O*NET-SOC Occupational Alignment
Engineering, CAD, manufacturing, quality, technical-commercial, product, project and operations qualifications
My career has moved between hands-on technical work and broader operational leadership. These occupational profiles provide a recognized framework for showing how that experience translates across multiple career paths—from CAD and engineering support through manufacturing, quality, project leadership, technical sales, and operations management.
This is not a list of job titles I am limiting myself to. It is a cross-reference between documented experience on this site and occupations maintained in the U.S. Department of Labor’s O*NET system.
Occupational Family
Engineering, CAD & Manufacturing
Hands-on technical work spanning process engineering, mechanical design, drafting, tooling, fixtures, testing, machining, and production support.
O*NET-SOC 17-2112.03
Manufacturing Engineers
O*NET describes work centered on designing, integrating, and improving manufacturing systems and processes, including producibility and cost improvement.
Manufacturing Engineers
O*NET describes work centered on designing, integrating, and improving manufacturing systems and processes, including producibility and cost improvement.
How my background aligns
- Current process-engineering work includes workflow optimization, tooling and fixture development, production implementation, CAD-based work instructions, and cross-functional manufacturing problem solving.
- Led the transition of wire-harness assembly from external sourcing to in-house production, including equipment, work-cell design, documentation, and repeatable operating methods.
- Mechanical Engineering Technology education, CAD/CAM training, CNC experience, and Six Sigma methods provide a technical foundation for manufacturability, process control, and continuous improvement.
O*NET-SOC 17-3013.00
Mechanical Drafters
O*NET defines this occupation around detailed mechanical drawings, dimensions, specifications, and 3D CAD models for machinery, devices, tools, and controls.
Mechanical Drafters
O*NET defines this occupation around detailed mechanical drawings, dimensions, specifications, and 3D CAD models for machinery, devices, tools, and controls.
How my background aligns
- Formal CAD preparation includes an Advanced Certificate in Computer Aided Design plus Autodesk AutoCAD and multiple SOLIDWORKS credentials, including CSWP, drawing tools, weldments, sheet metal, and simulation.
- Professional CAD work has included product modeling, tooling, fixtures, weld-gun consumables, mounting brackets, trailer/equipment configurations, and production documentation.
- Mechanical Engineering Technology and CNC coursework reinforce drawing interpretation, design for manufacturing, tolerancing, fabrication, and machine-process awareness.
O*NET-SOC 17-3027.00
Mechanical Engineering Technologists and Technicians
O*NET centers this occupation on applying mechanical-engineering principles to develop, modify, test, or adjust machinery, equipment, and related systems.
Mechanical Engineering Technologists and Technicians
O*NET centers this occupation on applying mechanical-engineering principles to develop, modify, test, or adjust machinery, equipment, and related systems.
How my background aligns
- An AAS in Mechanical Engineering Technology directly supports applied mechanical analysis, manufacturing methods, testing, and engineering support work.
- Test-lab leadership included test-method development, fixture design, performance and reliability testing, data analysis, internal auditing, and calibration coordination.
- Earlier transducer work combined precision mechanical/electrical assembly, testing and calibration with CAD modeling and customer engineering support.
O*NET-SOC 17-3026.00
Industrial Engineering Technologists and Technicians
O*NET focuses on applying engineering principles to manufacturing production, industrial layout, quality, efficiency, and production-process improvement.
Industrial Engineering Technologists and Technicians
O*NET focuses on applying engineering principles to manufacturing production, industrial layout, quality, efficiency, and production-process improvement.
How my background aligns
- Process-engineering work includes work-cell development, operator-centered workflow design, production support, process standardization, and implementation of improvements on the manufacturing floor.
- Production-control experience included BOMs, routings, scheduling, NC programming, tooling, nesting, and database/reporting improvements used to track production and operator efficiency.
- Quality, calibration, testing, Lean/Six Sigma, CAD, and manufacturing-data experience support the occupation’s blend of technical analysis and practical production improvement.
Occupational Family
Operations & Leadership
Experience extends beyond engineering execution into production, business operations, staffing, planning, customer responsibility, and organizational leadership.
O*NET-SOC 11-3051.00
Industrial Production Managers
O*NET describes responsibility for coordinating manufacturing work and resources to meet cost, quality, and quantity requirements.
Industrial Production Managers
O*NET describes responsibility for coordinating manufacturing work and resources to meet cost, quality, and quantity requirements.
How my background aligns
- Manufacturing experience spans production control, process engineering, quality testing, technical account support, forecasting, tooling, scheduling, and production implementation.
- Current engineering work requires balancing operator usability, quality, throughput, equipment capability, cost, documentation, and implementation constraints.
