About us
MEMSYS develops vibration energy harvesting (VEH) technology that turns machine vibration into usable electrical power. We use this capability to enable self-powered sensing, starting with condition monitoring, so industrial assets can be monitored long-term with minimal intervention.
We work with reliability and maintenance teams, condition monitoring service providers, OEMs, and integrators who want to expand monitoring coverage without expanding the operational burden that typically comes with it.
What we stand for
Industry is becoming more connected and more distributed. The question is whether the power model behind that growth is sustainable. MEMSYS exists to change that trajectory—by enabling self-powered monitoring that scales across fleets, reduces intervention, and supports more resilient industrial operations.
We’re building the foundation for monitoring systems that are not only smarter, but designed to last.
We see sustainability not as a separate feature, but as the natural result of monitoring that is designed to scale responsibly.
Why this matters
Condition monitoring improves safety, uptime, and maintenance decisions. At fleet scale, however, the limiting factor is often not analytics—it’s power.
Battery-powered sensors introduce replacement programs, site visits, logistics, and downtime. Wiring can remove batteries, but often adds cost and limits where monitoring can be deployed. MEMSYS addresses this at the root. We believe monitoring systems should be powered by the machines they monitor.
By harvesting energy from vibration, monitoring becomes less dependent on periodic human intervention—allowing teams to focus on insights and outcomes rather than maintaining the monitoring infrastructure itself.
Environmental impact, made practical
As sensing scales, the environmental footprint of powering devices matters. Batteries carry material, manufacturing, transport, and end-of-life impact—multiplied across thousands of sensors.
Self-powered monitoring reduces that dependency, lowering battery consumption, replacement visits, and data gaps caused by offline sensors. At the same time, fleet-level condition monitoring supports sustainability by extending asset life, reducing secondary damage from failures, and enabling more efficient operation.
We see sustainability not as a separate feature, but as the natural result of monitoring that is designed to scale responsibly.
Our Team
Hugo
Founder & CCO
Thijs
Founder & CEO / CTO
Philip
Founder & CFO
Niels
Embedded Lead
Mathijs
Electrical Engineer
Sander
Product Lead
Camilo
Mechatronics Engineer
Nathan
Mechanical Engineer
Engbert
R&D Advisor
Careers
Open application
MEMSYS is building vibration energy harvesting technology that enables self-powered industrial systems. Our work sits at the intersection of mechanical engineering, electronics, embedded systems, and industrial reliability, and we’re always interested in people who want to work on meaningful, real-world problems.
If you’re an engineer, researcher, or student looking for a graduation project, internship, or role where your work directly shapes a product, we’d like to hear from you. We work on challenges ranging from energy harvesting physics and power electronics to sensing, wireless communication, and system integration in demanding industrial environments.
At MEMSYS, you’ll work on technology that helps scale condition monitoring responsibly to reduce maintenance effort, battery dependency, and environmental impact across industrial fleets. If you’re curious, hands-on, and motivated to build systems that are designed to last, send us a message and tell us what you’d like to work on.
