CNC Machining Capability Project Engineer

Lockheed Martin is a global aerospace and defense company, and they are seeking a CNC Machining Capability Project Engineer for their Machining Capability Team. This role involves evaluating and developing external machining suppliers while making strategic sourcing decisions to enhance performance and competitiveness.

Responsibilities:

• 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

Requirements:

• Bachelor's (or higher) degree in a relevant engineering discipline
• 10 + years of engineering experience with at least 4 years leading large, multi‑disciplinary projects (≥ $5 M budget, 10+ team members)
• Expert in CAD/CAE, GD&T, BOM management, and PLM/ERP tools; strong command of Earned Value, risk registers, and schedule control
• Proven leadership and communication skills – able to mentor teams, influence senior stakeholders, and produce clear technical and executive reports
• Familiarity with applicable industry standards and regulations (AS9100, ISO 9001, ITAR/EAR, etc.) and capable of driving root‑cause analysis and continuous‑improvement initiatives
• PMP/PRINCE2 or advanced degree preferred
• 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