Engineering roles

Motor control and safety interlocks for a picking arm that works at minus twenty degrees.

Timetable optimisation for regional rail, where the output is checked by a human before it moves a train.

Instrument control firmware for a mass spectrometer, where timing errors show up as bad science.

The toolchain that turns a trained model into something the accelerator can run.

Close the loop between vision, planning and the arm, at a rate that keeps up with a conveyor.

Scheduling and motion for liquid-handling robots that run three shifts a day.