Limited until max. 4 years
Biel
Start immediately or by agreement
To start with, here are some of our strong points
An almost unbelievably large variety of themes and topics and a great mix of research and teaching.
Curiosity is what we want, oodles of it. Plus, lots of independence and autonomy.
Responsibility in hugely exciting projects for the future attracting attention beyond the professional world.
Easy exchanging of views and ideas, also across the divisional boundaries.
A great range of possibilities for personal and professional development.
What you'll be doing here
Develop and optimize modular microfluidic chips for diagnostic sensing
Design and test enrichment and immobilization microfluidic techniques (via simulation and experiments)
Integrate optical measurement capabilities for nano-sized analytes
Work on assay integration within a lab-on-chip platform for protein and extracellular vesicle detection
Contribute to point-of-care diagnostic solutions by automating processing of complex biological liquids
Collaborate with clinicians, engineers, and academic/industrial partners
Conduct post-analysis with comparative diagnostic equipment and high-resolution techniques (e.g., AFM)
What you'll bring with you
Master's degree in biomedical engineering or a related discipline
Hands-on experience in cleanroom microengineering and microfluidic fabrication
Experience with immunolabeling biological analytes
Knowledge in CAD design and FEM simulation tools (e.g., COMSOL, ANSYS) while experience of translating simulation into experimental results is advantageous
Knowledge of microscopy, optical systems, and image processing programming
Strong communication skills, proactive and collaborative mindset
Fluency in English (German or French is a plus)
I'll be your guide through the application procedure
Benedikt Oderbolz
HR-Berater
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For job-specific queries
Cédric Bessire
Lecturer
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