Curriculum Master Course in Computational Engineering, Branch 1 of Study (start in winter semester) Stand: 11.12.2007 (dh)



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Transcription:

Curriculum Master Course in Computational Engineering, Branch 1 of Study (start in winter semester) Stand: 11.12.2007 (dh) Mandatory modules Fach / Module Applied Mathematics I Introduction to Numerical Mathematics Einführung in die numerische Mathematik Analysis and Numerics of Partial Differential Equations Analysis und Numerik Partieller Differentialgleichungen Computational Methods I Finite Element Methods Finite Elemente Methoden Computational Electromagnetism and Thermodynamics Hands-on Introduction to Computational Electromagnetics Numerical Linear Algebra Numerische Lineare Algebra Coupled Problems Gekoppelte Probleme Software Concepts, Data Management, Visualization I Modelling and Simulation with Applications to the Life Sciences 1. Sem. 2. Sem. 3. Sem. 4. Sem. Language Sprache LP Examination / time Prüfung / Zeit Lecturer HS-Lehrer 4 2 0 E 9 Dr. Peters 4 2 0 E 9 Prof. Rossmann Dr. Frischmuth 2 1 0 E 3 K / 1h Prof. Pagel 2 2 0 E 6 Prof. van Rienen 0 2 0 E 3 M / 0,5h Prof. van Rienen 2 1 0 E 3 K / 1,5h Prof. van Rienen 2 0 0 E 3 K / 1h Prof. van Rienen 2 2 0 E 6 M / 0,5h oder Prof. Wolkenhauer

Selectable mandatory modules Fach / Module Applied Mathematics II Numerik gewöhnlicher Differentialgleichungen I Numerics of Differential Equations I Diskrete Mathematik Discrete Mathematics 1. Sem. 2. Sem. 3. Sem. 4. Sem. Language Sprache LP Examination / time Prüfung / Zeit Lecturer HS-Lehrer 4 2 0 D 9 Prof. Neymeyr, Dr. Arndt 3 1 0 D 6 K / 1,5h Prof. Engel Computational Methods II Project Seminar Computational Electromagnetism 0 0 2 E 3 Presentation Advances in Computational Electromagnetism 0 1 0 E 3 Presentation M / 1,5h Prof. van Rienen Prof. van Rienen Continuous and Hybrid Systems Modelling and 2 1 0 E 3 oder Prof. Uhrmacher Simulation Modellierung und Simulation kontinuierlicher und hybrider Systeme Bioinformatics Data Handling 2 2 0 E 6 M / 0,5h oder Prof. Wolkenhauer BioSystems Modelling and Simulation 2 2 0 E 6 oder Prof. Wolkenhauer Implementation of Optical Wave Propagation and 2 1 0 E 3 M / 0,5h Prof. Damaschke Light Scattering Theories Akustische Messtechnik 2 0 1 D 3 M / 0,5h Dr. Rennau Bericht LASER-Messtechnik 2 0 1 D 3 M / 0,5h Prof. Damaschke Integrated Circuit Design Interface-Elektronik und Bussysteme Interface Electronics and Bus Systems Programmierbare integrierte Schaltungen Programmable Integrated Circuits ASIC Design Methoden ASIC Design Methods Hochintegrierte Systeme 1 Integrated Systems 1 Hochintegrierte Systeme 2 Integrated Systems 2 1 1 0 D 3 K / 1h Prof. Beikirch 2 1 0 D 3 Project Dr. Kirchner 1 1 0 D 3 Bericht Prof. Beikirch 2 1 0 D 3 Prof. Timmermann 2 1 0 D 3 M / 0,5h Prof. Timmermann

