seminar
  Dr.-Ing. Stefanie Dencks, Prof. Dr.-Ing. Georg Schmitz
  • Score: 1.71  study areas. The to­pics of­fe­red are pre­pa­red by the stu­dents, wor­ked out in wri­ting and pre­sen­ted in lec­tu­res. The lec­tu­res will be di­s­cus­sed with re­gard to con­tent and pre­sen­ta­ti­on. MIS­CEL­LA­NEOUS: Re­gis­tra­ti­on is car­ried out via the E-Le­arning Por­tal Mood­le of the Ruhr-Uni­ver­si­tät Bo­chum. You will receive further information in the preliminary meeting on 11
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2013), Wahlpflicht Module Elektronik, Rech­ner­ge­stütz­te Schal­tungs­ana­ly­se
  [141376] Rechnergestützte Schaltungsanalyse   —  Vorlesung mit Übung
  Prof. Dr. rer. nat. Ralf Peter Brinkmann, Dr.-Ing. Dennis Krüger, Dr.-Ing. Pierre Mayr
  • Score: 1.71  using the ex­amp­le of SPICE and Ma­the­ma­ti­ca. They both got to know si­mu­la­tors and un­der­stand how to apply them. Prac­tical ex­er­ci­ses are selec­ted with a view to the con­tents of the study of elec­tri­cal en­gi­nee­ring and in­for­ma­ti­on tech­no­lo­gy. Both parts are di­vi­ded into lec­tu­res in the lec­tu­re hall HID and ex­er­ci­ses at the CIP pool of the De­part­ment of Elec
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Lasers and Photonics (PO 2015), man­d­ato­ry elec­tive mo­du­les LAP, Prac­tical Sub­jects
  [141422] Laser Colloquium   —  Kolloquium
  Michelle Reiche, Prof. Dr. Clara Saraceno
  • Score: 1.62  ­CEL­LA­NEOUS: The sche­du­le of the col­lo­qui­um can be found here: https://etit.ruhr-uni-bochum.de/puls/forschung/laser-kolloquium/  The Mood­le to enrol can be found here: https://moodle.ruhr-uni-bochum.de/course/view.php?id=45694#  EXAM: seminar, registration: directly with the lecturer Beginn: 08.04.2022
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2013), Elektronik, Wahlpflicht Module, Master-Praktikum EL
  [142379] Master-Projekt Humanitäre Technologie   —  Projekt
  Dr.-Ing. Christoph Baer
  • Score: 1.62  real ap­p­li­ca­ti­on after com­ple­ti­on. MIS­CEL­LA­NEOUS: Plea­se con­tact the lec­tu­rer for fur­ther in­for­ma­ti­on. Vorbesprechung am 20.04.2022 ab 16:30 Uhr Bitte melden Sie sich beim Dozenten wenn sie am Projekt im SoSe22 teilnehmen möchten
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Medizintechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher MT
  [141005] Künstliche Intelligenz für Ingenieure   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Jan Lunze
  • Score: 1.53  prin­ci­ples of know­ledge re­pre­sen­ta­ti­on and the sym­bo­lic in­for­ma­ti­on pro­ces­sing, with ap­p­li­ca­ti­on ex­am­ples from the field of au­to­ma­ti­on tech­no­lo­gy, in par­ti­cu­lar se­arch me­thods in di­rec­ted graphs, ru­le-ba­sed sys­tems, de­sign and func­tion of lo­gic-ba­sed sys­tems, fault dia­gno­sis ap­p­li­ca­ti­ons. MIS­CEL­LA­NEOUS: Fur­ther in­for­ma­ti­on on the lec­tu­re
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     VIII. Fakultät für Sozialwissenschaft   —  1-Fach Master: Studienprogramm Globalisierung, Transnationalisierung und Governance, Mastermodul Internationalisierung und Transnationalisierung
  [080611] S Corruption, Data and the Sustainable Development Goals (IT, Teil II) (Summer School)   —  Blockseminar
  Prof. Dr. Dennis Dijkzeul, Birgit Frey
  • Score: 1.53  areas. Voraussetzungen für Studiennachweise / Modulprüfungen: Preparation/Lecture: 30 h, Summer School: 50 h, Research and Project: 40 h (Erstellung einer Roadmap) + Präsentation im Plenum und fachspezifische schriftliche Ausarbeitung Je nach fachlicher Voraussetzung wird die Summer School wie folgt kreditiert: 3 ECTS for active participation + presentation 6 ECTS for active participation
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     Zentrale wissenschaftliche Einrichtungen   —  Religionswissenschaft, Seminare
