2 of 2 Remote Embedded Firmware Jobs in Cheshire

Embedded Firmware Engineer | Medical Devices | Hybrid (Remote + some office work in Cheshire) Fed up with "agile sprints" where nothing actually ships? Here's something different. Medical device manufacturer needs an embedded firmware engineer who can work with real code, not just talk about it. The work: Life-support equipment. Oxygen systems, breathing devices - stuff that … What you get: £70k + benefits. The satisfaction of knowing your code keeps people alive. No corporate buzzword bingo. You'll love this if you: Write solid C for embedded systems and don't need to be told why malloc() is a bad idea in safety-critical firmware Have 5+ years in a regulated industry - aerospace, automotive, medical … solving real problems over architectural purity Want to work on medical devices without the bureaucracy of big pharma Interested? Apply now. No cover letter needed. Just tell me what embedded systems you've worked on and what regulatory standards you've dealt with. More ❯

Due to continued growth, we're looking for an Embedded Systems Reliability Engineer to join our dynamic CTO Development Team . You'll work with a talented, welcoming group of engineers who are passionate about technology, quality, and innovation. If you have a strong background in embedded systems, this is an excellent opportunity to make a real impact. … The Role This is a hands-on role for a skilled engineer with a deep understanding of embedded software, reliability engineering, and modern development practices. You'll play a key part in improving the robustness, performance, and quality of our embedded and desktop systems. Key Responsibilities: Investigate and resolve complex bugs across embedded and desktop systems, implementing … fixes and systemic quality improvements. Develop and maintain tools for automated testing, diagnostics, and release validation using Python and Bash. Enhance and maintain CI/CD pipelines for embedded firmware (Buildroot/make) and desktop applications (CMake/Qt), integrating quality gates and static analysis. Define, monitor, and drive improvements against key reliability metrics (e.g. crash frequency, memory More ❯