Embedded Systems Engineer developing and optimizing firmware for defense-grade UAS platforms. Collaborating on mission-critical systems that integrate robust security measures.
Responsibilities
Design, develop, and optimise embedded firmware in C/C++ for defence grade UAS systems
Implement robust cryptographic protocols and secure boot mechanisms to ensure system integrity
Develop and maintain embedded software for RP2350 based platforms, leveraging its dual-core ARM Cortex-M33 architecture and hardware security features
Create efficient, real-time firmware for RF signal processing and threat detection systems
Be an active participant in code reviews, static analysis, and security audits to meet defense industry standards
Collaborate with hardware engineers to optimize system performance and resource utilization
Develop and maintain comprehensive technical documentation
Participate in system integration testing and field trials with military and other end users
During the development process, it will sometimes be essential to participate, in person, in tests at Lavant.
Requirements
Degree in Computer Science, Software Engineering, Electronic Engineering, or related discipline (or equivalent demonstrable experience)
Strong C/C++ programming skills for embedded systems development (2+ years)
Experience developing firmware for ARM Cortex-M architecture, particularly the RP2350 or similar dual-core Cortex-M33 platforms
Practical experience of communication protocols (SPI, I2C, UART, CAN)
Experience with version control systems (Git) and modern development workflows
Understanding of interrupt driven systems
Benefits
Experience developing firmware for defense, aerospace, or safety-critical applications.
Experience using embedded debugging tools and techniques, e.g. JTAG and SWD, and the use of oscilloscopes, logic analyzers, spectrum analysers, and signal sources to verify operation of RF systems in the 1GHz to 6GHz region.
Some experience with Rust.
Knowledge of embedded security concepts.
Ability to create working firmware for a system, given a design in Altium.
Knowledge of RF signal processing and software-defined radio concepts
Experience using Altium for design.
Familiarity with DO-178C, IEC 61508, or similar safety standards
Understanding of Side-Channel Attack countermeasures, and the overall security of systems containing embedded components and using RF channels.
Knowledge of secure firmware update mechanisms and anti-tamper technologies
Experience with hardware security features, e.g Arm TrustZone
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