Module Catalog Master Program Medical Engineering Study Field "Medical Image and Data Processing"

Transcription

1 Module Catalog Master Program Medical Engineering Study Field "Medical Image and Data Processing" Please note the Module Descriptions in UnivIS! Modul Group Modul Number Modules Modul Name (Name of Lecture) Abbr. SWS L+E+S+P Total Sum 1st Year 2nd Year WT WT Credit Modalities Department Lecturer / Responsible Person WT/ M 1 Medical Qualification Module L+E+S+P M 1.1 Clinical Applications of Optical Technologies and Associated OMED/CA o MED Prof. Dr. med. Michael Eichhorn Fundamentals of Anatomy 1 M 1.2 (VHB) M 1.3 (VHB) Epidemology / Public Health ,5 2, MED Prof. Dr. Katja Radon WT/ VHB Advanced Occupational Safety and Health ,5 2, MED Prof. Dr. med. Hans Drexler WT/ VHB M 1.4 Applications of nanotechnology in cardiovascular diseases HNO ,5 0 2,5 0 0 MED Prof. Dr. med. Christoph Alexiou, WT/ PD Dr. habil. med. Iwona Cicha M 1.5 Medizinische Biotechnology / Medical Biotechnology MBT w MED Prof. Dr. med. habil. Dr. rer. nat. Oliver Friedrich M 1.6 Medical physics in radiation therapy MSP , PfE MED Prof. Dr. Christoph Bert WT+ Praktikum 0 7,5 0 0 M 1.7 Medical physics in radiation therapy - lab only MSPL ,5 2, PfE MED Prof. Dr. Christoph Bert WT+ Praktikum M 1.8 Medical physics in radiation therapy - special topic only MSPS ,5 2,5 0 0 PfE MED Prof. Dr. Christoph Bert WT M 1.9 Applications of nanotechnology in cardiovascular diseases HNO ,5 0 2,5 0 0 MED Prof. Dr. med. Christoph Alexiou, WT/ PD Dr. habil. med. Iwona Cicha M 1.10 Jüngste Entwicklungen der medizinischen Systembiologie / AdvMedSys ,5 0 2,5 0 0 PfE MED Prof. Dr. Julio Vera-Gonzalez Advances in Medical Systems Biology 1 Obligatory, if appropriate skills not acquired in the Bachelor. Page 1 of 5 Last Update

2 M 2 Engineering Science Core Module L+E+S+P M 2.8 Computergraphik / Computer Graphics 3 DSV w EEI Prof. Dr.-Ing. Walter Kellermann WT M 2.9 Digitale Signalverarbeitung / Digital Signal Processing DSV w EEI Prof. Dr.-Ing. Walter Kellermann WT M 2.10 Pattern Recognition 1 PR o INF Prof. Dr.-Ing. Joachim Hornegger WT M 2.11 Pattern Analysis 1 PA o INF Prof. Dr.-Ing. Elmar Nöth M 2.12 Statistische Signalverarbeitung / Statistical Signal Processing ASIP w EEI Prof. Dr.-Ing. Walter Kellermann M 2.20 Informationstheorie / Information Theory IT s EEI Prof. Dr.-Ing. Ralf Müller WS: engl. Übung IT-EN SS: dt. M 2.21 Channel Coding ChCo w EEI Dr.-Ing. Clemens Stierstorfer M 2.23 Geometrische Modellierung / Geometric Modeling 3 Prof. Dr. Günther Greiner, GM o INF WT Prof. Dr.-Ing. Marc Stamminger, Dr. Roberto Grosso M 2.24 Applied Visualization AppVis o INF PD Dr.-Ing. Peter Hastreiter M 2.25 Transformationen in der Signalverarbeitung / Transformations in TSV ,5 0 2, o EEI Dr.-Ing. Jürgen Seiler Signal Processing M 2.27 Dependable Embedded Systems (currently not offered!) DES o INF Prof. Dr.-Ing. Michael Glaß WT M 2.28 Algorithms of Numerical Linear Algebra ANLA ,5 7, w INF Prof. Dr. Christoph Pflaum WT M 2.29 Functional Analysis for Engineers 2 FuncAnEng w INF Prof. Dr. Christoph Pflaum M 2.30 Optimierung für Ingenieure / Optimization for Engineers OptIngV w NAT apl. Prof. Martin Gugat, Dr. Johannes Hild 1 Obligatory, if appropriate skills not acquired in the Bachelor. 2 Very profound knowledge of mathematics required. 3 Yearly change between German and English. Page 2 of 5 Last Update

