Purpose

The CNC Programmer (Turning & Grinding Focus) is a highly technical manufacturing role responsible for developing and executing advanced machining processes with a primary focus on horizontal turning mills, mill-turn platforms, and precision grinding operations, while supporting broader CNC machining activities as required. 

This role owns the full machining workflow including process development, fixture design, CNC programming, machine setup support, prove-out, inspection collaboration, and production optimization. The CNC Programmer partners closely with manufacturing engineering, design engineering, and shop operations teams to develop robust, repeatable, and scalable machining strategies for high-performance aerospace, automotive, defense, and energy components. 

Operating in a fast-paced hardware environment, this individual will lead the development of advanced machining solutions for complex rotational hardware and precision-critical components, supporting both prototype development and high-rate production. This role combines deep CAM expertise, strong shop-floor execution, and hands-on manufacturing problem solving.

The Role

Advanced CNC Programming & Machining 

• Develop and optimize CNC programs using CAM software (Siemens NX preferred) for:  

• Horizontal turning mills  

• Multi-axis mill-turn platforms  

• 5-axis grinding systems  

• Standard vertical and horizontal machining centers as needed  

• Program, verify, simulate, and support complex machining operations including:  

• Multi-axis turning  

• Simultaneous 5-axis machining  

• Cylindrical and profile grinding  

• Mill-turn operations  

• Support first article development through stable production release.  

• Create advanced machining strategies for tight-tolerance rotational components and complex geometries.  

• Develop dynamic work offset strategies, probing routines, and multi-operation setup methodologies. 

Process Development & Optimization 

• Analyze new components to determine machining approach, tooling strategy, workholding concepts, and process flow.  

• Design and refine robust machining processes to improve: Cycle time, Surface finish, Dimensional capability, Tool life, Repeatability  

• Develop grinding strategies for precision-critical surfaces, diameters, profiles, and datum structures.  

• Provide Design for Manufacturability (DFM) feedback to engineering teams during product development. 

Fixture Design & Manufacturing Support 

• Design and develop machining fixtures, grinding workholding, soft jaws, and support tooling using CAD (NX preferred).  

• Support fabrication, prove-out, and validation of fixtures and setup concepts.  

• Collaborate with machinists and operators during setup, prove-out, and production troubleshooting.  

• Provide direct shop-floor support during first article builds and process launches. 

Inspection & Quality 

• Interpret engineering drawings and apply GD&T principles to machining and inspection strategies.  

• Collaborate with metrology and quality teams to validate inspection approaches for complex machined hardware.  

• Utilize metrology equipment and inspection feedback to refine machining processes and improve capability.  

• Support root cause investigations and corrective actions for machining-related non-conformances. 

Production & Operational Excellence 

• Support machining operations across prototype, low-rate, and production environments. 

• Maintain strict adherence to MES, process documentation, revision control, and manufacturing standards.  

• Ensure compliance with Environmental, Health, and Safety (EHS) requirements and machine shop best practices.  

• Support broader machining and shop activities as production priorities require. 

Basic Qualifications

• Extensive CNC programming experience with a strong focus on:  

• Horizontal turning mills  

• Mill-turn machining  

• Multi-axis turning systems  

• Strong CAM programming capability (Siemens NX preferred).  

• Strong understanding of machining dynamics, tooling, materials, and process optimization.  

• Experience with Siemens and/or Heidenhain controllers preferred.  

• Proficiency in CAD modeling and fixture/workholding design.  

• Demonstrated ability to develop machining strategies for first article and production hardware.  

• Strong understanding of GD&T and precision inspection methodologies.  

• Hands-on understanding of machine setup, operation, and prove-out activities.   

• Experience machining aerospace-grade materials including aluminum, steels, titanium, stainless steels, and nickel-based alloys. 

• Ability to lawfully access information and technology that is subject to US export controls 

Preferred Qualifications

• Proficiency with Siemens NX CAD/CAM. 

• Experience with horizontal turning centers, mill-turn systems, multi-axis, & Precision grinding operations    

• Experience programming or supporting precision grinding equipment (5-axis grinding preferred). 

• Familiarity with palletized machining systems and automated manufacturing environments. 

• Experience machining large-format or high-precision rotational components. 

• Experience with additive manufacturing and hybrid additive-subtractive workflows. 

• Strong understanding of aerospace, automotive, defense, or turbine/energy hardware manufacturing. 

• Experience supporting high-rate production and production ramp environments. 

• Familiarity with in-process probing, automation, and advanced setup verification techniques. 

Work Environment

• This role operates in a fast-paced, high-mix production environment where priorities can shift rapidly based on engineering changes, supply chain constraints, and program milestones. The environment demands tight cross-functional collaboration with engineering, manufacturing, quality, logistics, and program teams to ensure daily execution aligns with long-term build plans.
   
• Success in this environment requires hands-on engagement on the shop floor, strong systems knowledge, and the ability to anticipate and resolve scheduling risks before they impact key deliverables.
   
• The culture emphasizes proactive communication, data-driven decision making, and continuous improvement to meet aggressive program timelines while maintaining high standards for quality, safety, and efficiency. 

