Master Machinist & Modeler
$68,000–$103,750 year
On-siteAlbuquerque, New Mexico, United States
Job Summary
Analyze complex technical data and engineering notes to identify optimal manufacturing solutions for intricate spacecraft components and first-of-a-kind models. Establish and refine machining techniques using multi-axis CNC mills, lathes, and manual equipment to produce assemblies and structural parts. Independently plan sequencing, setup, and execution of complex, multi-stage projects with autonomy while coordinating resources with internal engineers and external contractors. Oversee measurement, testing, and documentation procedures to ensure strict conformance to specifications and implement corrective rework methodologies. Take full ownership of shop stewardship, including developing compliant processes for hazardous material handling, waste management, and preventative maintenance. Requires 7+ years in high-precision machining, master-level understanding of tooling systems, and ability to work within an Integrated Product Team framework.
Required Qualifications
- A minimum of 7 years of related experience in a high-precision machining or R&D prototyping environment
- Comprehensive, master-level understanding of a wide range of precision tooling, systems, and cutting equipment (e.g., multi-axis CNC mills, CNC lathes, manual lathes, drill presses)
- Proven ability to work within an Integrated Product Team (IPT) framework, providing expert technical consultation to designers and engineers to improve part manufacturability under deadlines
- Advanced proficiency in modeling/CAD/CAM software (such as Mastercam, SOLIDWORKS, etc.) alongside standard enterprise office tools
- Formal certification or advanced technical training in machine tool technologies
- A U.S. Citizen with the ability to obtain and maintain a US Department of Defense Security Clearance
- Secret clearance
- Ability to obtain a clearance
Desired Qualifications
- Associate degree in Machine Tool Technology or a related technical discipline
- Demonstrated confidence and expertise in providing data-driven feedback to aerospace engineers to optimize first-of-a-kind part designs and structural outcomes
- Ability to manage a diverse, concurrent workload, shifting technical priorities dynamically across multiple projects without sacrificing accuracy or safety
- Proven track record of managing high-value material inventories and anticipating tool/part replenishment cycles to prevent R&D downtime
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