Applied VLSI Design 0 1 2 D 3 Presentation Prof. Timmermann Labor VLSI 0 0 1 D 3 Testat MD certificate Information and Communication Theory, Signal Processing Image and Video Coding 2 0 0 D 3 M / 0,5h Prof. Müller 2 1 0 D 3 Prof. T. Weber MIMO-Mobilfunksysteme MIMO Wireless Communication Systems Channel Coding 2 1 0 E 3 M / 0,5h Prof. Kühn Applied Information Theory 2 1 0 E 3 M / 0,5h Prof. Kühn Microsystems Microsystems Mikrosysteme Microtechnology Mikrotechnologie 2 0 0 E 3 K / 1h Prof. Pagel 2 1 0 E 3 K / 1h Prof. Pagel Semiconductor Technology (s. Bemerkung 1) 1 1 0 1 1 0 E 6 K / 1h Prof. Pagel Halbleitertechnologie Rechnergestützter Baugruppenentwurf 1 0 1 D 3 Prof. Nowottnik Seminar on Microsystems Seminar Mikrosystemtechnik Automation and Control Technology Advanced Control Ausgewählte Kapitel der Regelungstechnik Maritime Regelsysteme Maritime Control Systems 0 0 1 E 3 Report, Presentation M /0,3h Prof. Pagel 2 1 0 E 3 Prof. Lampe 1 1 0 D 3 M / 0,5h AT Artifical Intelligence 2 2 0 E 3 M / 0,5h AT Medical Automation (siehe Bemerkung 2) 2 1 0 2 1 0 E 3 M / 0,5h AT Robotics (siehe Bemerkung 3) 1 1 0 1 1 0 E 3 M / 0,5h AT Simulation of electrical energy networks 1 1 0 E 3 K / 1,5h Prof. H. Weber Simulation von Elektroenergienetzwerken Design and Dimensioning of Electrical Drives 1 1 0 E 3 K / 1,5h Prof. H. Weber Software Concepts, Data Management II Einführung in die objektorientierte Programmierung Introduction in Object-Oriented Programming Projektorientierte Softwareentwicklung für Ingenieure Project Orientated Software Development for Engineers Systematische Softwareentwicklung Systematic Software Development Programming Graphical User Interfaces Programmieren grafischer Oberflächen 2 1 0 D 3 Prof. Pfüller 2 1 0 D 3 Prof. Pfüller 2 0 0 D 3 Prof. Pfüller 2 1 0 E 3 Presentation / 0,2h Prof. Salomon

Objektorientierte Softwaretechnik 2 1 1 D 6 M / 0,5h oder Prof. Forbrig Object Orientated Software Technology Soft Computing Methods 2 1 0 E 3 Prof. Salomon Autonomous Mobile Robots 2 1 0 D 3 Presentation / 0,2h Prof. Salomon Datenbanken I Databases I Visualization II Computergrafik Computergraphics Visualisierung abstrakter Daten Visualization of Abstract Data 3 1 0 D 6 M / 0,5h oder 3 1 0 D 6 M / 0,5h oder 2 1 0 D 3 oder Visualisierung von Volumen-und Strömungsdaten 2 1 0 D 3 oder Hard- and Software-Systems for Interactive Virtual 1 1 0 E 3 oder Environments Parallel and Distributed Computing Scalable Computing 2 1 1 E 6 M / 0,5h oder Masters Thesis E 30 Presentation Aus dem Wahlpflichtangebot sind Module im Umfang von mindestens 48 Leistungspunkten aus mindestens 2 Prüfungsfächern zu wählen. From the selectable mandatory courses you have to choose not less than 48 credit points out of at least 2 courses. V lecture; Ü exercise; L - laboratory course; K written examination; M oral examination Prof. Heuer Dr. Meyer Prof. Schumann Prof. Schumann Prof. Schumann Prof. Staadt Prof. Luksch Bemerkung 1: Das Modul Semiconductor Technology erstreckt sich über 2 Semester: Teil 1 findet je im Wintersemester statt, Teil 2 im Sommersemester, dafür werden insgesamt 6 LP vergeben. ( Semiconductor Technology part 1 is lectured in winter semester always, part 2 in summer semester. For both parts together 6 LP are given.) Bemerkung 2: Das Modul "Medical Automation" wird wahlweise im Wintersemester / Sommersemester angeboten. ("Medical Automation" will be lectured optionally during the winter or the summer semester) Bemerkung 3: Das Modul "Robotics" wird wahlweise im Wintersemester / Sommersemester angeboten. ("Robotics" will be lectured optionally during the winter or the summer semester)