  [210041] Kreuzzüge: Heiliger Krieg – Kulturbegegnung – Migration   —  Vorlesung / Seminar
  Prof. Dr. Dr. Christoph Auffarth
  • Score: 1.45  online and partly asynchronously. The main language of teaching is German, some materials can be provided in English. If you are interested in English materials, please contact the lecturer. Participation in the meetings is possible in both languages. Die beste Einführung ist die von Nikolas Jaspert: Die Kreuzzüge. (Geschichte Kompakt) Darmstadt ²2004; 72020. Englisch The crusades. (Trans. Phyllis G
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Pflichtmodule
  [211011] Systemsicherheit   —  Vorlesung mit Übung
  Prof. Dr. Ghassan Karame
  • Score: 1.45  about basic protection mechanisms for modern OSs, software, and hardware systems. Students will also develop the ability to reason about the security of a given protocol and independently develop appropriate security defenses and security models. Form of examination Written exam (120 min), registraion over FlexNow Form of Teaching Lecture with exercises. An integral part of this course
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher KT
  [141122] Antennen für die Mobil- und Satellitenkommunikation   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Matthias Geissler
  • Score: 1.45  ­ten­nas for user ter­mi­nals, one should not only con­s­i­der the gain and the an­ten­na ef­fi­ci­en­cy, but also the elec­tri­cal ef­fects of the phone chas­sis, as well as the in­flu­ence of the user’s pre­sence have to be in­clu­ded into the de­sign. Be­si­des, elec­tro­nic be­am­for­ming an­ten­nas come more and more into the focus. This lec­tu­re starts with an­ten­na ba­sics, pro­vi­des an over ­ten­nas, re­flec­tor an­ten­nas Ap­p­li­ca­ti­on spe­ci­fic de­signs for mo­bi­le pho­nes, for cars, for pla­nes and for ships Stee­ra­ble An­ten­nas, elec­tro­nic be­am­for­ming, pha­sed ar­rays Be­si­des, the lec­tu­re also com­pri­ses an in­ter­ac­tive 3D field si­mu­la­ti­on ses­si­on for an­ten­na de­sign as well as an ex­cur­si­on to an ex­ter­nal an­ten­na lab & de­sign fa­ci­li­ty. Beginn
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Automatisierungstechnik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum AT
  [142001] Master-Praktikum Automatisierungstechnik   —  Praktikum
  Prof. Dr.-Ing. Jan Lunze, Dr.-Ing. Christian Wölfel
  • Score: 1.38  ­blems. Mo­re­over, they have re­cei­ved key qua­li­fi­ca­ti­ons by car­ry­ing out ex­pe­ri­ments in team-ba­sed group work.  CONTENT: The prac­tical cour­se deepe­ned the con­tents of the lec­tu­re 'au­to­ma­tic con­trol' and pro­vi­des op­por­tu­nities for ap­p­li­ca­ti­on of mo­dern di­gi­tal au­to­ma­ti­on de­vices. The prac­tical cour­se com­pri­ses the fol­lowing ex­pe­ri­ments: Robotic gripper
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     XXI. Fakultät für Informatik   —  Studiengänge IT-Sicherheit, M.Sc. IT-Sicherheit / Netze und Systeme, Veranstaltungen Master PO 2020, Wahlpflichtmodule
  [211015] Programmanalyse   —  Vorlesung mit Übung
  Prof. Dr. Kevin Borgolte
  • Score: 1.32  ­grams Ana­ly­sis of con­trol and data flow Sym­bo­lic exe­cu­ti­on Taint tra­cking Bi­na­ry In­stru­men­ta­ti­on Pro­gram sli­cing Over­view of exis­ting ana­ly­sis tools In the first part of the cour­se, an in­tro­duc­tion to x86/x64 as­sem­bler is given and the basic tech­ni­ques of re­ver­se en­gi­nee­ring are pre­sen­ted. The lec­tu­res are ac­com­pa­nied by ex­er­ci­ses, in which the pre
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Medizintechnik, Wahlpflichtbereich, Mas­ter-Se­mi­nar MT
  [143163] Master-Seminar Sprach- und Mustererkennung   —  Seminar
  Prof. Dr.-Ing. Dorothea Kolossa
