PROGRAM LEADERSHIP
Chiptechnologies for Medicine and Microsystems (B.Sc.) Chiptechnologies for Medicine and Microsystems - Dual (B.Sc.)
TEACHING CONTRIBUTIONS
Bachelor
Applied Life Sciences (B.Sc.) Applied Life Sciences - Dual (B.Sc.)
Master
Applied Life Sciences (M.Sc.) Systems Engineerin
Subject:
Micro- and Nanotechnology
Lectures themes:
Introduction to Microsystems Technology Nanotechnology Manufacturing, structuring and characterisation of thin films Plasma processes in microtechnical pr
Contact
Subject:
Micro- and Nanotechnology
Lectures themes:
Introduction to Microsystems Technology Nanotechnology Manufacturing, structuring and characterisation of thin films Plasma processes in microte
Contact
Teaching
In Bachelor's study programmes (ALS, ALPHA, MBW, BBP)
Introduction to Neuroscience Cellular Electrophysiology Cell Biology Basic cell culture techniques Basics of Physiology and Medicine 1 and 2 Histology Pharmaceutical Biology Biotechnology
In Master study programmes ALS
Biopharmacy Membran-Biophysics
FROM FIRST SEMESTER TO INDEPENDENT RESEARCH – We combine scientific foundations, hands-on laboratory training and research-based learning to develop expertise, curiosity and confidence.
PROGRAM LEADERSHIP
Chiptechnologies for Medicine and Microsystems (B.Sc.) Chiptechnologies for Medicine and Microsystems - Dual (B.Sc.)
TEACHING CONTRIBUTIONS
Bachelor
Applied Life Sciences (B.Sc.) Applied Life Sciences - Dual (B.Sc.)
Master
Applied Life Sciences (M.Sc.) Systems Engineerin
What do the STEM Mentoring Days offer?
Insight into day-to-day student life Clarity on questions related to studying An overview of the course content The opportunity to get to know and try out new things Preparation for the “Hochschule” learning environment Exchange with students, professors, and assistants Individual consultations