Curriculum Master Course in Computational Engineering, Branch 2 of Study (start in summer semester) Stand: 11.12.2007 (dh) Mandatory modules Fach / Module Applied Mathematics I Introduction to Numerical Mathematics Einführung in die numerische Mathematik Analysis and Numerics of Partial Differential Equations Analysis und Numerik Partieller Differentialgleichungen Computational Methods I Finite Element Methods Finite Elemente Methoden Computational Electromagnetism and Thermodynamics Hands-on Introduction to Computational Electromagnetics Numerical Linear Algebra Numerische Lineare Algebra Coupled Problems Gekoppelte Probleme Software Concepts, Data Management, Visualization I Modelling and Simulation with Applications to the Life Sciences 1. Sem. 2. Sem. 3. Sem. 4. Sem. Language Sprache LP Examination / time Prüfung / Zeit Lecturer HS-Lehrer 4 2 0 E 9 Dr. Peters 4 2 0 E 9 Prof. Rossmann Dr. Frischmuth 2 1 0 E 3 K / 1h Prof. Pagel 2 2 0 E 6 Prof. van Rienen 0 2 0 E 3 M / 0,5h Prof. van Rienen 2 1 0 E 3 K / 1,5h Prof. van Rienen 2 0 0 E 3 K / 1h Prof. van Rienen 2 2 0 E 6 M / 0,5h oder Prof. Wolkenhauer

Selectable mandatory modules Fach / Module Applied Mathematics II Numerik gewöhnlicher Differentialgleichungen I Numerics of Differential Equations I Diskrete Mathematik Discrete Mathematics 1. Sem. 2. Sem. 3. Sem. 4. Sem. Language Sprache LP Examination / time Prüfung / Zeit Lecturer HS-Lehrer 4 2 0 D 9 Prof. Neymeyr, Dr. Arndt 3 1 0 D 6 K / 1,5h Prof. Engel Computational Methods II Project Seminar Computational Electromagnetism (s. Bemerkung 4) 0 0 2 0 0 2 E 3 Presentation Advances in Computational Electromagnetism 0 1 0 E 3 Presentation M / 1,5h Prof. van Rienen Prof. van Rienen Continuous and Hybrid Systems Modelling and 2 1 0 E 3 oder Prof. Uhrmacher Simulation Modellierung und Simulation kontinuierlicher und hybrider Systeme Bioinformatics Data Handling 2 2 0 2 2 0 E 6 M / 0,5h oder Prof. Wolkenhauer BioSystems Modelling and Simulation 2 2 0 2 2 0 E 6 oder Prof. Wolkenhauer Implementation of Optical Wave Propagation and 2 1 0 E 3 M / 0,5h Prof. Damaschke Light Scattering Theories Akustische Messtechnik 2 0 1 D 3 M / 0,5h Dr. Rennau Bericht LASER-Messtechnik 2 0 1 D 3 M / 0,5h Prof. Damaschke Integrated Circuit Design Interface-Elektronik und Bussysteme Interface Electronics and Bus Systems Programmierbare integrierte Schaltungen Programmable Integrated Circuits ASIC Design Methoden ASIC Design Methods Hochintegrierte Systeme 1 Integrated Systems 1 Hochintegrierte Systeme 2 Integrated Systems 2 1 1 0 D 3 K / 1h Prof. Beikirch 2 1 0 D 3 Project Dr. Kirchner 1 1 0 D 3 Bericht Prof. Beikirch 2 1 0 D 3 Prof. Timmermann 2 1 0 D 3 M / 0,5h Prof. Timmermann

