Biomedical Engineering Medical Faculty Mannheim, Heidelberg University

Transcription

1 International Master of Science in Biomedical Engineering Joint Degree University of and Shanghai Jiao Tong University The contents of the program cover all aspects of the innovative field of computational bio-photonics, i.e. all aspects of the diagnostic and therapeutic use of photons in medicine supported by advanced computing. The students are in Mannheim/ during Year I. Year II gives two options. Option 1 is to carry out the 3 rd and 4 th semester (elective taught modules or Master thesis, respectively) in Shanghai. Option 2 is to only perform the 3 rd semester (elective taught modules) in Shanghai and complete the Master Thesis in Mannheim/. To receive a joint degree diploma, students have to be at least half a year in different countries/ institutions. General Timetable: 1 st Semester 2 nd Semester 3 rd Semester 4 th Semester Taught Modules/ Workshops: Taught Modules/ Labs/ Seminars: Taught Modules/ Labs/ Seminars: - Basic modules - Lab rotations - Specialized Lab Project - Mandatory modules - Seminars - General Science Skills - Elective modules - Lectures + Exercises - Elective Modules - Workshops - Workshops - Computational Medical Physics - Computational Medical Physics - Computational Medical Physics - Neurosciences / Biomedical Optics - Computer Engineering - Computational Medical Physics Master Thesis (30 ECT) - Neurosciences / Biomedical Optics - Computer Engineering University, Germany University, Germany University, Germany Shanghai Jiao Tong University, Shanghai, China University, Germany Shanghai Jiao Tong University, Shanghai, China Modules Overview:

2 1 st Semester Winter Term ) Basic modules (7.5 ECTS) 1.1 Biophysics (1.0) 1.2 Engineering Mathematics (3.5) 1.3 Genetics (1.0) 1.4 Basic Medical Science (2.0) Advanced modules (4.0 ECTS) 2.1 Radiation Protection (1) 2.2 Radiation Physics and Instrumentation (3) Advanced modules (0.0 ECTS) Mandatory modules (13.5 ECTS) Mandatory modules (9.5 ECTS) Mandatory modules (6.5 ECTS) Dosimetry/Quality Assurance (4.5) Elective modules ( ECTS)* Elective modules ( ECTS)* Elective modules ( ECTS)* 3.1a Medical Devices and Imaging Systems (4.0) Dosimetry/ Quality Assurance (4.5) 2.1 Radiation Protection (1.0) 2.2 Radiation Physics and Instrumentation (3.0) 3.15 Computational Medical Physics and Bioinformatics (1.0) Workshops ( ECTS)* Workshops ( ECTS)* Workshops ( ECTS)* 4.1 Basic Cellular Biology/Radiobiology (1.0) 4.10 Eye Clinics (1.0) 4.2 MR-Radiology (1)4.9Adaptive Optics Lab (1.0) 4.11 Nanoscopy Lab (2.0) 4.3 Radiation Protection and Quality Assurance (1.0) 4.12 Matlab Programming Exercise (4.0) 4.4 Diagnostic Radiology/Image Management (1.0) 4.13 C++ Introductory Course (4.0) 3.24 Computational Medical Physics Lab (8.0) 4.13 C++ Introductory Course (4.0) *number of ECTS are minimum/maximum allowed values. All modules which are in each respective specialization not listed as mandatory modules can be chosen as elective modules.

