1 month ago
Utrecht, NetherlandsSenior
Responsibilities
- Develop and improve real-time embedded Linux operating-system functionality and networked subsystems.
- Develop and maintain C/C++ embedded software for the autonomous robotic phlebotomy device.
- Profile, debug, and resolve complex system-level performance and reliability issues across applications, operating systems, networking, and hardware.
- Build nightly testing pipelines and automated performance tests to make regressions visible before release.
- Improve diagnostic tools and support troubleshooting of devices during development and in the field.
- Contribute to software updates, patching, device provisioning, remote diagnostics, and long-term platform reliability.
Requirements
- Strong background in real-time embedded Linux and networked subsystems.
- Proficiency in embedded software development using C/C++.
- Hands-on experience with profiling and debugging on Linux.
- Understanding of automated performance testing and regression detection.
- Familiarity with software update and patching mechanisms for large software artifacts.
- Proven ability to troubleshoot and resolve complex system-level issues.
- Comfort working across application software, operating systems, and hardware.
- Familiarity with CAN bus protocols is desirable, with EtherCAT experience a plus.
- Background in regulated industries such as medical devices, automotive, aerospace, or defence is desirable.
- Experience with software updates, remote diagnostics, device provisioning, AWS IoT Core or comparable device-cloud platforms, post-market or in-field support, or embedded security is desirable.
Benefits
- Competitive salary including a pension plan.
- 25 days of annual leave for a full-time position.
- Hybrid work model with up to two days of working from home out of five.
- Home base in Utrecht with a strong preference for office-based collaboration.
- Training budget and frequent team activities, including an annual company weekend away.
- Opportunity to help shape a new global industry niche in autonomous medical robotics.
