Studienhandbuch | Medical- and Bioelectronics

Inhalt

Es ist eine neuere Version 2019W dieses Fachs/Moduls im Curriculum Master's programme Electronics and Information Technology 2021W vorhanden.

Workload	Mode of examination	Education level	Study areas	Responsible person	Coordinating university
0-32,5 ECTS	Structure	M2 - Master's programme 2. year	^(*)Informationselektronik	Werner Baumgartner	Johannes Kepler University Linz

Detailed information
Original study plan	Master's programme Electronics and Information Technology 2016W
Objectives	Students understand and can apply advanced theory and methods for Medical- and Bioelectronics. Preparation for the master's thesis.
Subject	The content of teaching results from the content of the individual courses.
Further information	If the elective "Medical- and Bioelectronics" is chosen as main elective, students must successfully complete the course "Biology for Engineers" if this course has not yet been successfully completed in a previous bachelor program.

Subordinated subjects, modules and lectures
Subject Subject for the master's exam: Medical- and Bioelectronics
UE Machine Learning: Supervised Techniques
VL Machine Learning: Supervised Techniques
UE Machine Learning: Unsupervised Techniques
VL Machine Learning: Unsupervised Techniques
KV Special Topics on Bioinformatics (Biology/Chemistry/Physics/Mathematics)
KV Special Topics on Bioinformatics (Computer Science)
VL Bioanalytics II
VL Bioanalytics I
VL Biological signalling II
VL Biological signalling I
PR High Precision Measurement Techniques
VL High Precision Measurement Techniques
KV Selected Topics in Medical- and Bioelectronics
PR Digital Image Processing
VL Biological Control Loops Lab
VL Digital Image Processing
VL Introduction to Medical Law
VL Optical Sensors for Biomedical Applications
PR Practical training biomimetics
PR Practical training medical technology
VL Radiology: imaging methods and their applications
VL Physics of Soft Matter
SE Seminar in physics of soft materials