  • Score: 1.32  ­tail and pre­sen­ted by the par­ti­ci­pants. Throug­hout the cour­se of a se­mes­ter, the stu­dents pre­pa­re a half-hour lec­tu­re on a cur­rent jour­nal or con­fe­rence ar­ti­cle and pre­sent it in the se­mi­nar. Pos­si­ble to­pics in­clu­de, for ex­amp­le, ro­bust and au­dio­vi­su­al speech re­co­gni­ti­on, EEG ana­ly­sis and mul­ti­modal bio­me­trics. CON­TENT: The se­mi­nar not only teaches tech
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum EL
  [142301] Master Praktikum fortgeschrittener Layout-Entwurf integrierter Schaltungen   —  Praktikum
  Prof. Dr.-Ing. Jürgen Oehm
  • Score: 1.32  ­der­stan­ding of the de­sign flow as well as the crea­ti­on of more com­plex lay­out-de­signs is given in a cur­rent CMOS tech­no­lo­gy using a pro­fes­sio­nal IC de­sign soft­ware. CON­TENT: In this la­bo­ra­to­ry, a more com­plex cir­cuit, known from the lec­tu­re „In­te­gra­ti­ons­ge­rech­te BiC­MOS-Schal­tun­gen“, is de­ve­lo­ped and lay­ou­ted. With the help of these cir­cuits the full de­sign flow is prac
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Energiesystemtechnik, Pflichtbereich
  [141088] Geregelte leistungselektronische Stellglieder   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Volker Staudt
  • Score: 1.26  ­tra­ry de­man­ds – is con­struc­ted. CON­TENT: This lec­tu­re fo­cu­ses self-com­mu­ta­ted con­ver­ters and their ap­p­li­ca­ti­on to the con­trol of elec­tric power. As a basis an over­view of ty­pi­cal to­po­lo­gies of self-com­mu­ta­ted con­ver­ters is give. The as­so­cia­ted power-elec­tro­nic ele­ment and their pro­per­ties are in­tro­du­ced. Swit­ching los­ses and their re­duc­tion are di ­p­li­ca­ti­ons. Re­le­vant con­cepts and their re­spec­tive pro­per­ties are di­s­cus­sed. Con­trol, spe­ci­al­ly cur­rent con­trol , clo­ses the lec­tu­re. In the con­text of con­trol the swit­ching of power elec­tro­nics and its ef­fect on the con­trol chain is di­s­cus­sed . Spe­cial con­trol struc­tu­res which in­cor­po­ra­te this swit­ching be­ha­viour di­rect­ly are pre­sen­ted. MIS­CEL­LA­NEOUS: Beginn
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher KT
  [141128] Systeme und Schaltungen der Mobilkommunikation   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Michael Vogt
  • Score: 1.21  ­works, and al­most un­li­mi­ted com­mu­ni­ca­ti­on ca­pa­bi­li­ties are al­re­a­dy part of our ever­y­day life. In the frame­work of this lec­tu­re, the un­der­ly­ing tech­ni­ques and con­cepts for elec­tro­nic cir­cuits, high fre­quen­cy com­po­n­ents, as well as sys­tem theo­re­ti­cal as­pects of mo­bi­le com­mu­ni­ca­ti­ons sys­tems are pre­sen­ted and di­s­cus­sed. Over­view: - In­tro­duc­tion into mo
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Elektronik, Wahlpflichtbereich, Wahl­pflicht­fä­cher EL
  [141302] Integrationsgerechte BiCMOS-Schaltungen   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Jürgen Oehm
  • Score: 1.15  ­cuit con­cepts which are com­po­sed by dis­cre­te ele­ments can­not be one-to-one trans­fer­red into con­cepts which are sui­ta­ble for in­te­gra­ti­on, ty­pi­cal­ly. Ac­cor­dingly, as part of the lec­tu­re the most com­mon ap­proa­ches in order to in­te­gra­te ana­log/di­gi­tal core func­tio­na­li­ties into a BiC­MOS tech­no­lo­gy are in­tro­du­ced. The lec­tu­re ac­com­pa­ny­ing in­ter­ac­tive CAD com
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Automatisierungstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher AT
  [141013] Vernetzte Regelungssysteme   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Jan Lunze
