Research Leadership
Head of the Nanoelectronics & Biosensing Lab Priority Professorship for Research in Nanomaterials and Biosensors (BMFTR) Funded through the FH-Personal programme by the Federal Ministry of Research, Technology and Space. Full Member, Integrated Miniaturised Systems (IMS) Research Focus Area of Kaiserslautern Uni
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
RESEARCH WITH IMPACT – Research in nanoelectronics, biosensors and biomedical diagnostics published in leading international journals and translated into technologies for healthcare and life sciences.
ESTABLISHED COLLABORATION NETWORK
------------------------------------------------------------------------------------------------
We collaborate with leading academic,
clinical and industrial partners worldwide.
Academic Partners Clinical Partners Industrial Partners International Collaborations
MODERN LABORATORIES, CUTTING-EDGE TECHNOLOGY – Our lab is equipped with state-of-the-art instrumentation for materials synthesis, device fabrication and advanced characterisation.
We are Spektrum!
We connect differently. We are a team of students from various disciplines who master their everyday (study) life with individual challenges due to their neurodivergence. Here you can be who you are, you don't have to mask anything or pretend. We are all different and that's a good thing! Our café is a safe space. We use the space
Interested in joining our team?
We are always looking for motivated students, doctoral researchers and postdoctoral scientists interested in biosensors, nanoelectronics and integrated biomedical systems.
alexey.tarasov@hs-kl.de
From concept to validation
Our integrated infrastructure enables the complete development cycle of next-generation biosensors – from microfabrication and surface engineering to biosensing, biological validation and data-driven analysis.
INNOVATIVE, CONNECTED, FUTURE-ORIENTED – Our projects transform advances in materials science, biosensor technologies and integrated sensing systems into solutions for healthcare, life sciences and biomedical engineering.
