As an Embedded Software Engineer, you are a key member of our Architecture team, developing and implementing the core embedded software that enables our autonomous long-range VTOL platforms to operate safely, reliably, and intelligently in highly demanding operational environments.
In this role, you will be dedicated to our Reliant platform – our next-generation long-range VTOL UAS designed for autonomous ISR missions in GNSS-denied and contested environments. You will contribute to mission-critical software that powers autonomous flight, resilient navigation, payload integration, and edge computing capabilities for defense and security customers worldwide.
Together with our world-class team, you will push the boundaries of autonomous aviation, working closely with System Architecture, Flight Controls, AI, Hardware Development, Integration & Test, and Flight Operations to continuously improve Reliant's performance, reliability, and mission capabilities.
What is your Day to Day Mission:
Design, implement, maintain, and optimize the Quantum-Systems embedded firmware stack for the Reliant platform
Develop safety-critical flight software for autonomous long-range VTOL operations
Design, implement, and validate new flight control, navigation, and mission management functionalities
Export flight control and navigation algorithms from MATLAB/Simulink and integrate them into the embedded autopilot framework
Implement, optimize, and maintain BSPs, peripheral drivers, communication interfaces, and sensor drivers
Develop embedded software for redundant and safety-critical avionics architectures
Integrate navigation sensors including IMUs, GNSS, magnetometers, air-data sensors, radar altimeters, and vision-based navigation systems
Support autonomous navigation capabilities in GNSS-denied environments through sensor fusion technologies
Develop and optimize communication interfaces for long-range command & control systems, payload communication, and vehicle subsystems
Support the integration of modular payloads including EO/IR sensors, SIGINT, EW, SAR, CRPA, and future mission systems
Contribute to robust firmware architectures enabling reliable operation in contested and degraded environments
Build, document, maintain, and continuously improve autopilot firmware
Prepare flight test releases, create flight test tickets, analyze flight logs, and support flight test campaigns
Debug and trace embedded software to improve robustness, code coverage, and system reliability
Maintain bootloaders, secure firmware update mechanisms, and firmware deployment processes
Improve firmware build systems, CI/CD pipelines, and automated testing infrastructure (GitLab CI)
Support production, manufacturing, and hardware validation tools
Collaborate closely with AI and Edge Computing teams to integrate onboard processing capabilities into embedded flight systems
Contribute to software architecture, coding standards, and continuous improvement of development processes
What you bring to the team:
Several years of experience developing embedded software for microcontroller-based systems
Excellent programming skills in C, with modern embedded software design principles
Experience with C++ is considered a plus
Strong understanding of ARM Cortex-M microcontrollers and embedded hardware architectures
Excellent knowledge of communication protocols including UART, SPI, I2C, CAN, Ethernet, and serial communication interfaces