Staff Embedded Software Engineer

What you’ll be doing:

Drive Next-Gen Microcontroller Architecture: Lead the ground-up firmware architecture and implementation on microcontrollers, leveraging modern embedded frameworks (e.g., Rust Embassy) to deliver low-SWaP-C control systems for uncrewed platforms.
System-Level Technical Ownership: Take architectural ownership of critical embedded software and FPGA interfaces across Sensing R&D, delivering solutions that balance performance, maintainability, and delivery timelines.
Lead Embedded Commercial Upgrades: Architect firmware for platform integration, supporting real-time data capture, display interfaces, and high-reliability platform integrations.
Design for High Reliability & Qualification: Define the long-term embedded software roadmap to mature quantum sensing platforms toward higher TRLs, establishing pathways toward flight safety qualification and compliance.
Automated Testing & Quality: Drive continuous integration and automated testing in embedded environments; establish robust CI/CD pipelines, hardware-in-the-loop (HIL) testing, and simulation workflows to maintain high delivery quality. 
Cross-Functional Partnership: Work alongside Product Managers, Team Leads, and other technical contributors to align technical vision with product goals, evaluating trade-offs to ensure execution stays on track without compromising technical integrity.
Knowledge Sharing & Mentorship: Actively coach and mentor engineers across the department, fostering a culture of knowledge sharing to eliminate key-person dependencies.

Ideally you’ll have:

Department-Level Architectural Leadership: 8+ years of hands-on embedded software engineering experience, with a proven track record of designing, delivering, and maintaining complex real-time systems.
Rust & Modern Systems Programming: Expertise in Rust (specifically embedded Rust and async frameworks like Embassy) or modern C/C++ for bare-metal microcontrollers and RTOS environments.
FPGA & SoC Integration: Practical experience with modern SoC architectures (e.g., Xilinx Zynq / Vivado workflows), combining FPGA logic with high-bandwidth DMA transfers, DSP pipelines, and processor subsystems.
Pragmatic Systems Design: A strong track record of making sensible technical trade-offs—solving complex problems cleanly without over-engineering.
Collaborative Mindset: Strong technical communication skills and a willingness to share knowledge, mentor peers, and engage in constructive design reviews.
Communication Protocols & HIL: Deep knowledge of low-level hardware interfaces (SPI, I2C, CAN, UART, PCIe, Ethernet/TCP-IP) and hands-on experience with hardware-in-the-loop (HIL) testing environments.

It would be fantastic if you have these skills/experience but not essential:

Familiarity with aerospace, defense, or high-reliability qualification standards (e.g., DO-160, DO-178C, or Safety of Flight / SOF qualification pathways).
Hands-on exposure to precision optical, physical, or sensor-based hardware (e.g., precision temperature control, laser/optical drivers, or signal conditioning).
Experience with SystemVerilog/VHDL logic design or cocotb verification workflows.
Familiarity with Yocto, customized embedded Linux distributions, or kernel driver development.
Experience with uncrewed vehicles (UAVs, UUVs), robotics, or dual-use defense technology.