You will work with modern C++ (C++17+) for embedded and real-time systems, embedded Linux, hardware abstraction, device drivers, and communication buses (SPI, I2C, UART, PCIe) in a regulated medical device context (IEC 62304). CoMind develops non-invasive neuromonitoring technology for clinical brain monitoring. The Software team spans embedded, real-time, ML inference, GUI, DevOps, and test engineering.

XYZ Reality★2.8 (9)· London

Develop embedded software and firmware for wearable computing platforms—primarily C, C++, embedded Linux, kernel, BSP, and device drivers on NVIDIA Jetson—integrating sensors (cameras, IMUs, GNSS, LiDAR, ToF) and hardware interfaces (SPI, I2C, UART, USB, Ethernet). The role supports the next generation of wearable AR and sensing technology for the construction industry, working across hardware bring-up, production test, and manufacturing tooling.

You'll develop embedded firmware in C/C++ for DSP cores and microcontrollers (RISC V, Arm Cortex M/A), optimizing real-time signal-processing pipelines with focus on performance, latency, and power. Work spans low-level hardware bring-up, RTOS components (Zephyr), peripheral integration (DMA, timers, I²C, SPI), debugging with JTAG/SWD, and cross-functional collaboration with hardware and systems teams. Cirrus Logic designs mixed-signal processing solutions for consumer electronics.