1212 /mhj biomedical engineering technische universiteit eindhoven in collaboration with...
Post on 18-Dec-2015
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12
/mhj
BioMedical Engineering
Technische Universiteit Eindhoven
in collaboration with Universiteit Maastricht
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The first and only 5-year BME programme in Europe leading to a Master degree, starting from the freshman
year
start: 1997
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Teaching
methods Courses Design Centred Learning (DCL)
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1997 1998 1999 2000 2001 2002intake 72* 86* 94expectedintake
100 100 100
expectednumber ofgraduates
50
* enrolment restriction
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Teaching
methods Courses Design Centred Learning (DCL)
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Year 1 P CoursesDCL: case studies
PropeadeuticYear 2 PP1 Courses
DCL: case studiesYear 3 PP2 Courses
DCL projects skillslabs
Bachelor’sYear 4 PP3 Elective courses
DCL: multidisciplinar projects traineeships
Year 5 Final project
Master’s
Structure of the programme
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Programme first year Autumn:Courses Calculus Mechanics Chemistry Biological Systems
DCL:
4 Case Studies
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Programme first year Winter:Courses Linear Algebra Dynamical Systems Biochemistry Measurements on Biological Systems
DCL:
4 Case Studies
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Programme first year Spring:Courses Multivariate Analysis Fundamentals of Transport Processes Control Theory Materials Science
DCL:
4 Case Studies
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Programme second year Autumn:Courses Statistics Informatics and Visualisation Continuum Mechanics The Living Cell
DCL:
4 Case Studies
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Programme second year Winter:Courses Optics Dynamics Thermodynamics Mechanical Properties of Biological Tissues
DCL: 4
Case Studies
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Programme second year Spring:Courses Control Systems Electromagnetism Energy Metabolism Fluid Mechanics and Diffusion
DCL:
4 Case Studies
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Programme third year Autumn:Courses Numerical Analysis of Continuous Systems Molecular Engineering Signal Theory Homeostasis
DCL: 2 Projects
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Programme third year Winter:4 out of 5 Courses Data Modelling and Processing Biomolecular Engineering Molecular Simulations Bioelectricity Imaging
DCL: 2 Projects
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Programme third year Spring:Skillslabs Characterization of Mechanical Material
Properties Characterization of Chemical Material Properties Measurements in a Clinical/Biological
Environment Optical Measurement Methods Computer Simulations
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Programme fourth year Autumn:Courses 4 elective coursesDCL Multidisciplinary project
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Programme fourth year Winter:Courses 4 elective coursesDCL Internal traineeship
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Programme fourth year Spring:DCL External traineeship (abroad)
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Programme fifth year Autumn, winter and spring:DCL Final Project
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Fields of Research I. Tissue mechanics
Soft Tissue Mechanics Impact Mechanics Cardiovascular Mechanics Bone Mechanics Cell Mechanics
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Fields of Research II. Molecular Engineering
Biomaterials and Biochemistry Molecular Engineering Molecular Pharmacology Vascular Biology
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Fields of Research III. Functional Imaging
MR Imaging Clinical Imaging Vital Imaging Image Analyses
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Fields of Research IV. Metabolism
Energy Metabolism Skeletal Muscle Function
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Fields of Research V. Cardiovascular modelling
Heart Mechanics Cell Metabolism
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Fields of Research
VI. Bio-Computing
Large Scale Computing Biocontrol and Signal Analysis