Failure analysis & recovery
Establish the failure mode, mechanism, containment and corrective path using available evidence.
Engineering
Design it. Fix it. Define it.
Resolve physical and technical problems with evidence—then turn the answer into a manufacturable, testable and controlled definition.
Technical definition
Solve the physical problem before it becomes a production problem.
Engineering starts with function, evidence and constraints—not a preferred process. Work can span concept development, 3D definition, DFM, DFA, DFC, reverse engineering, failure recovery and complete drawing packages when the requirement calls for it.
Reverse engineering
Recover geometry, interfaces and function from an existing part or assembly, then convert that information into usable CAD, drawing and redesign inputs.
Product design, DFM & tolerance
Refine concepts and technical definition around DFM, DFA and design-for-cost, then align tolerances, datums, inspection strategy and process capability with manufacturing reality.
Verification
Make the engineering answer usable downstream.
The definition should survive tooling, test, inspection and production. Specialist work branches from Engineering when deeper validation or documentation is needed.
Test & Validation
Test strategy, fixtures, ICT/FCT/ESS/EOL interfaces and evidence that the requirement is actually met.
Explore →Tooling & fixtures
Production aids, gauges and fixtures designed around repeatability, access, verification and maintainability.
Explore →Technical documentation
Production-ready drawings, specifications, work instructions and complete documentation packages that turn technical intent into controlled execution.
Explore →Physical engineering problems start with evidence.
Bring the failed part, requirement, drawing, CAD, test result or inspection evidence you have. SharpSigma can help define the next technical step.