Sander Stuijk is chair of the Electronic Systems group and Associate Professor in the Electrical Engineering department at Eindhoven University of Technology (TU/e). His research focuses on design trajectories for predictable embedded signal processing applications that are used in high-tech systems such as industrial manufacturing systems, automotive, and health care monitoring. His goal is to develop high-level compilation strategies that transform applications into efficient and predictable code that can be executed on modern heterogeneous multi-core platforms, consisting of a general-purpose multi-core CPU with SIMD, VLIW and GPU extensions.
He is a board member of the 4TU.NIRICT research institute, which combines IT research from the Dutch universities of technology. The institute focuses on community building, collaboration in education and joint research. Stuijk is also a founding member of ICT Next Generation, a network of assistant and associate professors in IT research and education in the Netherlands.
Sander is also the departmental coordinator of the Embedded Systems master's degree program. He has supervised dozens of students at the BSc, MSc, PhD and PDEng level.
I want to make computation as efficient as possible so that society can solve its most complex problems with as little effort and energy as possible.”
Sander Stuijk obtained his master’s degree in Electrical Engineering from Eindhoven University of Technology (TU/e) in 2002, followed by his PhD at the same institution in 2007. After a 3-year postdoc position at TU/e, he was appointed Assistant Professor in 2009.
Camera-based detection of cardiac arrhythmias in clinical setting(2022)
Contactless Heartbeat Measurement Using Speckle Vibrometry(2022)
A Comparison of Video-based Methods for Neonatal Body Motion Detection(2022)
Current Educational Activities
- DBL Venus exploration
- Computer architecture and c programming
- External course II
- Video health monitoring
- Computation II: embedded system design
- Sensing computing & actuating
- DBL Autonomous vehicles conquering the world
- Internal course II/ Assessment / Literature Study / DEES
- Computer architecture
- Engineering challenge for Venus
- Video processing
No ancillary activities