Jobs at Nomad Atomics

Drive commercial adoption of Nomad Atomics' quantum sensing products by conducting market discovery, engaging customers, qualifying pipelines, developing proposals, and closing pilots and contracts. Build partnerships, represent the company at events, and translate customer needs to product and operations teams to inform go-to-market strategy and product-market fit.

Develop and optimize embedded software and firmware for quantum sensors, including Linux kernel/driver development, integration with electronics and communication interfaces, testing, debugging, and building monitoring and UI tools. Collaborate with engineers and physicists to define system requirements and follow best practices like version control, unit testing, and documentation.

Develop and maintain embedded and FPGA components for quantum sensors: own FPGA designs on SoC, optimize Linux for custom hardware, write embedded applications in Python/C, collaborate with hardware engineers and physicists, and follow testing, documentation, and version control practices.

Design, build and test digital and analogue circuits and PCBs for field-ready quantum sensors. Tasks include prototyping, hand-assembly, FPGA/SoC and microcontroller integration, RF subsystem development, power and EMC work, documentation, and collaboration with manufacturing for prototype and series production.

Develop and optimize embedded software and firmware for quantum sensors, including Linux kernel drivers and user-space tools. Integrate with electronics, test and debug systems, implement unit tests, and follow best practices (version control, code review, documentation). Collaborate with engineers and physicists to improve performance and reliability.

Lead and manage hands-on R&D for atomic quantum sensors: design, prototype, integrate, optimise, ruggedise, and deploy optical, mechanical, and electronics subsystems while guiding a cross-functional team.

Lead design, prototype, and test digital and analog circuits for field quantum sensors. Develop PCBs, embedded firmware (Xilinx SoCs/microcontrollers), RF systems, and power subsystems; debug performance in harsh environments; collaborate across physics, manufacturing, and business teams; and guide product and electronics strategy through production.