At MP Space, we’re revolutionizing the satellite component industry by applying large-scale, streamlined production techniques to build reliable, high-efficiency satellite hardware.
We apply large-scale, streamlined production techniques to deliver reliable, high-efficiency spacecraft hardware. Based in Sydney, we’re a tight team of builders from companies like Tesla, Apple and Arista, now scaling manufacturing to meet growing global demand for satellite power systems.
Lead Firmware Engineer
Location - South Eveleigh, Sydney
We are seeking a Lead Firmware Engineer to own firmware development, execution, and validation infrastructure for next-generation satellite power distribution and power train systems. This role focuses on building reliable, deterministic embedded software for energy storage, power conversion, and motion control applications.
You will work closely with Electrical Engineering, Software, Manufacturing, and leadership to define product requirements and drive execution from early R&D through flight qualification. The role requires translating physics-based system behaviour into robust, production-quality firmware that performs reliably in demanding environments.
What you'll do:
Lead firmware development across satellite subsystems responsible for power distribution and energy storage. Own delivery from early prototyping and board
bring-up through validation and deployment in flight systems.
Design and implement bare-metal and RTOS-based firmware for high-performance power conversion and control. Work closely with EE counterparts to translate control strategies for BMS, DC-DC converters, and motor drives into robust embedded implementations that meet real-time performance requirements.
Contribute to embedded platform architecture and long-term product direction.Provide technical leadership at hardware–software boundaries to ensure firmware designs are scalable, maintainable, and aligned with evolving product goals.
Build on an existing HIL-based CI test infrastructure to expand coverage, improve
reliability, and reduce regression risk. The team leverages AI-assisted workflows to
accelerate code development and iteration while maintaining high engineering standards.
Adopt a physics-first, data-driven approach to system validation. Define performance metrics, analyse lab and system telemetry, and iterate on firmware to ensure reliable operation of the satellite power train under real-world conditions.
What You Will Bring
Bonus points for
Why MP Space?
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