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Work within a small firmware team on multithreaded applied electronics for precision scientific instrumentation and robotic systems. You'll develop C/C++ firmware on ARM Cortex-M driving motors, real-time sensors and automated systems, integrating third-party modules and interfacing with C#.NET PC-side code. The role is based onsite with some flexibility around core hours.
This role involves leading the design, development, and deployment of advanced robotic systems, focusing on software architecture, perception, planning, and control. You will collaborate with multidisciplinary teams, mentor junior engineers, and evaluate emerging technologies to enhance system performance.
Develops state-of-the-art secure cryptographic libraries resistant to physical and logical attacks, covering algorithm development, coding, testing, code review and release. Works with C and Assembly on ARM Cortex M and RISC V platforms, implementing countermeasures against side-channel and fault attacks alongside an international team.
Designs and implements cross-platform cryptographic algorithms, including post-quantum crypto, and develops software countermeasures against side-channel and fault attacks for secure embedded libraries. Works with ARM Cortex-M and RISC-V architectures in C and assembly, collaborating with OS, firmware and test teams to integrate crypto software into certified products (Common Criteria up to EAL 6+).
Lead a team of engineers designing and implementing in-vehicle networking transceivers, defining block requirements and architecture optimised for area, power and timing. The role spans SystemVerilog or Chisel implementation, functional safety, synthesis, static timing closure and DFT, working closely with architecture, analog, DV and validation teams through tape-out and silicon bring-up.