Additional Requirements

• An on-site skills demonstration (< 60mins) is required as part of the hiring process to evaluate technical proficiency and practical machining abilities. 

Compensation

At Divergent, our pay range is based on the level of the job. For this role, we will consider candidates at levels ABC - XYZ as evaluated through our interview process. 

• Technician / T03: $47.00 - $51.00
• Lead Technician / T04: $52.00 - $60.00
• Senior Technician / T05: $60.00 - $69.00

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

Shifts Available

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

Purpose

The CNC Machining Specialist is a hands-on technical expert responsible for developing and executing precision machining strategies with an emphasis on CNC turning operations, while maintaining versatility across milling and multi-axis machining environments. This role supports the production of high-performance components for advanced aerospace, automotive, and next-generation manufacturing systems. 

Operating with a high degree of autonomy, this individual partners closely with design and manufacturing engineering to translate complex hardware requirements into robust, scalable machining processes. The role is deeply rooted in shop-floor execution—owning setups, solving problems in real time, and driving machining excellence from prototype through rate production. 

This position plays a critical role in building repeatable, high-quality processes, improving throughput, and enabling rapid iteration in a fast-paced production environment. 

The Role

Turning & Machining Execution 

• Lead setup, operation, and optimization of CNC turning centers (mill-turn and multi-axis lathes) for precision components.  

• Execute machining & grinding across a range of equipment as needed, including 3-axis, 3+2, and 5-axis mills to support production demands.  

• Own first article through production runs, ensuring parts meet dimensional, surface finish, and performance requirements.  

• Apply advanced understanding of GD&T to validate setups and machining strategies directly on the floor. 

Process Development & Optimization 

• Define machining strategies across turning and milling operations, including:  

• Tooling selection  

• Workholding/fixturing concepts  

• Program approach and sequencing  

• Identify and eliminate inefficiencies in cycle time, tool life, and setup methodology.  

• Troubleshoot and resolve machining challenges (chatter, tool wear, thermal distortion, tolerance stack-up, machine limitations).  

• Partner with engineering to drive Design for Manufacturability (DFM), especially for turned features and rotational geometries. 

Production Ownership & Continuous Improvement 

• Take full ownership of machining processes on the floor—from initial prove-out to stable production.  

• Drive continuous improvement initiatives focused on:  

• Cycle time reduction  

• Scrap and rework reduction  

• Process capability and repeatability  

• Support production ramp by developing scalable processes, standardized tooling, and repeatable setups.  

• Act with urgency to resolve blockers impacting delivery schedules and production output. 

Quality & Documentation 

• Ensure all hardware meets internal and industry quality standards through disciplined process control.  

• Develop and maintain:  

• Setup sheets  

• Work instructions  

• Process standards  

• Collaborate with inspection teams to validate measurement strategies for tight-tolerance turned features.  

• Support root cause analysis and corrective actions for non-conformances. 

Team Leadership & Mentorship 

• Mentor machinists and operators on turning best practices, machining fundamentals, and advanced techniques.  

• Promote strong shop culture centered on accountability, craftsmanship, and continuous learning.  

• Provide technical guidance across shifts to ensure consistency and process adherence. 

Safety & Operational Excellence 

• Champion Environmental, Health, and Safety (EHS) standards within all machining activities.  

• Proactively identify risks in machining operations and implement mitigation strategies.  

• Maintain a clean, organized, and high-functioning work environment aligned with high-performance production standards. 

Basic Qualifications

• Extensive experience operating CNC turning centers (2-axis, live tooling, mill-turn, or multi-axis lathes).  

• Strong cross-functional machining experience including milling (3-axis, 3+2, 5-axis) & grinding.  

• Proficiency with Siemens, Fanuc, & Heidenhain controllers.  

• Advanced understanding of GD&T and its application in precision machining.  

• Proven ability to troubleshoot and optimize machining processes across tooling, fixturing, and programming.  

• Experience machining complex components in aluminum, steels, titanium, and nickel-based alloys (Inconel).  

• Demonstrated experience with advanced setup techniques, including dynamic work offsets and multi-operation setups.  

• Hands-on experience taking parts from first article through production.  

• Ability to create clear setup documentation and standardized machining processes.  

• Experience mentoring or leading other machinists on the shop floor. 

• Ability to lawfully access information and technology that is subject to US export controls 

Preferred Qualifications

• Familiarity with large-format or gantry-style machining systems.  

• Experience Machining additively manufactured components or hybrid workflows.  

• Strong manual machining skills to support tooling, fixtures, and rework operations.  

• Experience in high-rate production or rapid development environments with aggressive timelines. 

• Experience in CAD/CAM software/environments (NX CAM preferred).  

• Strong understanding of G-code. 

• Experience with writing probing routines for on machine part inspections. 

