Subcontracted Engineering for Safety-Critical Electronic Systems
We support OEMs, Tier-1 suppliers, and technology companies that require additional engineering capacity, domain expertise, or full subsystem delivery. Our focus is on reliable execution, compliance alignment, and reducing project risk.
Regulatory & Compliance Coverage
ISO, UL, FCC • Automotive, Medical, Industrial, Consumer Electronics
We join your project at any stage — from requirement clarification to manufacturing release.
Services Overview
We provide a structured, subcontracting-ready service framework:
Strategy & Foundations
- Business case, compliance, and regulatory requirement analysis
- Gap assessment for existing systems & upgrade planning
System Engineering & Safety
- Requirements, architecture, safety analysis, ISO 26262 work products
Electronics Development
- Simulation, component selection, schematics, PCB, prototyping, firmware
Integration & Delivery
- Software, bring-up, validation, manufacturing planning
Choose full lifecycle support or a specific phase — we adapt to your needs.
Detailed Services
Business, Compliance & Regulatory Definition
We translate business goals into technical direction:
- Scope, feasibility, and certification planning
- IEC, UL, FCC and market-specific compliance mapping
- Early technical risk identification to avoid later redesigns
Existing System Analysis / New System Development
For companies expanding or modernizing products:
- Legacy assessment & improvement roadmap
- New concept proposals aligned with compliance and performance needs
- Subsystem definition for outsourced development
System Requirements & Performance Specification
We create a specification that engineering teams can build against:
- Functional, performance and safety requirements
- Compliance traceability structure (ASPICE)
- Documentation foundation for certification projects
System Architecture Design
Turning requirements into an executable plan:
- Hardware and software architecture
- Diagnostic, redundancy and safety mechanism planning
- Trade-off decision documentation for approvals and audits
Safety Analysis & Work Products (ISO 26262)
Clear, audit-ready deliverables for safety-critical systems:
- Item Definition, HARA, FSC, TSC
- FMEA / FMEDA / FTA
- Supplier interface & safety deliverables alignment
Calculations & Simulation
Ensuring the design is correct before hardware is built:
- Functional, thermal, load, EMC, power and timing calculations
- Electronics simulation models to validate circuits and components.
Component Selection
Focused on performance, lifecycle and manufacturability:
- Automotive/industrial grade sourcing & alternatives
- Lifecycle, obsolescence & supply chain risk assessment
Detailed Design
From concept to engineering documentation:
- HV/LV, analog, digital, RF, power, control electronics
- Safety, EMC & manufacturability integrated into design choices
Certification Project Setup
- ISO 26262 / ASPICE documentation structure, adapting other standards
- Work product generation strategy, deliverables, reviews & verification paths
Schematic and PCB Development
- Automotive, industrial, and consumer electronics
- EMC/DFM/DFT oriented layout for production readiness
- Multilayer, impedance control, thermal & high-speed design
Prototyping
- BOM, fab & assembly packages for production partners
- Prototype line assistance for small batches
Test Plan Development
- Prototype test plans, EOL procedures and compliance validation
Bring-Up & Debugging
- Hardware bring-up, firmware validation, correction and improvement documentation
Software Development & Integration
- Embedded drivers, control logic
Manufacturing Planning
- Production readiness, jigs, fixtures & QA/traceability structure