Services
Engineering services across design, validation and manufacturing
Engage a single discipline or an end-to-end programme. Every service is delivered with defined exit criteria, documented reviews and a manufacturing-aware point of view.
PCB Design
High-reliability board design from schematic capture to manufacturing release, with integrity analysis engineered in rather than reviewed afterwards.
- Schematic Design
- Architecture definition, part selection and reviewable, hierarchical schematics.
- PCB Layout
- Multilayer, mixed-signal and high-density layout with controlled stack-ups.
- Signal Integrity
- Impedance control, return-path planning, crosstalk and power integrity analysis.
- DFM
- Fabrication and assembly rule checks with a complete manufacturing data package.
Applications
- Patient monitoring boards
- Industrial controllers
- Sensor and data-acquisition modules
- Wireless IoT edge nodes
Technologies
- Altium Designer
- KiCad
- OrCAD
- HyperLynx
- IPC-2221 / IPC-7351
Deliverables
- Reviewed schematics
- Layout & stack-up documentation
- Gerber / ODB++ & IPC-2581 package
- BOM and assembly drawings
Benefits
- Fewer board spins
- Predictable EMC behaviour
- Clean manufacturing handoff
PCB Manufacturing
Manufacturing support that keeps design intent intact — from first prototypes through supervised production builds.
- Prototype Manufacturing
- Quick-turn fabrication and assembly for early functional validation.
- Production Support
- Pilot builds, yield review and process controls during ramp.
- Assembly Coordination
- Vendor management, BOM sourcing and incoming quality alignment.
Applications
- Medical device production builds
- OEM electronics manufacturing
- Low-to-mid volume industrial runs
- Field-replacement board supply
Technologies
- SMT & THT assembly
- AOI / X-ray inspection
- IPC-A-610 workmanship
- ESD-controlled handling
Deliverables
- Approved first article report
- Build travellers & test records
- Yield and defect analysis
- Sourcing and lead-time plan
Benefits
- Shorter build cycles
- Traceable build records
- Supply-chain visibility
Embedded Systems
Hardware and firmware engineered together so timing, power and reliability targets are met at the system level.
- Hardware Design
- Microcontroller platforms, power architecture, sensors and connectivity subsystems.
- Firmware Development
- Drivers, bootloaders, secure update paths and diagnostics.
- RTOS
- Deterministic scheduling, task partitioning and resource-constrained optimisation.
- Microcontrollers
- ARM Cortex-M, low-power wireless SoCs and application-specific platforms.
Applications
- Connected medical devices
- Industrial automation controllers
- Battery-powered IoT products
- Instrumentation and gateways
Technologies
- STM32 / NXP / TI
- FreeRTOS / Zephyr
- C / C++ / Rust
- BLE, Wi-Fi, CAN, Modbus
Deliverables
- System architecture document
- Firmware source & build pipeline
- Bring-up and diagnostics tools
- Interface control documentation
Benefits
- Deterministic behaviour
- Lower power budgets
- Maintainable codebase
Healthcare Devices
Medical electronics engineered around patient safety, measurement accuracy and the documentation regulated products demand.
- Embedded Medical Electronics
- Low-noise sensing chains, isolation strategy and safe-state firmware behaviour.
- Medical PCB Design
- Creepage and clearance discipline, leakage-current control and reliability-driven layout.
- Regulatory Readiness
- Design records, risk traceability and verification evidence aligned to audit expectations.
Applications
- Patient monitoring
- Diagnostic instruments
- Point-of-care devices
- Therapy and rehabilitation equipment
Technologies
- IEC 60601 aligned design
- ISO 13485 practices
- Analog front-ends
- Isolated power topologies
Deliverables
- Design history documentation
- Risk and traceability matrices
- Verification test reports
- Pre-compliance assessment
Benefits
- Safety-oriented architecture
- Audit-ready design records
- Reduced compliance rework
Engineering Services
Independent engineering support for teams that need review depth, test capability or additional bandwidth.
- Consulting
- Architecture review, technology selection and design risk assessment.
- Testing
- Test strategy, fixture design and automated functional test development.
- Validation
- Design verification, environmental testing and pre-compliance evaluation.
Applications
- Design audits before tape-out
- Capacity augmentation for OEM teams
- Legacy product re-engineering
- Test automation programmes
Technologies
- Python test automation
- LabVIEW
- EMC pre-compliance
- HALT / HASS planning
Deliverables
- Review findings & risk register
- Test plans and fixtures
- Validation reports
- Remediation roadmap
Benefits
- Objective design assurance
- Faster issue isolation
- Compliance readiness
Product Development
Full product ownership from concept through lifecycle management, with one accountable engineering team.
- Concept Design
- Requirement definition, feasibility studies and system architecture.
- Rapid Prototyping
- Fast iteration loops that validate assumptions before tooling commitments.
- Lifecycle Engineering
- Revisions, obsolescence management and sustaining engineering.
Applications
- New product introduction
- OEM white-label products
- Connected device platforms
- Product refresh programmes
Technologies
- Requirements traceability
- Design FMEA
- PLM / revision control
- Cost & BOM optimisation
Deliverables
- Product requirement specification
- Working prototypes
- Production data package
- Sustaining engineering plan
Benefits
- Single point of accountability
- Reduced time to first article
- Lower total lifecycle cost