Work Environment

• This role operates in a fast-paced, high-mix production environment where priorities can shift rapidly based on engineering changes, supply chain constraints, and program milestones. The environment demands tight cross-functional collaboration with engineering, manufacturing, quality, logistics, and program teams to ensure daily execution aligns with long-term build plans. 
• Success in this environment requires hands-on engagement on the shop floor, strong systems knowledge, and the ability to anticipate and resolve scheduling risks before they impact key deliverables. 
• The culture emphasizes proactive communication, data-driven decision making, and continuous improvement to meet aggressive program timelines while maintaining high standards for quality, safety, and efficiency. 

Compensation

At Divergent, our pay range is based on the level of the job. For this role, we will consider candidates at levels ABC - XYZ as evaluated through our interview process. 

• Technician / T03: $47.00 - $51.00
• Lead Technician / T04: $52.00 - $60.00
• Senior Technician / T05: $60.00 - $69.00

Purpose

Divergent is hiring an Advanced Manufacturing Production Specialist to coordinate materials, tooling, and workflows across the production floor, ensuring efficient operations, minimal downtime, and on-schedule output in a high-precision aerospace environment. The role acts as a link between machining, engineering, quality, and supply chain teams, resolving constraints and prioritizing work orders while monitoring production status, tracking inventory and tooling, and identifying bottlenecks

The Role

• Help coordinate daily production activities to ensure alignment with manufacturing schedules and on-time delivery commitments.  
• Ensure the availability of tooling, materials, and work instructions prior to job release to minimize downtime and production interruptions.  
• Assist with managing and tracking work orders through ERP/MRP systems, maintaining accurate and up-to-date production status.  
• Monitor tooling inventory and usage, support tool crib operations, and initiating replenishment or replacement as needed.  
• Identify and proactively help address production bottlenecks.  
• Assist with production planning activities, including job sequencing, capacity considerations, and resource allocation.  
• Maintain accurate documentation, including digital travelers, inspection records, and production logs, in accordance with company requirements.  
• Contribute to continuous improvement initiatives by identifying inefficiencies and supporting process optimization efforts. 

Basic Qualifications

• Ability to lawfully access information and technology that is subject to US export controls 
• High school diploma (or equivalent) or relevant aerospace/precision machining experience  
• 1+ year of administrative or production support experience minimum in a manufacturing environment  
• Strong organizational, multitasking, communication, and problem-solving skills with attention to detail  
• Ability to work in fast-paced, deadline-driven production settings  
• Familiarity with CNC machining, blueprint reading, tooling, and production workflows  
• Basic knowledge of aerospace standards (AS9100) and FAA regulations  
• Experience with ERP/MRP systems and proficiency in Microsoft Excel for scheduling, tracking, and data analysis  
• Ability to manage and track work orders, inventory, and tooling availability 

Preferred Qualifications

• Experience in aerospace manufacturing environments (tight tolerances)  
  • Knowledge of First Article Inspection (FAI) & Lean Manufacturing / Six Sigma principles  
• Certification or training in:  
  • APICS / supply chain fundamentals  
• Prior experience in:  
  • Tool crib management  
  • Production control  
  • Inventory systems 

Work Environment

• This role operates in a fast-paced, high-mix production environment where priorities can shift rapidly based on engineering changes, supply chain constraints and Program milestones. The environment demands tight cross-functional collaboration with engineering, manufacturing, quality, logistics and Program teams to ensure daily execution aligns with long-term build plans. 
• Success in this environment requires hands-on engagement on the shop floor, strong system’s knowledge, and the ability to anticipate and resolve scheduling risks before they impact key deliverables. 
• The culture emphasizes proactive communication, data-driven decision making, and continuous improvement to meet aggressive program timelines while maintaining high standards for quality, safety, and efficiency. 
• Ability to safely lift and carry up to 50 pounds as part of daily job duties, including loading, unloading, and moving materials. Demonstrate proper lifting techniques to prevent injury, maintain physical stamina for repetitive tasks, and follow all workplace safety guidelines when handling heavy items. 

Purpose

The Automation Engineer supports the daily operations across all of our Robotic Work Centers, including Assembly, Part inspection, Anodize, & post processing lines, for Divergent’s flexible robotic manufacturing systems, core to the Divergent Adaptive Production System (DAPS). The ideal candidate will use their expertise in automated systems, industrial robotics, and off-line programming to maintain & generate robotic programs for production parts and ongoing internal projects, while working with cross-functional teams to capture and implement process improvement. Divergent is pushing the boundaries of technology and we need a passionate and agile engineer to help us create the platform for sustainable manufacturing. 

The Role

As an Automation Engineer on the Advance Manufacturing team, you will be at the forefront of implementing advanced automation and robotics systems in our production environment. You will support the day-to-day operations; help refine processes and enable scalability. This role is hands-on, fast-paced, and essential to delivering high-precision, high-reliability hardware across automotive, aerospace, and defense programs. 

