CNC Machining Specialist

Divergent is a technology company that has architected, invented, built, and commercialized an end-to-end factory system called the Divergent Adaptive Production System (DAPS) that comprehensively uses machine learning to optimally engineer, additively manufacture, and flexibly assemble complex integrated vehicle structures and subsystems. Products created using DAPS are superior in performance, lower in cost, rapidly customizable to meet mission and customer-specific requirements, faster to market, and scalable on demand to high volume production. Divergent is a qualified Tier 1 supplier to global automotive OEMs, and Divergent is now expanding to support mission critical needs in the Aerospace and Defense sector. Join us to be a part of this transformative journey, where your impact will shape the future of technology and production.

Schedule
This is a 3 - 4 x 11 rotating shift working alternating Wednesdays.

Shifts Available

Sun - Wed 1st shift (5am - 4:30pm)
Sun - Wed 2nd shift (4pm - 3:30am)
Wed - Sat 1st shift (5am - 4:30pm)
Wed - Sat 2nd shift (4pm - 3:30am)

Purpose

The CNC Machining Specialist is a technical expert responsible for defining machining approaches and executing complex CNC operations to produce precision components for advanced automotive, aerospace, and high-performance manufacturing applications. This role operates with broad autonomy, integrating with design and manufacturing engineering teams to develop robust machining strategies that ensure quality, repeatability, and scalability.

The CNC Machining Specialist leads advanced machine setup and operation, independently troubleshoots complex machining challenges, and drives improvements in tooling, work holding, and machining processes. This role also helps define best practices, refine procedures, and mentor other machinists and technicians while supporting continuous improvement and the scaling of high-precision manufacturing operations.

The Role

CNC Machining Expertise

• Lead the setup, operation, and optimization of advanced CNC equipment including multi-axis mills (3-axis, 3+2, and 5-axis) to produce high-precision components in prototype and production environments.
• Apply deep knowledge of engineering drawings and GD&T to validate machining strategies and ensure parts meet strict dimensional and quality requirements.
• Diagnose and resolve complex machining challenges such as tool wear, workholding stability, machine performance, and program issues while establishing repeatable solutions and best practices.

Process Optimization and Innovation

• Partner with design and manufacturing engineering teams to influence part design for manufacturability and improve machining efficiency.
• Define and refine machining strategies—including programming approach, tooling selection, and fixturing concepts—to improve cycle time, quality, and process reliability.
• Drive continuous improvement initiatives and support the introduction of new technologies and manufacturing methods, including hybrid and additive-enabled workflows where applicable.

Quality and Documentation

• Ensure machined components consistently meet internal and industry quality standards through rigorous process control and verification practices.
• Develop and maintain machining standards, setup documentation, and process guidance to ensure repeatability and scalability across operators and shifts.
• Mentor machinists and technicians by sharing technical expertise and promoting strong machining practices across the team.

Safety and Compliance

• Uphold and champion Environmental, Health, and Safety (EHS) standards within machining operations.
• Identify process risks and implement improvements to ensure safe, reliable, and efficient machining operations.

 

Basic Qualifications

• Ability to lawfully access information and technology that is subject to US export controls 
• Extensive experience operating and optimizing multi-axis CNC machines, including 3-axis, 3+2, and full 5-axis machining centers.
• Strong proficiency with Siemens and Heidenhain controllers.
• Advanced understanding of GD&T and its practical application in precision machining and inspection.
• Demonstrated ability to diagnose, troubleshoot, and optimize complex machining processes including tooling, fixturing, and program strategy.
• Proven experience machining complex 5-axis components across multiple alloys (e.g., aluminum, steels, titanium, nickel-based alloys).
• Experience creating and implementing dynamic work offsets and advanced setup strategies for complex parts and fixtures.
• Hands-on experience setting up and running complex 5-axi