NPI Project Engineer

Milwaukee Electronics•Milwaukee, WI

8h•Onsite

About The Position

The NPI Project Engineer leads the successful introduction of new electronic assemblies from concept through production. This role partners closely with engineering, operations, and supply chain to ensure products are designed for manufacturability, meet quality standards, and transition smoothly into production. This is a hands-on, on-site role in a fast-paced electronics manufacturing environment, requiring strong technical expertise, cross-functional leadership, and a proactive approach to problem-solving.

Requirements

Bachelor’s degree in Electrical Engineering or related field.
3–5+ years of experience in electronics manufacturing (PCBA preferred)
Strong understanding of manufacturing processes from assembly through test
Experience supporting or leading NPI projects in a production environment
Working knowledge of FMEA, DFM, and process validation (IQ/OQ/PQ)
Ability to create and manage BOMs with minimal support
Strong problem-solving skills with experience in root cause analysis and corrective actions
Effective communication skills with the ability to work cross-functionally

Nice To Haves

Experience in surface mount technology (SMT) and PCBA manufacturing
Familiarity with Lean tools (Kaizen, DOE, SPC, etc.)
Experience designing or supporting fixtures and tooling
Exposure to contract manufacturing environments (EMS)

Responsibilities

Lead and execute multiple New Product Introduction (NPI) projects from initial design through production ramp
Define and drive Design for Manufacturing (DFM) standards and manufacturing process requirements
Partner with engineering and operations early in the design phase to ensure manufacturability and scalability
Coordinate cross-functional teams to meet project timelines, cost targets, and quality expectations
Manage NPI transitions, including process validation, production readiness, and issue resolution
Analyze in-process quality data and lead corrective actions to improve yield and reduce risk
Develop project plans, timelines, and cost estimates; monitor progress and adjust as needed
Design and implement tooling, fixtures, and equipment to support efficient production
Optimize production layouts, workflows, and resource utilization
Collaborate with supply chain and engineering to determine the most cost-effective sourcing and production strategies
Drive continuous improvement initiatives using Lean manufacturing principles