• Create Simulation Studies in Process Simulate on Teamcenter (Tecnomatix)
• Help create and maintain customer product manufacturing data for automated work centers.
• Help maintain kinematic libraries of hardware systems in robotic simulations
• Generate optimal assembly sequences and validate feasibility
• Perform reach & access studies and validate assembly sequence logic and interference-free robot motions.
• Program robots and automated systems to perform specific tasks and functions
• Troubleshoot and resolve any issues with existing automation systems to ensure smooth operation.
• Help create and maintain documentation for all automation and robotics systems, including specifications, manuals, and training materials.
• Train and mentor other team members on the operation and maintenance of automation and robotics systems
• Continuously monitor and analyze data from automation systems to identify areas for improvement and recommend solutions.
• Provide insight, data, & learnings to our development team to help inform our next generation robotic platforms.
• Collaborate with suppliers and vendors to procure necessary equipment and components for automation projects
• Adhere to all safety protocols and regulations while working with automation and robotics systems 

Basic Qualifications

• Ability to lawfully access information and technology that is subject to US export controls 
• Bachelor’s Degree in Mechatronics or Mechanical Engineering or equivalent discipline, a Strong Foundation in Engineering Principles and Theory 
• 1+ years performing Robotic Simulation studies for industrial robotic systems or 3+ years of hands-on programming of industrial robotic manipulators 
• 3+ year experience operating industrial robots: Kuka, ABB, FANUC, Yaskawa 
• Proficiency In CAD (preferable NX) and Simulation Tools. 
• Must Be Able to Identify and Resolve Issues Quickly and Efficiently, Using Data-Driven Approaches and Critical Thinking Skills. 
• Strong communication and collaboration skills, able to work effectively with other technicians, engineers, and project teams. 
• Capable of working autonomously within the focused area. 
• Ability to lift up to 50lbs 
• Ability to climb up and down ladders 

Preferred Qualifications

• 3+ years of Robotics Simulation work
• Experience with generating and optimizing collision-free robotic motion paths and processes 
• Experience with analysis and optimization of robotic system layouts and processes 
• Experience with manufacturing automation in automotive or aerospace environments 
• Applications experience with robotic material handling, assembly, vision systems, adhesive systems, material removal, welding, or fastening 

Work Environment

• Working near moving mechanical parts 
• This is a hands-on position that will require standing for long durations of your day and working directly with hardware on the floor. 
• Must be comfortable stooping, bending, and standing. 
• Position may require occasional travel, long hours or weekend work 

Compensation

At Divergent, our pay range is based on the level of the job. For this role, we will consider candidates at levels Engineer II - Senior Engineer as evaluated through our interview process. 

• Engineer II / E04: $122,430 - $168,340
• Senior Engineer / E05: $141,380 - $194,390

Purpose

We are seeking a highly motivated and hands-on Production Supervisor to lead and oversee daily operations across the Machine Shop, Clean Line, Robotic Assembly, and Automated Anodize Line. This role is critical to ensuring production targets are met with the highest standards of safety, quality, and efficiency. The ideal candidate will possess strong leadership skills, technical expertise, and the ability to drive cross-functional collaboration, accountability, and continuous improvement.

The Role

• Supervise daily operations across multiple manufacturing areas including CNC machining, part cleaning and preparation, robotic assembly, and automated anodizing. 
• Lead a team of skilled technicians and leads to ensure adherence to production schedules, quality standards, and safety protocols. 
• Plan and allocate resources (labor, equipment, and materials) to meet short- and long-term production goals. 
• Monitor and troubleshoot process issues, working closely with engineering, maintenance, and quality teams to minimize downtime and optimize throughput. 
• Partner with Manufacturing Engineers and Quality Engineers to implement process improvements, resolve technical issues, and support design-for-manufacturability initiatives. 
• Drive accountability through effective coaching, performance feedback, and workforce development initiatives. 
• Ensure accurate documentation of production activities, downtime tracking, and maintenance logs. 
• Participate in capital planning and facilities upgrades to improve area capacity and capability (5S). 
• Promote a culture of safety, continuous improvement, and operational excellence. 
• Maintain a clean, organized, and efficient workspace in accordance with 5S and lean manufacturing practices. 

Basic Qualifications

• Ability to lawfully access information and technology that is subject to US export controls 
• Hands-on experience in fast paced technical/manufacturing environment. 
• Comfortable using ERP and MES systems; experience with production tracking tools preferred. 
• Excellent communication, conflict resolution, and team-building skills. 
• Willingness to spend time on the production floor to coach and support frontline staff. 
• Good interpersonal skills to effectively interface with all levels of employees, including providing direction to and scheduling work of assigned staff. 
• The ability to manage changing priorities in a fast-paced engineering development environment. 
• Technical experience in a fast-paced manufacturing setting. 
• Direct experience in a people leadership role. 

Preferred Qualifications

• Hands on experience with 5 axis CNC Machines, mills, & lathes in aerospace. 
• Hands on experience with automated production lines/cells.  
• Hands on experience with KUKA robots.   
• Associate or Bachelor’s degree in Engineering, Industrial Technology, or related field (or equivalent experience). 

