Our NPI Process
Design Transfer and Technical Review
We review the BOM, schematic, layout, drawings, firmware needs, product requirements, and available documentation to understand what is ready, what is missing, and what needs clarification before build.
DFM, DFT, and DFP Alignment
We evaluate manufacturability, testability, procurement risk, lifecycle exposure, component availability, test access, spacing, tolerances, documentation, and material readiness before issues reach the production floor.
Material and Supply Chain Readiness
A product cannot launch successfully if the material plan is weak.
SMT reviews lead times, supplier responses, alternates, lifecycle risk, long-lead components, and buildability so the customer understands what can actually be built and where risk exists.
Prototype and Pre-Production Build Execution
Initial builds are executed with production reality in mind.
The goal is to create meaningful build feedback, identify issues early, and prepare the product for a more repeatable production path.
First Article Inspection and Validation
SMT supports inspection and validation to confirm form, fit, function, workmanship, documentation alignment, and defined customer requirements.
Where required, this may include First Article Inspection, AOI, X-ray, ICT, functional test, or other agreed validation steps.
Test Strategy and Deployment
Test should not be added after the product is already difficult to test.
SMT helps align test requirements, fixture needs, test access, functional validation, programming, and production test expectations during NPI.
Pilot Builds and Process Refinement
Pilot builds help validate whether the process can repeat.
SMT uses pilot activity to refine assembly steps, documentation, inspection points, test flow, material planning, yield feedback, and production readiness.
Production Ramp Planning
As the product moves toward production, SMT aligns material readiness, routing, capacity, labor expectations, quality controls, test requirements, packaging, and customer delivery needs.
The goal is to ramp with fewer surprises and less rework.
Built for Execution
NPI at SMT is not about checking boxes.
It is about making sure every step aligns with how the product will actually be built in production.
That means identifying risk early, bringing the right teams together, and turning lessons from prototype and pilot builds into a stronger production process.
This helps reduce:
- Redesign cycles
- Launch delays
- Material surprises
- Test gaps
- Documentation issues
- Handoff risk
- Production instability
Why SMT for NPI?
Execution Discipline
SMT does not separate product launch from production reality.
Every NPI decision is made with sourcing, manufacturing, inspection, test, documentation, and production execution in mind.
Cross-Functional Alignment
Engineering, supply chain, quality, planning, operations, and test are connected early so issues are surfaced before they become recurring production problems.
Continuity From Prototype to Production
The same execution system carries forward from early build activity into production launch, reducing the typical reset between phases.
Clear Visibility and Ownership
Customers need to know where the build stands, what is holding it up, what happens next, and who owns the action.
SMT focuses on clear communication, defined next steps, and practical problem-solving throughout the NPI process.
Built for Complex OEM Programs
SMT is a strong fit for products that require engineering alignment, material readiness, test strategy, traceability, process control, and production visibility.
