Lead CNC Machinist: Multi-Axis Expert & Shift Leader

Divergent; Torrance (CA); On-site; USD 72,000 - 99,000; Full time

Job summary

Divergent is seeking a Lead CNC Machinist in Torrance, CA to coordinate daily machining operations, mentor staff, and drive process improvements across shifts. You will lead setup and operation of advanced CNC equipment, apply GD&T, and troubleshoot complex manufacturing challenges to ensure quality and on-time production.

You will collaborate with engineering to optimize manufacturability, reduce cycle times, and implement innovative machining techniques while ensuring adherence to safety and

Qualifications

• 5–8 years of CNC machining experience with strong multi‑axis machining expertise.
• Advanced proficiency with Siemens and Heidenhain controllers.
• Advanced understanding of GD&T and machining process optimization.
• Demonstrated experience troubleshooting complex machining processes and setups.
• Experience implementing dynamic work offsets and advanced setup methodologies.

Responsibilities

• Act as a floor lead, coordinating the work of peer machinists, managing a high workload, and providing daily direction to maintain production continuity across shifts.
• Mentor machinists and operators on machining best practices, setups, and troubleshooting.
• Lead continuous improvement efforts focused on throughput, quality, and repeatability.
• Take technical ownership of machining operations from setup through stable production.
• Support production ramp activities and machining scalability initiatives.

Skills

Leadership

CNC machining

GD&T

Troubleshooting

Multi-axis machining

Tools

Siemens controller

Heidenhain controller

Job description

Divergent is seeking a Lead CNC Machinist in Torrance, CA to coordinate daily machining operations, mentor staff, and drive process improvements across shifts. You will lead setup and operation of advanced CNC equipment, apply GD&T, and troubleshoot complex manufacturing challenges to ensure quality and on-time production.

You will collaborate with engineering to optimize manufacturability, reduce cycle times, and implement innovative machining techniques while ensuring adherence to safety and