Work Environment

• This role operates in a fast-paced, high-mix production environment where priorities can shift rapidly based on engineering changes, supply chain constraints, and program milestones. The environment demands tight cross-functional collaboration with engineering, manufacturing, quality, logistics, and program teams to ensure daily execution aligns with long-term build plans. 
• Success in this environment requires hands-on engagement on the shop floor, strong systems knowledge, and the ability to anticipate and resolve scheduling risks before they impact key deliverables. 
• The culture emphasizes proactive communication, data-driven decision making, and continuous improvement to meet aggressive program timelines while maintaining high standards for quality, safety, and efficiency. 

Purpose

This role serves as the technical bridge between design/manufacturing engineers and the production team, with a core focus on developing scalable, high-reliability automated, machining, & inspection processes. This person is responsible for driving process improvements, solving complex production challenges, and helping to eliminate part flow blockers. Rather than simply supporting products, this engineer leads process innovation enabling rapid iteration, increasing production efficiency, and helping scale Divergent’s capabilities to meet program demands. 

The Role

As the Advance Manufacturing engineer, you will lead the development, execution, and continuous improvement of day-to-day operations for machining, automated assembly, automated anodize, inspection, & cleaning work centers. You’ll be one of the primary technical resources supporting these areas with troubleshooting production issues, refining the processes, and enabling scalability through smart programming, tooling/fixturing, documentation, and workflow improvements. This role is hands-on, fast-paced, and essential to delivering high-precision, high-reliability hardware across automotive, aerospace, and defense programs. 

The ideal candidate is well versed in aerospace production environment and has direct experience with supporting the production floor, DFM, machining, assembly, coating, metrology, & thrives on solving complex shop floor problems, and brings a strong process mindset to drive quality, speed, and consistency.

Key Responsibilities 

Operations Support 

• Own daily production execution, working directly with production floor to resolve issues, and ensure steady throughput. 
• Develop and implement best practices, processes, strategies, and calibration procedures to improve operational capacity. 
• Monitor utilization and WIP flow through the work centers, help push/pull work as needed to maintain alignment with production targets. 

Technical Execution 

• Act as the technical bridge between design/manufacturing engineering and production teams. 
• Lead development, execution, and continuous improvement of machining, automated assembly, automated anodize, inspection, and cleaning work centers. 
• Collaborate on programming for 3-axis, 3+2, and 5-axis CNC mills using Siemens NX CAM software. 
• Provide feedback using advanced understanding of GD&T, tooling, feeds/speeds, and fixturing. 
• Introduce standardized strategies, programming conventions, and setup documentation to improve consistency and reduce cycle time. 
• Leverage metrology and inspection expertise to drive quality assurance in production. 

Process Development & Scalability 

• Help lead efforts to integrate new machines, equipment, tools, and fixturing into production; support commissioning. 
• Co-Drive design-for-manufacturing (DFM) conversations with Manufacturing engineering to improve part manufacturability and reduce complexity at the machine. 
• Develop and implement innovative fixturing strategies tailored for complex additive manufactured geometries. 
• Support integration of automated machining technologies to enhance scalability and precision. 

Continuous Improvement & Documentation 

• Analyze data to identify trends, inefficiencies, and root causes of scrap or delays; implement corrective actions and process improvements. 
• Create and maintain detailed documentation to ensure consistency and repeatability across shifts and teams. 
• Collaborate with software and data teams to integrate production metrics and feedback loops into real-time dashboards and planning systems. 

Basic Qualifications

• Ability to lawfully access information and technology that is subject to US export controls
• Bachelor’s degree in Mechanical, Manufacturing, or Industrial Engineering, or equivalent hands-on experience 
• 8+ years of experience in aerospace or defense industries. 
• Hands-on experience with advanced manufacturing techniques, including additive manufacturing, robotics, coatings, & inspection/quality 
• Direct experience with machining, additive manufacturing, coatings, & inspection/quality. 
• Proficiency in CAD/CAM software (e.g., Siemens NX, AutoCAD,) 
• Advanced knowledge of CNC machining, structure assembly, GD&T, tooling, & metrology. 
• Experience evaluating, selecting and commissioning of machines to meet manufacturing capabilities. 
• Excellent problem-solving skills and ability to innovate in a fast-paced environment. 
• Strong communication and collaboration skills, with the ability to work effectively in cross-functional teams. 
• Ability to work on multiple projects and initiatives in parallel 

Preferred Qualifications

• Master's degree in mechanical, manufacturing, or aerospace engineering. 
• Experience with robotic machining systems and calibration methodologies 
• Experience with manufacturing automation in automotive or aerospace environments 

Work Environment

• This is a hands-on position that will require standing for long durations of your day and working directly with hardware on the floor. 
• Must be comfortable stooping, bending, and standing. 
• Position may require occasional travel, long hours or weekend work. 

Compensation

At Divergent, our pay range is based on the level of the job. For this role, we will consider candidates at levels E03 - E05 as evaluated through our interview process. 

• Level 3 Engineer / E03 $91,800 - $126,200
• Level 4 Engineer / E04: $106,000 - $145,750
• Senior Engineer / E05: $122,400 - $168,300

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 Machinist is a highly skilled professional responsible for overseeing advanced machining processes and delivering precision-manufactured components for industries such as automotive, aerospace, and advanced manufacturing. This role involves setting up and operating complex CNC equipment, troubleshooting challenging machining issues, and collaborating with engineering teams to optimize designs for manufacturability.

