Engineering Project Planning
Scope, work breakdown, roles, phases, timeline, standards, deliverables, tooling, budget, logistics, and project risk connected into one executable plan.
Engineering from requirements to working prototypes
ContiMech develops embedded and mechatronic systems from requirements and architecture through mechanics, electronics, firmware, integration, and handover. We can own a focused work package or reinforce an existing engineering team.
ContiMech
Engineering roadmap
From technical context to verified engineering output
- 01Context & requirementsProblem, scenarios, interfaces, constraints, acceptance.
- 02Architecture & feasibilitySystem split, interfaces, concepts, components, risk checks.
- 03PrototypeModel, mock-up, board, fixture, simulation, or software proof.
- 04ImplementationCAD, PCB, code, procurement, manufacturing, assembly.
- 05VerificationIntegration, measurements, fault cases, fixes, repeatable tests.
- 06Release & handoverRequirements, design data, ICDs, reports, release package.
Worked engineering cases
Centered engineering visuals with direct links to the full case
Embedded Linux
Linux compute inside an inertial-control stack
Custom NXP i.MX93 compute board with Alpine Linux, CAN FD, GPIO, SSH diagnostics, and a maintainable update path.
Custom SoC boardFast-boot targetNo external SBC
System engineering
Compact rocket platform
Requirements, architecture, propulsion integration, steering concept, and flight-model definition for a 40 cm aerospace platform.
40 cm body110 g payload20 s motor burn
Mechanics + models
Rocket body and flight models
Airframe packaging, control surfaces, motor mounting, actuator selection, battery sizing, and MATLAB/Simulink models.
FreeCADMATLABSimulink
Industrial HMI
Vibro-feeder HMI module
Custom HMI/MCU board with CAN communication, local menu, diagnostics, and logging.
CAN interfaceDiagnosticsLow-volume release
Protocol engineering
HMI ↔ Control Board protocol
Interface contract with CAN framing, E2E protection, timing budgets, and failure behaviour.
CAN + E2ETiming budgetFDIR
Factory adapter
Potted interface adapter
Compound-filled enclosure for vibration, humidity, drops, and daily factory handling.
Material selectedHousing filledFactory-ready
Capability model
One system, several engineering layers
System Engineering
System context, architecture, interfaces, authority, failure behaviour, timing budgets, and verification strategy.
Requirements Engineering
Source analysis, system/HW/SW/mechanical requirements, allocation, traceability, verification criteria, and change impact.
Communication Protocol Engineering
ICDs, frame and message contracts, E2E protection, authentication, timing, FDIR, and conformance tests.
Mechanical Engineering
FreeCAD, Autodesk Fusion, SOLIDWORKS, parts, housings, brackets, fixtures, prototypes, and fit checks.
Hardware Engineering
draw.io diagrams, Altium/Xpedition workflows, schematics, simulation, component alternatives, PCB routing, prototype, testing, fixes, and CE-ready documentation.
Firmware / Software
Business analysis, requirements, protocol implementation, MATLAB/Simulink models, QEMU/Renode virtual targets, Dockerized builds, and MCU/SoC integration.
Testing
Test cases, smoke checks, measurement, logs, reports, and acceptance evidence.
Documentation
Google Drive, Microsoft Office, LibreOffice, requirements, diagrams, interface notes, BOM inputs, test plans, and handover packages.