- Earlier management and production-control roles included staffing, purchasing, inventory, forecasts, budgets, BOMs, routings, work scheduling, and coordination across business functions.
O*NET-SOC 11-1021.00
General and Operations Managers
O*NET covers broad organizational operations, including daily execution, policies, people, materials, purchasing, administration, and coordination across functional areas.
General and Operations Managers
O*NET covers broad organizational operations, including daily execution, policies, people, materials, purchasing, administration, and coordination across functional areas.
How my background aligns
- As Operations Manager for Frankenmuth Clock Company, responsibilities included personnel, inventory, purchasing/importing, facilities, marketing, payroll, scheduling, budgeting, databases, and day-to-day business execution.
- At Obara, a coordinator/manager role combined major-account responsibility, forecasting, pricing, production coordination, database/reporting systems, and support for automotive launch programs.
- Applied Response Training adds small-business operating responsibility across training delivery, scheduling, venues, registration, documentation, equipment, finance, and customer follow-up.
O*NET-SOC 13-1082.00
Project Management Specialists
O*NET emphasizes coordinating schedules, resources, procurement, staffing, budgets, deliverables, technical work, and stakeholder communication on a project basis.
Project Management Specialists
O*NET emphasizes coordinating schedules, resources, procurement, staffing, budgets, deliverables, technical work, and stakeholder communication on a project basis.
How my background aligns
- Manufacturing projects have included wire-harness insourcing, tooling and fixture development, work-cell implementation, process documentation, equipment integration, and cross-functional problem solving.
- Automotive account work required coordinating applications, pricing, spare parts, production priorities, customer requirements, and launch timing across multiple organizations.
- Website development, business startup, and technical-sales projects add client-facing scoping, implementation, documentation, and follow-through outside the factory environment.
Occupational Family
Quality & Continuous Improvement
Quality work includes laboratory testing, calibration, audits, corrective-action support, process validation, documentation, and Six Sigma-based improvement.
O*NET-SOC 11-3051.01
Quality Control Systems Managers
O*NET describes leadership of quality-assurance programs, quality-control policy, laboratory quality, and production-quality systems.
Quality Control Systems Managers
O*NET describes leadership of quality-assurance programs, quality-control policy, laboratory quality, and production-quality systems.
How my background aligns
- Test Lab Lead responsibilities included building test capability, developing test methods and fixtures, evaluating product performance and reliability, analyzing data, and supporting corrective actions.
- Quality work has also included internal audits, calibration coordination, manufacturing troubleshooting, validation, nonconformance review, and production-focused corrective action.
- Six Sigma Black Belt training supports structured root-cause analysis, DMAIC, statistical thinking, and process-improvement decision making.
Occupational Family
Technical Commercial & Product Work
A technical career can also be customer-facing. Earlier roles combined engineering knowledge, product application, design support, technical training, account responsibility, and sales execution.
O*NET-SOC 41-9031.00
Sales Engineers
O*NET defines Sales Engineers around selling technical products or services where engineering-level product knowledge and customer application support are important.
Sales Engineers
O*NET defines Sales Engineers around selling technical products or services where engineering-level product knowledge and customer application support are important.
How my background aligns
- More than nine years as a Sr. Sales Engineer – Coordinator included major automotive accounts, robotic resistance-welding applications, technical product specification, pricing, forecasting, and launch support.
- JCL work combined technical sales with custom trailer, snowplow, bracket, rack, lighting, and vehicle-integration solutions based on customer applications.
- Mobility-equipment sales included technical product training, healthcare/referral relationships, regulatory awareness, and sustained sales responsibility.
O*NET-SOC 27-1021.00
Commercial and Industrial Designers
O*NET covers the design and development of manufactured products, combining functional requirements, materials, product use, and CAD-based design work.
Commercial and Industrial Designers
O*NET covers the design and development of manufactured products, combining functional requirements, materials, product use, and CAD-based design work.
How my background aligns
- The strongest overlap is functional mechanical and manufactured-product design rather than appearance-driven industrial styling.
- Design work has included transducer models, resistance-welding consumables, mounting brackets, trailer systems, equipment racks, production tooling, fixtures, and manufacturable process aids.
- CAD credentials, mechanical-engineering-technology education, prototyping/machining exposure, and hands-on manufacturing experience support design decisions grounded in how parts are actually made and used.
How to read this page
O*NET occupations are classification profiles, not endorsements or hiring decisions. The alignment statements above are based on the education, credentials, and professional experience documented elsewhere on this site. They are intended to help recruiters, hiring managers, and professional contacts quickly connect that background to recognizable occupational families.