Applied VLSI Design 0 1 2 D 3 Presentation Prof. Timmermann Labor VLSI 0 0 1 D 3 Testat MD certificate Information and Communication Theory, Signal Processing Image and Video Coding 2 0 0 D 3 M / 0,5h Prof. Müller 2 1 0 D 3 Prof. T. Weber MIMO-Mobilfunksysteme MIMO Wireless Communication Systems Channel Coding (s. Bemerkung 4) 2 1 0 2 1 0 E 3 M / 0,5h Prof. Kühn Applied Information Theory 2 1 0 E 3 M / 0,5h Prof. Kühn Microsystems Microsystems Mikrosysteme Microtechnology Mikrotechnologie 2 0 0 E 3 K / 1h Prof. Pagel 2 1 0 E 3 K / 1h Prof. Pagel Semiconductor Technology (s. Bemerkung 1) 1 1 0 1 1 0 E 6 K / 1h Prof. Pagel Halbleitertechnologie Rechnergestützter Baugruppenentwurf 1 0 1 1 0 1 D 3 Prof. Nowottnik Seminar on Microsystems Seminar Mikrosystemtechnik Automation and Control Technology Advanced Control Ausgewählte Kapitel der Regelungstechnik Maritime Regelsysteme Maritime Control Systems 0 0 1 E 3 Report, Presentation M /0,3h Prof. Pagel 2 1 0 E 3 Prof. Lampe 1 1 0 D 3 M / 0,5h AT Artifical Intelligence (s. Bemerkung 4) 2 2 0 2 2 0 E 3 M / 0,5h AT Medical Automation (siehe Bemerkung 2 und 4) 2 1 0 2 1 0 2 1 0 E 3 M / 0,5h AT Robotics (siehe Bemerkung 3 und 4) 1 1 0 1 1 0 1 1 0 E 3 M / 0,5h AT Simulation of electrical energy networks 1 1 0 E 3 K / 1,5h Prof. H. Weber Simulation von Elektroenergienetzwerken Design and Dimensioning of Electrical Drives 1 1 0 1 1 0 E 3 K / 1,5h Prof. H. Weber Software Concepts, Data Management II Einführung in die objektorientierte Programmierung Introduction in Object-Oriented Programming Projektorientierte Softwareentwicklung für Ingenieure (s. Bemerkung 4) Project Orientated Software Development for Engineers Systematische Softwareentwicklung (s. Bemerkung 4) Systematic Software Development Programming Graphical User Interfaces Programmieren grafischer Oberflächen 2 1 0 D 3 Prof. Pfüller 2 1 0 2 1 0 D 3 Prof. Pfüller 2 0 0 2 0 0 D 3 Prof. Pfüller 2 1 0 E 3 Presentation / 0,2h Prof. Salomon

Objektorientierte Softwaretechnik (s. Bemerkung 4) 2 1 1 2 1 1 D 6 M / 0,5h oder Prof. Forbrig Object Orientated Software Technology Soft Computing Methods (s. Bemerkung 4) 2 1 0 2 1 0 E 3 Prof. Salomon Autonomous Mobile Robots 2 1 0 D 3 Presentation / 0,2h Prof. Salomon Datenbanken I Databases I 3 1 0 D 6 M / 0,5h oder Prof. Heuer Dr. Meyer Visualization II Computergrafik 3 1 0 D 6 M / 0,5h oder Prof. Schumann Computergraphics Visualisierung abstrakter Daten (s. Bemerkung 4) 2 1 0 2 1 0 D 3 oder Prof. Schumann Visualization of Abstract Data Visualisierung von Volumen-und Strömungsdaten 2 1 0 D 3 oder Prof. Schumann 1 1 0 E 3 oder Hard- and Software-Systems for Interactive Virtual Environments Parallel and Distributed Computing Scalable Computing 2 1 1 E 6 M / 0,5h oder Masters Thesis E 30 Presentation Aus dem Wahlpflichtangebot sind Module im Umfang von mindestens 48 Leistungspunkten aus mindestens 2 Prüfungsfächern zu wählen. From the selectable mandatory courses you have to choose not less than 48 credit points out of at least 2 courses. V lecture; Ü exercise; L - laboratory course; K written examination; M oral examination Prof. Staadt Prof. Luksch Bemerkung 1: Das Modul Semiconductor Technology erstreckt sich über 2 Semester: Teil 1 findet je im Wintersemester statt, Teil 2 im Sommersemester, dafür werden insgesamt 6 LP vergeben. ( Semiconductor Technology part 1 is lectured in winter semester always, part 2 in summer semester. For both parts together 6 LP are given.) Bemerkung 2: Das Modul "Medical Automation" wird wahlweise im Wintersemester / Sommersemester angeboten. ("Medical Automation" will be lectured optionally during the winter or the summer semester) Bemerkung 3: Das Modul "Robotics" wird wahlweise im Wintersemester / Sommersemester angeboten. ("Robotics" will be lectured optionally during the winter or the summer semester) Bemerkung 4: Einige Module sind sowohl im 1. Semester als auch im 3. Semester gelistet. Sie können wahlweise im 1. Semester oder im 3. Semester belegt werden. (Some modules are listed in 1. semester and in 3. semester as well. They can be attended in the 1. semester or the 3. semester semester.)