Surfaces Interfaces and their Applications Machine Learning Bioelectronics and Biosensors Quantitative Flow Visualization Image Analysis and Computer Vision Energy Conversion and Transport in Biosystems
Project N Y Y N N Y
Project content - Medical image analysis Modelling:
1) a stretchable electronic device
2) action potential propagation in axon
- - 1) Modelling protein import into nucleus
2) Poster session
3) Evaluation of cellular forces from microscopy images
Done in team? - Y N - - Y (poster session)
N (other two)
Composition of final grade just exam exam, project can be counted as bonus exam, project can be counted as bonus just exam just exam 70% exam, 15% projects, 15% exercises
Exam type written (120 minutes) written (180 minutes) written (180 minutes) oral (30 minutes) oral (30 mintues) written (120 minutes)
Exercises 4-6 fairly simple problems, weekly 4-6 pen & paper problems, weekly 4-6 pen & paper problems, weekly weekly programming assignements 3 assignements (programing and theory) 5-6 fairly simple problems, weekly
Tutorials format indpendent exercises solving with profesor being around to help repetition of what was taught in the lecture this week presentation of 1) solutions from previous week and 2) exercises for current week, possible Q&A indpendent exercises solving with TA being around to help indpendent exercises solving with TA being around to help presentation of 1) solutions from previous week and 2) exercises for current week, possible Q&A
Average per-week time investment (as perceived) lecture = 2h
exercise = 1h
lecture = 3h
tutorial = 2h
exercise = 5h
project = 3h
lecture = 2h
tutorial = 2h
exercise = 4h
project = 1.5h
lecture = 2h
exercise = 2h
lecture = 3h
exercise = 1h
lecture = 2h
exercise = 2h
project = 1.5h