3 2 sd Semester Summer Term ) Mandatory modules (24.0 ECTS) Mandatory modules (24.0 ECTS) Mandatory modules (30.0 ECTS) 3.20 Radiation Therapy Lab: Quality Assurance & Treatment Planning (8.0) 3.21 Imaging Lab: MR Technology (8.0) 3.22 Nuclear Medicine Lab: PET Experiments & Data Analysis (8.0) 3.16 Scientific Programming in Physics and Engineering + Exercises (4.0) 3.18 Volume Visualization + Exercises (8.0) 3.19 Inverse Problems + Exercises (8.0) 3.17 Simulators in Games and Medicine + Exercises (8.0) 3.31 Seminar Computational Medical Physics (2.0) Elective modules ( ECTS)* Elective modules ( ECTS)* No Elective modules 3.1a Medical Devices and Imaging Systems (4.0) 3.15 Computational Medical Physics and Bioinformatics (1.0) 3.16 Scientific Programming in Physics and Engineering + Exercises (4.0) 3.17 Simulators in Games and Medicine + Exercises (8.0) 3.18 Scientific Visualization + Exercises (8.0) 3.19 Inverse Problems + Exercises (8.0) 3.24 Computational Medical Physics Lab (8.0) 3.25 Radiobiology Lab: Cell Biology & Modelling (8.0) 3.26 Seminar Radiation Therapy (2.0) 3.27 Seminar Nuclear Medicine (2.0) 3.28 Seminar Radiobiology (2.0) 3.31 Seminar Computational Medical Physics (2.0) *number of ECTS are minimum/maximum allowed values. All modules which are in each respective specialization not listed as mandatory modules can be chosen as elective modules.

4 3 rd Semester Winter Term ) Mandatory modules (19.0 ECTS) 6.6 General Science Skills (3.0) 8.1 Specialized Lab Project (16.0) Elective modules ( ECTS)* Elective modules ( ECTS)* Mandatory modules (4.0 ECTS) 3.1a Medical Devices and Imaging Systems (4.0) Dosimetry/ Quality Assurance (4.5) 3.13 Novel Diagnostic Methods in Opthalmology (1.0) 4.12 Matlab Programming Exercise (4.0) Elective modules ( ECTS)* 2.1 Radiation Protection (1.0) 2.2 Radiation Physics and Instrumentation (3.0) Workshops ( ECTS)* Workshops ( ECTS)* Workshops ( ECTS)* 4.1 Basic Cellular Biology/Radiobiology (1.0) 4.2 MR-Radiology (1.0) 4.3 Radiation Protection and Quality Assurance (1.0) 4.4 Diagnostic Radiology/Image Management (1.0) 4.10 Eye Clinics (1.0) 4.11 Nanoscopy Lab (2.0) 4.12 Matlab Programming Exercise: Preparation for Master Thesis (4.0) 4.13 C++ Introductory Course (4.0) 4.2 MR-Radiology (1.0) 4.11 Nanoscopy Lab (2.0) *number of ECTS are minimum/maximum allowed values. All modules which are in each respective specialization not listed as mandatory modules can be chosen as elective modules.

5 3 rd Semester (Shanghai) Neurosciences Imaging/ Biomedical Optics Computer Engineering Elective modules (max. 30 ECTS) Elective modules (max. 30 ECTS) Elective modules (max. 30 ECTS) Nanotechnology (3.0) BioMEMS (3.0) Biomaterials (3.0) Neurobiology (3.0) Structure & Function of Biomacromolecules (4.5) Theoretical Neurosciences (4.5) Experiments of modern lab animal science (1.5) Bioheat & Mass Transfer (4.5) Neuroinformatics (3.0) Physical therapy technology (4.5) Biomedical ultrasound (4.5) Medical imaging (3.75) New Technology in Medical Imaging (3.0) Biomedical Sensors (4.5) Laser medicine & biophotonics (3.0) Frontier problems of optics (4.5) Non-linear optics of optical fibers (4.5) Modern optics (4.5) Optoelectronics (3.0) Semiconductor devices (3.0) Processing of optical information (3.0) Principle & technology of laser (4.5) Non-linear optics (4.5) Engineering optics (4.5) Application of Computers in Life Sciences (3.0) Signal processing (4.5) Digital signal processing (3.0) Bioinfomatics (3.0) 3D image processing & volume visualization (3.0) Adaptive filtration (3.0) Biomedical image processing (4.5) TMS320 digital signal processor (3.75) Random signal processing (4.5) Opt. estimation theory & system identification (4.5) Computer graphics (4.5) Wireless communication & sensor networks (3.0) Mobile & wireless networking (4.5) 4 th Semester Summer Term or Shanghai) Mandatory modules (30.0 ECTS) 5.0 Master Thesis (30.0)