• Implications of MPG (Medizinproduktegesetz) on circuit design

• Electronics for medical diagnostics and therapy

• Circuit design of standard medical equipment ECG, EEG, EMG, SpO2

• Circuit technology for vital sensors

• Circuit technology for impedance spectroscopy

• Circuit technology for impedance tomography

• Circuit technology for microwave/mm-wave spectroscopic sensors

• Electronic Systems for AAL (Ambient Assisted Living)

• Electronic Systems including MEMS (Micro ElectroMechanical Systems) components

• Circuit technology around MEMS "Lab-on-chip”

• Circuit technology for implants

• Electronic circuits around „Smart Textiles"

• Body near energy harvesting
  

Goals:

• Substantial knowledge on principles for the circuit design of medical electronic devices

• Ability to analyze circuit diagrams of medical electronic devices

• Ability to separate medical electronic devices into its subfunctions

• Ability to analyze energy budget of medical sensors and circuits with body near electronics

• Basic ability to design electronic circuits to comply with obligations by MPG

• Substantial knowledge on circuit design for standard medical devices e.g., ECG, EEG

• Substantial knowledge on circuit technology for impedance spectroscopy and tomography (EIT)

• Substantial knowledge on circuit design rules for micro/mmwave medical sensors

• Substantial knowledge on circuits including microelectromechanical systems (MEMS) components