3 M 3 Medical Engineering Core Module L+E+S+P M 3.1 Visual Computing in Medicine VCMed ,5 2, o INF PD Dr.-Ing. Peter Hastreiter, WT+ PD Dr. Thomas Wittenberg M 3.2 Diagnostic Medical Image Processing DMIP o INF Prof. Dr.-Ing. habil. Andreas Maier WT M 3.3 Interventional Medical Image Processing IMIP o INF Prof. Dr.-Ing. habil. Andreas Maier M 3.4 Biomedizinische Signalanalyse / Biomedical Signal Analysis BioSig w INF Prof. Dr. Björn Eskofier WT M 3.5 Computer Architectures for Medical Applications CAMA o INF Prof. Dr.-Ing. Dietmar Fey, Prof. Dr. Gerhard Wellein M 3.7 Image and Video Compression IVC w EEI Prof. Dr.-Ing. André Kaup M 3.9 Wavelet-Transformationen in der Bildverarbeitung / Wavelet Transformations in Image Processing WTBV , , o INF apl. Prof. i. R. Volker Strehl WT (Theoretical or Practical) M 3.10 Geometry Processing GP o INF Dr. Roberto Grosso M 4 Enhanced Medical Engineering Competences L+E+S+P PfE M 4.1 Medical Device Law Innovation Technology WISO Prof. Dr. Kathrin M. Möslein WT M 4.2 Economics and Innovation Interdisciplinary Innovations in Medical Engineering ININMEN ,5 2, uca ZiMT Sultan Haider, Dipl.-Ing. Tobias Zobel WT/ Product Management OSS-PROD PfE INF Prof. Dr. Dirk Riehle, MBA Innovation & Leadership WISO Prof. Dr. Kathrin M. Möslein WT Internationales Projektmanagement / International Projekt Management IntPM o WISO Yörk Rössler WT Innovation Management in Emerging Markets o VHB Prof. Dr. Björn Ivens M Seminar Medical Engineering and Ethics, consisting of: 5 5 M 4.3 a Seminar Medizinethik / Seminar Medical Ethics MEDET ,5 0 2,5 0 uca ZiMT Dr. Jens Ried, Dr.-Ing. Kurt Höller, MBA WT/ M 4.3 b 4 Seminar Medical Engineering , ,5 0 ZiMT see Seminar Catalogue 4 Selection of 1 out of Catalogue 5 Obligatory Page 3 of 5 Last Update

4 M 5 Medical Engineering Consolidation Module L+E+S+P M 5.6 Software Test and Analysis (Software Verification and Validation) SWE-VV w INF Prof. Dr. Francesca Saglietti WT (not offered in WT 15/16!) M 5.9 Human Computer Interaction HCI w INF Prof. Dr. Björn Eskofier M 5.10 Convex Optimization in Communications and Signal Processing ConvOpt w EEI apl. Prof. Dr.-Ing. Wolfgang Gerstacker WT M 5.11 Image Processing in Optical Nanoscopy IPNano o INF PD Dr.-Ing. habil. Harald Köstler, Dr. Gerald Donnert M 5.12 Security in Embedded Hardware (not offered in 16!) SEH o INF Dr.-Ing. Daniel Ziener M 5.1 Optical Technologies in Life Science OIC/OTLS w WW Prof. Dr. med. habil. Dr. rer. nat. Oliver Friedrich WT M 5.2 Lasers in Healthcare Engineering LASHE , , w WW Ilya Alexeev, Ph.D. WT M 5.12 Integrated Production Systems (Lean Management) IPS o INF Prof. Dr.-Ing. Jörg Franke WT M 5.19 Knowledge Discovery in Databases KDD ,5 0 2, m INF Prof. Dr. Klaus Meyer-Wegener SS Page 4 of 5 Last Update

5 M 6 Medical Engineering Practice Competence L+E+S+P uca M 6.1 Academic Laboratory uca Dipl.-Ing. Tobias Zobel WT/ M 6.2 Research Laboratory uca Dr.-Ing. Kurt Höller, MBA WT/ M M 6.2 Alternative for M 6.1 and M 6.2: Flat-Panel CT Reconstruction ProjFCR uca Prof. Dr.-Ing. habil. Andreas Maier WT/ M 7 Softskills / Flexible Budget M 7.1 Softskills any graded lecture / course at the university M 8 Master's Thesis PfE M 8 Master's Thesis For M3 you can use max. 5 points from the module groups M2 to M3 of all branches of study. L Lecture PfE Portfolio Examination For M5 you can use max. 5 points from the module groups M2, M3 or M5 of all branches of study. E graded Course Achievement All lectures can be complemented by additional exercises and practical courses. S Seminar uca ungraded Course Achievement It is possible that in rare cases the exam type is changed. This information must be communicated to the students no later than two weeks after the semester start and must be documented in the module description. P Practical w written WT Winter Term o oral Summer Term (Virtual University Bavaria, BESCHLUSS Stuko Page 5 of 5 Last Update