NPI Manufacturing Engineer

About ISC

Established in 1971, ISC began building custom power cables & assemblies for Gateway, Kingston, and Xerox. With over 50 years of manufacturing experience, ISC is capable of meeting tight deadlines and changing forecasts while maintaining quality. Our products are in use worldwide in commercial and military aircraft , lifesaving medical devices , weapon systems , inflight entertainment, power systems, and countless commercial, industrial & computer applications .

Our facility is environmentally controlled, engineered for manufacturing flexibility, includes dedicated assembly labs for isolated program management, and a cleanroom facility. With dedicated professionals and assemblers regularly operating two full shifts, ISC operates with the most current high-speed tooling, material handling, and test equipment.

Established in 1971, ISC began building custom power cables & assemblies for Gateway, Kingston, and Xerox. With over 50 years of manufacturing experience, ISC is capable of meeting tight deadlines and changing forecasts while maintaining quality. Our products are in use worldwide in commercial and military aircraft , lifesaving medical devices , weapon systems , inflight entertainment, power systems, and countless commercial, industrial & computer applications .

Our facility is environmentally controlled, engineered for manufacturing flexibility, includes dedicated assembly labs for isolated program management, and a cleanroom facility. With dedicated professionals and assemblers regularly operating two full shifts, ISC operates with the most current high-speed tooling, material handling, and test equipment.

The NPI Manufacturing Engineer is responsible for leading new product introductions from customer order through successful First Article Inspection (FAI) and full manufacturing readiness. This role partners closely with Engineering, Quality, Production, and Supply Chain to review customer drawings, specifications, BOMs, tooling, and build processes to ensure products meet performance, quality, and customer requirements prior to release into production.

This is a highly hands‑on role focused on the NPI lifecycle, including Design for Manufacturability (DFM), process development, and risk mitigation. The NPI Manufacturing Engineer identifies, and resolves build issues early, develops prototype and sample builds, and supports FAI (including AS9102 when applicable). This role serves as a critical bridge between customer design requirements and scalable, repeatable manufacturing processes, ensuring a smooth transition from prototype to full production.

• Lead and coordinate the NPI manufacturing process from customer order/release through successful First Article Inspection (FAI) and production readiness.
• Review and interpret customer drawings, specifications, BOMs, and performance requirements to define manufacturing and build strategies and identify Design for Manufacturability (DFM/DFA) opportunities.
• Lead Manufacturing Readiness Reviews (MRRs), identifying and addressing risks related to tooling, materials, processes, quality, documentation, and supply chain readiness.
• Develop and execute prototype builds, sample assemblies, pilot runs, and process development activities to validate manufacturability and identify potential production risks.
• Troubleshoot build and process issues during NPI, perform root cause analysis, and drive corrective actions to support successful product launches.
• Partner with Quality to coordinate and support First Article Inspections (FAI), including AS9102 documentation when applicable, and drive closure of open items.
• Work closely with Production during prototype, pilot, and early production builds to resolve process gaps and establish repeatable manufacturing methods.
• Develop andmaintainrouters, BOMs, work instructions, process specifications, and other manufacturing documentation required for production release.
• Identify, specify, and support implementation of tooling, fixtures, equipment, and automationrequiredfor safe, efficient, and repeatable manufacturing.
• Drive DFM/DFA improvements that improve manufacturability, yield,…