What You鈥檒l Do
You鈥檒l get to:
- Develop analogue and digital electronics for our core platform, from concept and architecture through schematic capture, layout and bring-up.
- Design and support embedded systems that control motors, sensors and other hardware within our robotic automation environment.
- Work closely with engineers and scientists across disciplines, translating their needs into clear electronics requirements and turning those into practical designs.
- Own debugging of prototype and production hardware, using oscilloscopes, multimeters, logic analysers and other tools to get to the root cause quickly.
- Support and occasionally design custom test equipment to accelerate internal testing and development
- Design custom equipment to support end of line test and commissioning for our electronics.
- Contribute to design for manufacture, test and reliability, helping us move from prototypes to scalable production of boards.
- Bring a pragmatic, can-do mindset to resolving issues and improving our electronics platform over time.
Depending on your experience, you may also:
- Explore and validate designs through electronics simulation, for example active analogue filters, and compare simulated and real-world performance.
- Design low-noise analogue front ends for sensor instrumentation.
- Work on flex or rigid-flex PCB designs where space and routing are constrained.
- Apply EMC-compliant and electrical safety design practices, as well as support testing and diagnosis.
- Integrate industrial protocols and PLC interfaces, such as EtherCAT or IO-Link, into our systems.
- Design and refine power electronics, including DC/DC converters for a range of voltage and current requirements.