Value Engineering

Balance quality, functionality and cost — without compromise.

A structured methodology that examines product functions to reduce unnecessary expenses while preserving performance, quality and reliability. We pair should-cost analysis with hands-on hardware, PCB and test engineering to deliver measurable ROI on every bill of materials.

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What we do

Outcomes, not output.

Should-cost analysis and cost-driver identification
Design optimisation and alternative material selection
Obsolescence management — component vitality and engineering documentation
Hardware engineering — requirement gathering, detail design and prototype build
PCB design — legacy conversion, high-speed routing, SI and thermal analysis
Redesign for scalability, flexibility and manufacturability
Functional testing — qualification, board test and integration
Lean process implementation and risk mitigation

Outcomes

What good looks like.

0–40%

Typical reduction in bill-of-materials cost

Form-fit-function parity maintained on redesigns

0 weeks

Average should-cost analysis to prototype build

How we engage

A clear path from kickoff to handoff.

Analyse

Should-cost teardown and cost-driver mapping across BOM, process and supply chain.

Optimise

Design alternatives, material substitutes and component consolidation evaluated against spec.

Redesign

Hardware, PCB and firmware updates for scalability, flexibility and obsolescence-proofing.

Validate

Prototype build, functional and integration testing against the original qualification suite.

Release

Engineering documentation, gerber and BOM handoff with sustaining-engineering plan.

Stack

Tools we use day-to-day.

AltiumCadence AllegroKiCadSolidWorksAnsys SIwaveHyperLynxPolarionJIRA

Who it's for

Built for these teams.

Hardware OEMs facing margin pressure

Mature product lines where BOM cost has crept up and a structured value-engineering pass is overdue.

Teams hitting component obsolescence

End-of-life parts forcing a redesign — an opportunity to rebuild for cost, not just continuity.

Scale-ups moving to volume manufacturing

Prototype-grade designs that need DFM, alternate sourcing and a scalable test strategy before NPI.

FAQ

Common questions, answered.

On mature products with no prior VE pass, 15–40% BOM reduction is common — driven by component consolidation, alternate sourcing, redesign for manufacturability and process optimisation. We share the should-cost model up front so savings are auditable, not asserted.

No. The methodology is explicit about preserving performance, quality and reliability — substitutions only happen after qualification testing confirms parity against the original spec. We carry the validation plan, not just the redesign.

Yes. Component vitality scoring, last-time-buy analysis, drop-in alternates and full PCB redesign when needed — paired with engineering documentation and a sustaining plan so the next obsolescence cycle is planned, not panicked.

Yes. Legacy design conversion is a core service — we re-capture schematics in modern EDA tooling, rebuild component libraries, and re-route for high-speed signal integrity and thermal performance before releasing gerbers.

Should-cost report, redesigned schematics and gerbers, validated prototype, functional and integration test results, updated engineering documentation, and a release package ready for your contract manufacturer.

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Let's build what's next.

Tell us about your goals — we'll respond within one business day with a recommended path forward.

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Capability map

Five pillars. One integrated delivery model.

From legacy obsolescence to functional release — each pillar plugs into the others so you get a single team owning the full hardware lifecycle.

Obsolescence Management

Keep mature products shipping when the BOM ages out — component-by-component.

Component Vitality
Component Evaluation
Engineering Documentation & Implementation
Organizational Benefit

Hardware Engineering

Full-stack hardware delivery from requirements capture to product release.

Requirement Gathering
Detail Design
PCB Design
Test Plan, Prototype Build & Test
Report Generation
Product Release

PCB Design

High-speed, signal-integrity-clean board design — from legacy conversion to Gerber.

Legacy Design Conversion
Component Library Management
High Speed Board Design
SI & Thermal Analysis
Gerber Generation

Value Engineering

Cost-out programs that protect performance, quality and reliability.

Should-Cost Analysis
Identify Cost Drivers
Optimize Design
Develop Alternate Solutions
Redesign for Scalability & Reliability

Functional Testing

Qualification, integration and release testing — coverage built for compliance.

Component Qualification
Product Assembly
Board Test
Integration Testing
Review & Release