This position ensures the precision, quality, and efficiency of machining processes by maintaining adherence to strict industry standards and company policies. The CNC Machining Specialist is pivotal in driving innovation in the production of complex prototype and production parts in high-performance manufacturing.

The Role

CNC Machining Expertise

• Set up and operate advanced CNC equipment, including multi-axis mills (3-axis, 3+2, and 5-axis), to produce high-precision components.
• Interpret complex engineering drawings and apply GD&T principles to ensure components meet stringent quality and dimensional standards.
• Troubleshoot and resolve machining challenges, including tool wear, fixture alignment, and programming errors.

Process Optimization and Innovation

• Collaborate with engineering and design teams to provide feedback on part manufacturability and improve design efficiency.
• Develop and refine machining strategies, including programming, tooling, and fixturing, to maximize productivity and minimize waste.
• Participate in the creation and implementation of innovative machining techniques, including leveraging additive manufacturing technologies.

Quality and Documentation

• Ensure all machined components meet company and industry quality standards through rigorous inspection and adherence to setup sheets.
• Maintain accurate documentation of machining processes, tool setups, and program adjustments to ensure consistency and repeatability.

Safety and Compliance

• Promote a culture of safety by adhering to Environmental, Health, and Safety (EHS) standards and company policies.
• Identify potential safety hazards in the machining process and take proactive measures to mitigate risks.

Basic Qualifications

• Ability to lawfully access information and technology that is subject to US export controls 
• Proficiency in Siemens and Heidenhain controllers.
• Strong understanding of GD&T and its application in precision manufacturing.
• Proven ability to troubleshoot and optimize machining processes.
• Experience in the creation and implementation of dynamic work offsets for complex setups.

Preferred Qualifications

• Experience machining components produced through additive manufacturing.
• Familiarity with large gantry CNC systems and advanced machining technologies.

Work Environment

• Experience machining components produced through additive manufacturing.
• Familiarity with large gantry CNC systems and advanced machining technologies.

Additional Requirements

• An on-site skills demonstration (< 60mins) is required as part of the hiring process to evaluate technical proficiency and practical machining abilities.

Compensation

At Divergent, our pay range is based on the level of the job. For this role, we will consider candidates at levels T03 - T05 as evaluated through our interview process. 

• Technician / T03: $47.00 - $51.00
• Lead Technician / T04: $52.00 - $60.00
• Senior Technician / T05: $60.00 - $69.00

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-axis CNC operations in prototype and/or production environments.
• Experience mentoring machinists and operators, supporting skill development and promoting strong machining practices.
• Ability to develop work instructions, setup documentation, and standardized machining procedures to ensure repeatability and process reliability.

Preferred Qualifications

• Experience machining additively manufactured components and working with hybrid additive-subtractive workflows.
• Familiarity with large-format CNC systems or gantry-style machining platforms.
• Strong background in manual machining and turning operations to support tooling, fixtures, and future work.

Work Environment

• This role operates in a fast-paced, high-mix production environment where priorities can shift rapidly based on engineering changes, supply chain constraints, and program milestones. The environment demands tight cross-functional collaboration with engineering, manufacturing, quality, logistics, and program teams to ensure daily execution aligns with long-term build plans.
• Success in this environment requires hands-on engagement on the shop floor, strong systems knowledge, and the ability to anticipate and resolve scheduling risks before they impact key deliverables.
• The culture emphasizes proactive communication, data-driven decision making, and continuous improvement to meet aggressive program timelines while maintaining high standards for quality, safety, and efficiency

Additional Requirements

• An on-site skills demonstration (< 60mins) is required as part of the hiring process to evaluate technical proficiency and practical machining abilities.

Compensation

At Divergent, our pay range is based on the level of the job. For this role, we will consider candidates at levels T04 - T05 as evaluated through our interview process. 

• Lead Technician / T04: $52.00 - $60.00
• Senior Technician / T05: $60.00 - $69.00

Schedule

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

Shifts Available

• Sun - Wed 1st shift (5am - 4:30pm)
• Wed - Sat 1st shift (5am - 4:30pm)

Purpose

This role is part of Advanced Manufacturing Operations, which encompasses Metrology, Machining, Anodizing, Assembly, and the Cleaning Line. The support technician will assist in day-to-day operations within a fast-paced production environment and contribute to a variety of manufacturing and facilities-related tasks.  

Responsibilities may include assisting with CNC machining operations, basic disassembly and assembly work, part cleaning, hand trimming, and deburring of components post-machining. They may also operate small machinery, move and pack materials, and perform minor preventative maintenance while maintaining a clean and safe work area. This is a hands-on, entry-level position that requires attention to detail and a willingness to learn on the job.  

The individual will work closely with experienced technicians and receive 1:1 mentorship across multiple disciplines including machining, anodizing, and facility operations. Candidates should be motivated, adaptable, and eager to grow within a dynamic and collaborative team. This is a great opportunity to get your foot in the door at an industry disrupting aerospace/automotive company. 