  • Score: 1.11  ­sign me­thods of the com­mu­ni­ca­ti­on struc­tu­re Event-ba­sed con­trol The ex­er­ci­ses will be held in the CIP pool by using MAT­LAB. The con­tent of the cour­se in­clu­des the hand­ling of pro­ject tasks, whe­re­by the sub­mis­si­on of the pro­ject re­sults is a com­pul­so­ry con­di­ti­on for the ad­mis­si­on to the exam.  MIS­CEL­LA­NEOUS: Fur­ther in­for­ma­ti­on on the lec­tu­re
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Plasmatechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher PT
  [141131] Systeme der Hochfrequenztechnik   —  Vorlesung mit Übung
  Heike Mollenhauer, Prof. Dr.-Ing. Ilona Rolfes
  • Score: 1.11  ­po­n­ents and cir­cuits. They are able to hand­le me­thods for the ana­ly­sis and the de­sign of high-fre­quen­cy sys­tems. Ex­am­ples in the fields of com­mu­ni­ca­ti­on, radar, me­a­su­re­ment and sen­sor tech­ni­ques as well as me­di­ci­ne are known. con­tent Con­tent of the Lec­tu­re: Pas­si­ve and ac­tive high-fre­quen­cy com­po­n­ents and cir­cuits Pro­pa­ga­ti­on of elec­tro­ma­gne­tic waves Ge
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Anwendungsmodule
  [141044] Grundlagen der automatischen Spracherkennung - AUSFALL SoSe 2022   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Dorothea Kolossa
  • Score: 1.03  ­tems. They can im­ple­ment the core al­go­rith­ms of au­to­ma­tic speech re­co­gni­ti­on and they un­der­stand the prin­ci­ple of ope­ra­ti­on of sta­te-of-the art small- and lar­ge-voca­bu­la­ry re­co­gni­zers. CON­TENT: The lec­tu­re teaches fo­un­da­ti­ons and ap­p­li­ca­ti­on of ma­chi­ne speech re­co­gni­ti­on in that form, in which they are being used in cur­rent sys­tems for con­ti­n­uous speech re
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Automatisierungstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher AT
  [140005] Lehrveranstaltungen an der TU Dortmund   —  Vorlesung mit Übung
  
  • Score: 0.92  ­li­nea­re Sys­te­me und ad­ap­ti­ve Re­ge­lung - Ber­tram Nicht­li­nea­re Sys­te­me: Sta­ti­sche Nicht­li­nea­ri­tä­ten, Kenn­li­ni­en­glie­der, nicht­li­nea­re Re­ge­lungs­struk­tu­ren, Be­schrei­bungs­funk­ti­on, Ru­hel­a­gen, Bi­fur­ka­tio­nen Sta­bi­li­tät: Lja­pu­now-Sta­bi­li­tät, Kreis­kri­te­ri­um, Po­pow-Kri­te­ri­um Re­ge­lung nicht­li­nea­rer Sys­te­me: Ein
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher KT
  [141168] Embedded Multimedia   —  Vorlesung mit Übung
  Dr.-Ing. Wolfgang Theimer
  • Score: 0.90  mul­ti­me­dia com­mu­ni­ca­ti­on pro­blem in a pro­ject team. CON­TENT: The cour­se teaches the ba­sics for car­ry­ing out de­ve­lop­ment work in the field of em­bed­ded sys­tems and fo­cu­ses on mul­ti­me­dia tech­no­lo­gies. At the be­gin­ning of the lec­tu­re a short in­tro­duc­tion into the de­ve­lop­ment pro­ces­ses such as sys­tem en­gi­nee­ring, soft­ware de­ve­lop­ment and test pro
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Energiesystemtechnik, Pflichtbereich
  [141400] Mechatronische Antriebssysteme   —  Vorlesung mit Übung
  M. Sc. Florian Bendrat, Dr.-Ing. Matthias Krüger, Prof. Dr.-Ing. Constantinos Sourkounis
  • Score: 0.90  wird in der ersten Lehrveranstaltung bekannt gegeben. PRÜ­FUNG: mündlich (30 min), Anmeldung: FlexNow Prüfungstermine und Anmeldehinweise GOALS: The stu­dents will be able to ma­the­ma­ti­cal­ly model com­plex drive sys­tems con­s­i­de­ring the in­ter­ac­tions of the sub­sys­tems. They will ma­na­ge to de­sign and un­der­stand hig­her-le­vel con­trol ap­proa­ches. CON­TENT: In the lec­tu­re
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Kommunikationstechnik, Wahlpflichtbereich, Wahl­pflicht­fä­cher KT
  [141210] Lineare zeitvariante Systeme: Methoden und Anwendungen   —  Vorlesung mit Übung
  Priv. Doz. Dr.-Ing. Karlheinz Ochs
