CNC Machining Capability Project Engineer

CNC Machining Capability Project Engineer | Lockheed Martin

You will be the CNC Machining Capability Project Engineer for the Machining Capability Team. Our team is responsible for evaluating, selecting, and developing external machining suppliers for complex CNC milling and turning operations.

What You Will Be Doing

As the CNC Machining Capability Project Engineer you will be responsible for translating capability data into strategic sourcing decisions that drive cost savings, revenue protection, and market competitiveness. You will partner with Supply Chain, Strategic Sourcing, Supplier Quality, and Operations to ensure supplier performance.

Your responsibilities will include, but are not limited to:

• Lead technical assessments of machining suppliers, including CNC 3‑5 axis capabilities, tolerances, and material expertise.
• Support RFQ/RFP reviews by analyzing drawings, manufacturability, cycle times, and cost drivers.
• Provide hands‑on machining expertise to bridge engineering intent and supplier execution.
• Participate in source selection decisions as the machining technical authority.
• Collaborate with cross‑functional teams to resolve technical issues and reduce risk.

Why Join Us

The ideal candidate is a collaborative technical leader with deep CNC expertise and strong business acumen. This role offers high‑impact influence on supplier strategy, visibility across the organization, and the opportunity to shape critical manufacturing capabilities.

We are committed to supporting your work‑life balance and overall well‑being, offering flexible scheduling options. Learn more about Lockheed Martin's comprehensive benefits package here.

Further Information About This Opportunity

This position is located in Grand Prairie, TX or Orlando, FL. Discover more about Lockheed Martin Missiles and Fire Control.

MUST BE A U.S. CITIZEN - This position is located at a facility that requires special access.

Desired skills

• Advanced CNC & CAD/CAM expertise – Proficient with 3‑, 4‑ and 5‑axis machining, tooling selection, cutting‑parameter optimization, and multi‑axis CAM software (e.g., Mastercam, Siemens NX, HyperMILL). • Process planning, fixturing & quality control – Develop detailed setup sheets, design work‑holding, program CMM/laser inspections, apply GD&T, and follow ISO/AS9100 quality procedures. • Project‑management & continuous‑improvement – Use Earned‑Value, risk registers, and schedule tools (MS Project/Primavera); drive root‑cause analysis, Lean/Six‑Sigma projects to cut cycle time, scrap and tool wear. • Cross‑functional communication & documentation – Translate engineering requirements into clear machining documentation, status reports, and presentations for designers, suppliers, customers, and senior leadership. • Integrated systems, safety & adaptability – Work with PLM/ERP (Teamcenter, SAP) for BOM and change control, adhere to machine‑tool safety standards (ISO 12100/ANSI B11), and travel to on‑site facilities for audits and project execution.