Printed & flexible
electronics
Conductive polymers, additive manufacturing and the physical mechanisms behind resistive sensing.
Associate Professor · Technical University of Denmark
Making materials
sense.
I explore the meeting point of materials, electronics and mechanics—to build new ways of sensing and actuation.
01 / About
Across disciplines.
Grounded in applications.
I am Gabriel Zsurzsan, Associate Professor in the Electronics section of DTU’s Department of Electrical and Photonics Engineering. I also serve as Head of Studies for the BSc in Electrical Engineering.
My research focuses on sensing and actuation, with applications in wearable healthcare and flexible electronics. I investigate conductive thermoplastics and 3D-printed resistive sensors, alongside work in power conversion and electronics for demanding environments.
I hold a PhD in Power Electronics (2016) and an MSc in Electrical Engineering, specialising in Robotics and Automation (2013).
02 / Research interests
Printed & flexible
Sensing &
actuation
Translating material behaviour into devices for wearable healthcare and electromechanical systems.
Power & demanding
environments
Power conversion, magnetic components, and electronics designed for challenging operating conditions.
03 / Selected work
Five publications.
A window into my research.
Selected work spanning materials, sensors and power electronics.
Loading selected publications…
04 / Teaching & supervision
From understanding
to engineering.
I teach 34602 Engineering Practices, 34654 Circuit Technology and EMC, and 34374 IoT Hardware and PCB Design. My supervision connects electronics research with practical projects, from printed sensors to advanced power converters.
Teaching, appointments & curriculum vitae ↗Research · Collaboration · Education
Let’s connect.
tgzsur@dtu.dk ↗DTU Electro · Kongens Lyngby, Denmark