The Role

• Supporting machinists and technicians with part preparation, loading/unloading, racking, and material movement 
• Performing post-machining tasks such as deburring, hand trimming, polishing, and part cleaning 
• Assisting with shop floor logistics including moving parts between work centers and supporting shipping/receiving needs 
• Conducting light mechanical assembly and basic machine maintenance tasks (coolant checks, chip removal, etc.) 
• Operating hand tools, power tools, forklifts, and shop equipment (e.g., band saws, drill presses) 
• Reading and following work instructions and documentation 
• Contributing to shop organization, cleanliness, and safety by following FOD and 6S standards 
• Assisting with preventive maintenance and general facility upkeep as needed 
• Sufficient shop-mathematical-ability to take measurements, cut required dimensions, etc. Strong "hands on" ability required. 
• Perform other tasks as directed by Supervision/Management including but not limited to assisting non-production plant and administrative tasks. 

Basic Qualifications

• Ability to lawfully access information and technology that is subject to US export controls 
• Strong interpersonal and communication skills; able to work effectively in team environments with diverse personalities 
• Basic knowledge of inspection tools such as calipers, micrometers, and depth gauges 
• Familiar with personal computers and basic software applications 
• Self-motivated with the ability to prioritize tasks and meet deadlines 
• Excellent written and verbal communication skills 
• Physically able to work in confined areas and lift up to 40 lbs. unassisted 
• Able to stand for extended periods and perform physically demanding tasks 
• Knowledge of basic carpentry, hand tools, and electric power tools 
• Demonstrates safe working habits and adherence to safety protocols 
• Ability to follow instructions and take initiative when needed 
• Able to lead or support as appropriate to the task or situation 
• High school diploma or equivalent (completed or in progress) 
• Ability to earn trust, maintain professionalism, and contribute to a culture of inclusion 
• Ability to adapt to change (positive or negative). 

Preferred Qualifications

• Ability to read and interpret work orders, drawings, specifications, manuals, and safety regulations 
• Proficient in mid-level math (addition, subtraction, multiplication, division, fractions, and decimals) 
• Experience with pencil, orbital, and angle grinders 
• Experience in an aerospace manufacturing facility preferred 

Work Environment

• This is a hands-on position that will require standing for long durations of your day and working directly with hardware on the floor. 
• Must be comfortable stooping, bending, and standing. 
• Position may require occasional long hours or weekend work. 
• Ability to adapt to change (positive or negative) 

Compensation

At Divergent, our pay range is based on the level of the job. For this role, we will consider candidates at levels TCH 01 - TCH 03 as evaluated through our interview process. 

• TCH 01: $27.00 -37.00/hour 
• TCH 02: $31.00 - $43.00/hour
• TCH 03: $36.00 - $50.00/hour 

Schedule: This is a 2nd shift position, Monday–Friday from 12:00 PM to 8:30 PM.

Purpose

The Robotic Assembly Technician is an essential part of the production team, responsible for operating and supporting automated robotic assembly equipment in a high-volume manufacturing environment. This role focuses on consistent production output, equipment reliability, and adherence to safety and quality standards within the Divergent Adaptive Production System (DAPS).  

The Role

As a Robotic Assembly Technician, you will perform hands-on work operating robotic assembly cells, monitoring production processes, and keeping equipment running safely and efficiently. You will work directly on the production floor, supporting daily schedules, meeting output targets, and ensuring high-quality assemblies for automotive, aerospace, and defense products. 

Key Responsibilities: 

Operation & Production 

• Operate robotic assembly cells according to daily production plans. 
• Run start-up, dry runs, collision checks, and shut-down procedures. 
• Monitor part flow, cycle times, and machine performance to stay on schedule. 
• Make basic adjustments to equipment settings to maintain consistent operation. 
• Follow all work instructions, quality standards, and SOPs. 
• Assist with routine preventative maintenance tasks to reduce downtime. 
• Identify and escalate equipment or process issues as appropriate. 

Team Collaboration 

• Work with other technicians and operators to keep production running smoothly. 
• Support training of new team members when needed. 
• Provide clear shift handoff notes to maintain continuity 

Safety & Housekeeping 

• Follow all safety protocols around robotic equipment and moving machinery. 
• Help keep the work area clean, organized, and compliant with safety standards. 
• Report any unsafe conditions or concerns immediately. 

Basic Qualifications

• High school diploma or equivalent. 
• 1–3 years of experience operating industrial robots (Kuka, ABB, FANUC, Yaskawa) or automated equipment in a production setting. 
• Basic mechanical and electrical troubleshooting skills. 
• Experience in automotive, aerospace, or other high-precision manufacturing environments preferred. 
• Ability to lift up to 50 lbs and climb ladders as required. 
• Strong communication skills and a dependable work ethic. 
• Ability to follow SOPs and execute work with increasing independence. 
• Ability to lawfully access information and technology that is subject to US export controls 

Preferred Qualifications

• Experience operating Kuka 6-axis robots or similar robotic manipulators. 
• Familiarity with PLC-controlled equipment and HMI interfaces. 
• Experience with automated adhesive dispensing equipment. 
• Background in fast-paced, high-volume manufacturing. 

