As an Embedded Engineer at Surge Twente, you’ll be responsible for the complete technical system that brings our boat to life. You’ll work across electronics, software and control, ensuring that the hardware, communication, data and control systems work together as one reliable system. Rather than working in isolated disciplines, you’ll have a broad understanding of the boat and contribute wherever your technical knowledge is needed.
The coming year will be about turning the foundation built by the previous team into a reliable and maintainable system. You’ll work on everything from designing PCBs and integrating high-voltage systems to developing embedded software, connecting sensors and tuning the systems that keep the boat flying. This makes the role highly practical: you’ll design, build, solder, program, test and debug the systems you work on.
You’ll also be directly involved during test days and races. You’ll start and configure the boat, analyse live data, identify faults and make changes to both hardware and software. The goal is that every member of the team understands the complete system well enough to operate it, troubleshoot it and make changes without depending on a single specialist.
This is a role for someone who enjoys understanding how an entire system works rather than focusing on a single discipline. You’ll have the opportunity to work with high-voltage electronics, PCB design, embedded software, real-time control, sensors, communication systems and data and see your work directly affect the performance of the boat on the water.
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Electrical Systems: You’ll design and maintain the boat’s electrical architecture, including high-voltage systems, PCBs, sensors, wiring and power distribution.
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Embedded Software: You’ll develop the software that connects the boat’s hardware, handles communication and data, and keeps the different systems working together.
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Control & Sensors: You’ll work with sensors, motor controllers and control algorithms to improve the stability and performance of the hydrofoiling system.
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System Integration: You’ll bring electrical, software and control systems together and make sure new components can be safely and reliably integrated into the boat.
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Reliability & Architecture: You’ll improve the structure, testing and maintainability of the complete system, making it easier for future teams to understand and develop.
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Testing & Debugging: You’ll diagnose problems using measurements, logs and live data, and turn those findings into practical improvements.
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Race Operations: During test days and races, you’ll be part of the command centre, monitoring the boat, analysing data and making technical decisions when things go wrong.