Manufacturing Engineer - New Product Introduction (NPI)

Communications & Power Industries (CPI)•Kilgore, TX

1d•Onsite

About The Position

We are seeking a driven, execution-focused New Product Introduction (NPI) Manufacturing Engineer to help bridge product design and manufacturability early in the development lifecycle. This role supports accelerated time-to-market, reduces cost variance, and ensures a smooth transition from concept and prototype builds into full-scale production. The NPI Engineer operates at the intersection of design engineering and manufacturing, supporting product industrialization efforts. This role helps translate design intent into scalable manufacturing processes, identifies risks, contributes to cost alignment, and supports production readiness. The ideal candidate brings 3D CAD/solid modeling capability, supports rapid prototyping through 3D printing, and assists in developing 3D fixtures to enable efficient builds and validation. This is a hands-on role requiring collaboration, technical curiosity, and the ability to drive tasks through production launch with guidance from senior team members. Strong candidates demonstrate the ability to contribute to cost estimation, support process improvements, and participate in data-driven operational enhancements.

Requirements

Must be a U.S. Citizen.
Bachelor’s degree in Manufacturing Engineering, Mechanical Engineering, Industrial Engineering, or related field (or equivalent experience)
3–7+ years of experience in manufacturing engineering, NPI, or product industrialization
Proven track record of successfully launching new products into production
Experience working in cross-functional, fast-paced development environments
Strong understanding of manufacturing processes (machining, assembly, fabrication, etc.)
Experience with DFM/DFA principles
Proficiency in interpreting engineering drawings and CAD models
Experience with ERP/MRP systems and BOM management
Knowledge of quality systems (e.g., control plans, PFMEA, root cause analysis)
Proficiency in 3D CAD solid modeling
Experience designing 3D manufacturing fixtures and tooling
Ability to develop design-phase cost estimates and manufacturing cost models
Experience creating and optimizing process flow diagrams with measurable improvements
Highly self-driven with the ability to operate with minimal oversight
Strong project management and organizational skills
Effective communicator with the ability to influence cross-functional teams
Results-oriented with a focus on execution and accountability

Nice To Haves

Familiarity with 3D printing or additive prototyping preferred

Responsibilities

Lead and manage product transitions from prototype through pilot builds to full-scale production, ensuring readiness across tooling, equipment, documentation, and workforce training.
Evaluate product designs early in development to identify manufacturability risks, cost drivers, and scalability concerns. Provide actionable feedback to design teams to optimize product outcomes.
Act as the central liaison between R&D, design engineering, quality, supply chain, and operations to ensure alignment between product design and manufacturing capabilities.
Develop, implement, and validate manufacturing processes including work instructions, process flow diagrams, control plans, and tooling and fixture requirements.
Design and develop manufacturing tooling, including 3D fixtures and build aids, to improve repeatability and throughput.
Utilize 3D CAD solid modeling to support manufacturability reviews, fixture design, and process validation.
Leverage rapid prototyping and 3D printing where appropriate to accelerate development cycles and reduce tooling lead time.
Own BOM development aligned to the manufacturing strategy, ensuring accuracy, cost control, and scalability.
Develop early-stage cost models at design release, identify cost drivers, and drive design or process changes to achieve target cost prior to production launch.
Lead pilot builds and production trials, driving issue resolution, process validation, and readiness for full-rate production.
Troubleshoot production issues, identify root causes, and implement corrective actions.
Continuously optimize workflows for efficiency, quality, and cost-effectiveness.
Develop and implement new or streamlined process flows to improve efficiency and scalability.
Quantify improvements using metrics such as cycle time reduction, labor efficiency, cost savings, and yield improvement.
Present data-driven justification for process changes and tooling investments.
Ensure products and processes meet all applicable industry standards, regulatory requirements, and internal quality benchmarks.