Academic year 2017/2018
BIONICS ENGINEERING Degree Program Profile
Course structure diagram w/credits
Available tracksTrack Biorobotics
Year 1 (2017/2018) | ||||
001MA | Applied brain science | 12 ECTS | ||
705II | Bioinspired computational methods | 12 ECTS | ||
709II | Biomechanics of human motion | 6 ECTS | ||
701II | Materials and instrumentation for bionics engineering | 12 ECTS | ||
765II | Statistical Signal Processing | 6 ECTS | ||
Group Free choice - Choice of 12 ECTS from: | ||||
428PP | Economic assessment of medical technologies and robotics for healthcare | 6 ECTS | ||
706II | Neuromorphic engineering | 6 ECTS | ||
708II | Principles of bionics engineering | 6 ECTS | ||
Year 2 (2018/2019) | ||||
1087Z | Final examination | 15 ECTS | ||
848II | Human and animal models in biorobotics | 6 ECTS | ||
1088Z | Lab Training | 3 ECTS | ||
698II | Prosthetics and rehabilitation robotics | 12 ECTS | ||
696II | Robotics for assisted living | 12 ECTS | ||
697II | Robotics for surgery and targeted therapy | 12 ECTS |
Track Neural Engineering
Year 1 (2017/2018) | ||||
001MA | Applied brain science | 12 ECTS | ||
705II | Bioinspired computational methods | 12 ECTS | ||
709II | Biomechanics of human motion | 6 ECTS | ||
701II | Materials and instrumentation for bionics engineering | 12 ECTS | ||
765II | Statistical Signal Processing | 6 ECTS | ||
Group Free choice - Choice of 12 ECTS from: | ||||
428PP | Economic assessment of medical technologies and robotics for healthcare | 6 ECTS | ||
706II | Neuromorphic engineering | 6 ECTS | ||
708II | Principles of bionics engineering | 6 ECTS | ||
Year 2 (2018/2019) | ||||
710II | Bionic senses | 6 ECTS | ||
1087Z | Final examination | 15 ECTS | ||
002MI | Integrative cerebral function and image processing | 12 ECTS | ||
1088Z | Lab Training | 3 ECTS | ||
700II | Neural prostheses | 12 ECTS | ||
702II | Social robotics and affective computing | 12 ECTS |