Workflow
From technical context to engineering output
We are tool- and team-agnostic: we can work inside the client stack or form a compact core team that solves the task quickly, without overstaffing or unnecessary process weight.
4.0
General project route
Integrated engineering workflow
System design, mechanical, hardware, firmware/software, validation, documentation, and coordination are kept in one compact delivery flow: enough structure to control risk, no excess process around the task.
- 01IntakeTask, inputs, constraints.
- 02DefinitionScope, architecture, risks.
- 03PrototypeBuild, integrate, measure.
- 04StabilizeFix, verify, document.
- 05HandoverArtifacts, evidence, support.
Discipline playbooks
4.x workflows
4.1System designArchitecture and interfacesRequirements, boundaries, interfaces, risks, acceptance logic.Base process
4.2Mechanical workflowParts, fixtures, housingsConcept, CAD, prototype, validation, release evidence.Open mechanical process →
4.3Hardware workflowDocumented board-to-test loopBusiness analysis, requirements, architecture, schematics, simulation, components, prototype, testing, fixes, and CE-ready evidence.Open hardware process →
4.4Firmware / softwareDocumented prototype-to-target loopRequirements, design documents, protocols, MATLAB/Simulink, Docker, QEMU/Renode, and real target tests.Open firmware / software process →
4.5Validation workflowTests and evidencePlan, setup, measurement, report, acceptance notes.Planned