My client are developing advanced assurance software to ensure complex, automated systems operate safely and reliably in high-stakes environments.
They are seeking a Senior Embedded Systems Engineer with a deep background in safety-critical software development. In this role, you will help design, build, and verify the core software foundations responsible for continuous monitoring, fail-safe logic, and high-integrity system control.
If you specialise in building software where failure is not an option, this role is for you.
Key Responsibilities
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Safety-Critical Development: Design, write, and verify high-integrity embedded software for complex operational platforms.
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System Safeguards: Build real-time monitoring functions, fail-safe architectures, and runtime assurance mechanisms.
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High-Assurance Architecture: Contribute to software designs built specifically to pass rigorous compliance and audit standards.
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Verification & Validation: Execute comprehensive testing, formal safety analyses, and verification activities to mathematically prove software correctness.
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Core Integration: Ensure seamless integration between primary control hardware, executive compute nodes, and safety oversight functions.
Must-Have Experience
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Safety-Critical Background: Extensive hands-on experience in software engineering for high-consequence or regulated environments.
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Embedded & Real-Time Systems: Strong understanding of embedded systems architecture, real-time operating constraints, and hardware-software interaction.
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Rigorous Engineering Standards: Practical knowledge of high-integrity development lifecycles and strict software safety processes.
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Systems Languages: Proficiency in low-level, high-reliability languages (e.g., C, C++, Ada, or formal verification languages).
Desirable Experience
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Experience with formal methods or mathematically verifiable software frameworks.
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Exposure to high-level system safety standards across any regulated industry (e.g., medical devices, energy, transportation, industrial automation, robotics).
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Background in developing continuous safety monitoring or fail-safe override systems.