Good embedded software is mostly good engineering practice applied where the hardware pushes back. Version control that copes with board variants and binary artefacts, tests that run on every desk without the target attached, continuous integration that catches a timing regression before it reaches a device — the practices come from general software engineering, but resource constraints and real-time behaviour change how you apply them. Our trainers spent two decades shipping safety-critical firmware in automotive, aerospace, and medical devices, and the courses reflect what actually held up in production.
The catalogue spans the full craft: architecting robust systems for constrained hardware, test-driven and behaviour-driven development against real peripherals, continuous integration on actual boards, and folding AI-assisted tooling into the workflow without loosening rigour. It runs from a developer’s first disciplined commit to the architecture decisions a senior engineer is paid to get right.