  • Score: 0.85  ­me-va­ri­ant, they are dif­fi­cult to mas­ter. This issue is ad­dres­sed by the lec­tu­re, where me­thods of ana­ly­sis, syn­the­sis, and de­sign of ti­me-va­ry­ing li­ne­ar sys­tems are taught. The sys­tems are cha­rac­te­ri­zed by trans­fer func­tions and im­pul­se re­s­pon­ses, which are time- or fre­quen­cy-va­ri­ant. Es­pe­ci­al­ly, the ti­me-va­ri­ant trans­fer func­tion is used to in­ves­ti­ga­te the ro
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Pflichtbereich, Elek­tro­nik 2
  [141066] Elektronik 2 - Schaltungen   —  Vorlesung mit Übung
  Prof. Dr.-Ing. Thomas Musch, Dr.-Ing. Gordon Notzon
  • Score: 0.85  ­tro­nic pro­blems and syn­the­si­ze elec­tro­nic cir­cuits. CON­TENT: The lec­tu­re 'Elec­tro­nics 2 - Cir­cuits' pro­vi­des the ba­sics of cir­cui­try with elec­tro­nic com­po­n­ents. Based on the pro­per­ties of both dis­cre­te pas­si­ve and ac­tive elec­tro­nic com­po­n­ents, for the in­crea­sed com­ple­xi­ty of elec­tro­nic cir­cuits the trans­mis­si­on be­ha­vi­or is de­ter­mined ana
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2013), Wahlpflicht Module Elektronik, Ba­che­lor-Prak­ti­kum En­er­gie­tech­nik
  [142080] Bachelor-Praktikum Energietechnik   —  Praktikum
  Prof. Dr.-Ing. Constantinos Sourkounis
  • Score: 0.76  ­dents learn to col­la­bo­ra­te ef­fec­tive­ly and how to use this abi­li­ty for their fu­ture work life. CON­TENT: The most im­portant elec­tri­cal equip­ment ex­plained in the lec­tu­re “Fun­da­men­tals of Elec­tric En­gi­nee­ring III” is ex­amined by the stu­dents in per­son du­ring the lab “Ba­sics of Elec­tri­cal Power En­gi­nee­ring”. A total of six ex­pe­ri­ments is avail­able: i.e. sh­unt-wound DC
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Master-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Energiesystemtechnik, Wahlpflichtbereich, Mas­ter-Prak­ti­kum EST
  [142083] Master-Praktikum Regenerative Elektrische Energietechnik   —  Praktikum
  Prof. Dr.-Ing. Constantinos Sourkounis
  • Score: 0.68  , Details sind im Moodle-Kurs angegeben. PRÜ­FUNG: Praktikum GOALS: The stu­dents ex­pand and ex­tend their know­ledge in the area of re­ne­wa­ble en­er­gy sys­tems. They learn how to apply theo­ry, as known from se­ver­al lec­tu­res, to re­ne­wa­ble en­er­gy sour­ces. They be­co­me able to con­fi­gu­re, ana­ly­ze and op­ti­mi­ze re­ne­wa­ble en­er­gy sys­tems and as­so­cia­ted basic power elec
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     XXI. Fakultät für Informatik   —  Studiengänge Angewandte Informatik, M.Sc. Angewandte Informatik, Veranstaltungen Master PO 2020, Anwendungsmodule
  [141220] Bildverarbeitung in der Medizin   —  Vorlesung mit Übung
  Dr.-Ing. Stefanie Dencks
  • Score: 0.57  ­for­ma­ti­on is pro­vi­ded in the first lec­tu­re. Beginn: 08.04.2022 Leh­mann, Tho­mas, Ober­schelp, Wal­ter, Pe­li­kan, Erich "Bild­ver­ar­bei­tung für die Me­di­zin", Sprin­ger, 1997 Cam­pi­si, Pa­tri­zio, Egia­za­ri­an, Karen "Blind Image De­con­vo­lu­ti­on. Theo­ry and Ap­p­li­ca­ti­ons", CRC Press, 2007 Fi­scher, Max, Ha­be­rä­cker, Peter, Nischwitz, Al­fred "Com­pu­ter­gra­fik und Bild
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     XIV. Fakultät für Elektrotechnik und Informationstechnik   —  Bachelor-Studiengang Elektrotechnik und Informationstechnik (PO 2020), Pflichtbereich, Sys­tem­theo­rie 3
  [141224] Systemtheorie 3 - Stochastische Signale   —  Vorlesung mit Übung
  Dr.-Ing. Stefanie Dencks, Prof. Dr.-Ing. Georg Schmitz
  • Score: 0.49  ­ri­odo­gram, pa­ra­me­ter esti­ma­ti­on for li­ne­ar pro­ces­ses MIS­CEL­LA­NEOUS: Re­gis­tra­ti­on is car­ried out via the E-Le­arning Por­tal Mood­le of the Ruhr-Uni­ver­si­tät Bo­chum. The re­qui­red in­for­ma­ti­on is pro­vi­ded in the first lec­tu­re. Beginn: 05.04.2022 Kay, Ste­ven M. "Fun­da­men­tals of Sta­tis­ti­cal Si­gnal Pro­ces­sing, Vo­lu­me I: Esti­ma­ti­on Theo­ry", Pren­ti­ce Hall