M.Sc. Micro- and Nanotechnologies
Specializing in MEMS design, bio-inspired acoustics, and neuromorphic engineering. Currently advancing research on contact resistance dynamics and circuit protection at TU Ilmenau.
I am an Electrical and Electronic Engineer with a strong drive to push boundaries in micro- and nanoelectronics. My core research centers on translating micro-scale physical dynamics into highly resilient dynamic systems, such as MEMS sensors, neuromorphic systems, and high-precision electrical contactors.
Currently operating as a Scientific Researcher and PhD student at TU Ilmenau, I research how contact resistance evolves in switching systems using dedicated model switch experiments.
Master of Science in Micro- & Nanotechnologies from TU Ilmenau (2023).
Collaborated on adaptive bio-inspired acoustics with Fraunhofer IDMT.
Designing adaptive sensors to improve operational acoustic sensitivity.
Exploring brain-inspired electronic systems and architecture.
Investigating circuit protection systems under variable electrical contact states.
Conducted comprehensive finite element method simulations to model the electro-thermo-mechanical behaviors of MEMS cantilevers, verifying and optimizing their parametric excitation performance.
Developed model order reduction algorithms targeting discrete-time descriptor systems. Achieved significant computational runtime savings while maintaining model accuracy.
Designed and built a wearable telemetry device incorporating GPS, GSM, gyroscopes, and heart-rate sensors to automatically broadcast health crisis alerts.
TU Ilmenau Repository / Current Research Journal
49th Jahrestagung für Akustik (DAGA). ISBN: 978-3-939296-21-8
22nd International Conference on Computer & Info Technology (ICCIT). Publisher: IEEE
Asian Journal of Control. Publisher: John Wiley & Sons
I am open to discussions regarding academic collaborations, MEMS research positions, or industrial consulting.
+49 176 8207 7776
TU Ilmenau, Germany