Work Environment

• Work near moving mechanical and robotic equipment. 
• Standing, bending, and hands-on tasks for most of the shift. 
• Occasional overtime or weekend work based on production needs. 
• Fast-paced environment requiring attention to detail and adherence to safety. 

Compensation

At Divergent, our pay range is based on the level of the job. For this role, we will consider candidates at levels TCH 01 - TCH 03 as evaluated through our interview process. 

• TCH 01: $30.00 - $41.00/hour 
• TCH 02: $35.00 - $48.00/hour
• TCH 03: $40.00 - $55.00/hour 

Purpose

This role serves as the technical bridge between design/manufacturing engineers and the production team, with a core focus on developing scalable, high-reliability automated, machining, & inspection processes. This person is responsible for driving process improvements, solving complex production challenges, and helping to eliminate part flow blockers. Rather than simply supporting products, this engineer leads process innovation enabling rapid iteration, increasing production efficiency, and helping scale Divergent’s capabilities to meet program demands. 

The Role

As the Senior Advance Manufacturing engineer, you will lead the development, execution, and continuous improvement of day-to-day operations for machining, automated assembly, automated anodize, inspection, & cleaning work centers. You’ll be one of the primary technical resources supporting these areas with troubleshooting production issues, refining the processes, and enabling scalability through smart programming, tooling/fixturing, documentation, and workflow improvements. This role is hands-on, fast-paced, and essential to delivering high-precision, high-reliability hardware across automotive, aerospace, and defense programs. 

The ideal candidate is well versed in aerospace production environment and has direct experience with supporting the production floor, DFM, machining, assembly, coating, metrology, & thrives on solving complex shop floor problems, and brings a strong process mindset to drive quality, speed, and consistency.

Key Responsibilities 

Operations Support 

• Own daily production execution, working directly with production floor to resolve issues, and ensure steady throughput. 
• Develop and implement best practices, processes, strategies, and calibration procedures to improve operational capacity. 
• Monitor utilization and WIP flow through the work centers, help push/pull work as needed to maintain alignment with production targets. 

Technical Execution 

• Act as the technical bridge between design/manufacturing engineering and production teams. 
• Lead development, execution, and continuous improvement of machining, automated assembly, automated anodize, inspection, and cleaning work centers. 
• Collaborate on programming for 3-axis, 3+2, and 5-axis CNC mills using Siemens NX CAM software. 
• Provide feedback using advanced understanding of GD&T, tooling, feeds/speeds, and fixturing. 
• Introduce standardized strategies, programming conventions, and setup documentation to improve consistency and reduce cycle time. 
• Leverage metrology and inspection expertise to drive quality assurance in production. 

Process Development & Scalability 

• Help lead efforts to integrate new machines, equipment, tools, and fixturing into production; support commissioning. 
• Co-Drive design-for-manufacturing (DFM) conversations with Manufacturing engineering to improve part manufacturability and reduce complexity at the machine. 
• Develop and implement innovative fixturing strategies tailored for complex additive manufactured geometries. 
• Support integration of automated machining technologies to enhance scalability and precision. 

Continuous Improvement & Documentation 

• Analyze data to identify trends, inefficiencies, and root causes of scrap or delays; implement corrective actions and process improvements. 
• Create and maintain detailed documentation to ensure consistency and repeatability across shifts and teams. 
• Collaborate with software and data teams to integrate production metrics and feedback loops into real-time dashboards and planning systems. 

Basic Qualifications

• Ability to lawfully access information and technology that is subject to US export controls
• Bachelor’s degree in Mechanical, Manufacturing, or Industrial Engineering, or equivalent hands-on experience 
• 8+ years of experience in aerospace or defense industries. 
• Hands-on experience with advanced manufacturing techniques, including additive manufacturing, robotics, coatings, & inspection/quality 
• Direct experience with machining, additive manufacturing, coatings, & inspection/quality. 
• Proficiency in CAD/CAM software (e.g., Siemens NX, AutoCAD,) 
• Advanced knowledge of CNC machining, structure assembly, GD&T, tooling, & metrology. 
• Experience evaluating, selecting and commissioning of machines to meet manufacturing capabilities. 
• Excellent problem-solving skills and ability to innovate in a fast-paced environment. 
• Strong communication and collaboration skills, with the ability to work effectively in cross-functional teams. 
• Ability to work on multiple projects and initiatives in parallel 

Preferred Qualifications

• Master's degree in mechanical, manufacturing, or aerospace engineering. 
• Experience with robotic machining systems and calibration methodologies 
• Experience with manufacturing automation in automotive or aerospace environments 

Work Environment

• This is a hands-on position that will require standing for long durations of your day and working directly with hardware on the floor. 
• Must be comfortable stooping, bending, and standing. 
• Position may require occasional travel, long hours or weekend work. 

Compensation

• Senior Engineer / E05: $122,400 - $168,300