Jobs at Robinson Helicopter Company

Maintain and control QA records and controlled documents to ensure regulatory and company compliance. Issue and track serial numbers, data plates, stamps, and MRRs; update Epicor; scan and archive records; manage inventory of forms and supplies; retrieve documentation for internal departments; conduct audits and support production, repair station, engineering, and customer service.

Verify helicopter structural integrity via static stress, stiffness, stability, and fatigue analysis using hand calculations, FEA, and testing. Plan and conduct component, assembly, and flight tests, analyze data, determine loads with other engineers, ensure compliance with 14 CFR Part 27, and recommend design improvements while developing tools and processes to improve quality.

Perform finishing operations in the paint department including prepping, minor dent repair, color matching/blending, and spraying polyurethane basecoats/pearls using gravity- and pressure-feed spray guns and 2-quart pressure pots. Follow manufacturing mixing instructions, set up fluid delivery and paint temperature, and comply with DOT drug/alcohol program.

Perform paint department prep and polishing tasks: sand primer, detect and repair minor dents, mask, mix fillers, and polish out orange peel and minor imperfections. Follow DOT drug/alcohol program and maintain regular attendance. Entry-level role requiring roughly one year of body shop/detailing experience or training in automotive refinishing.

The Senior Manufacturing Engineer will develop and optimize manufacturing processes for rotorcraft, ensure compliance with aerospace standards, provide technical support, and lead continuous improvement initiatives.

Entry-level Accountant responsible for credit card reconciliations, AP/AR support, account reconciliations, journal entries, month-end close support, audit assistance, and maintaining accurate financial records in a manufacturing environment.

Lead a combined Manufacturing, Industrial, and Continuous Improvement function to define, document, and control production processes for aircraft and subassemblies. Develop operation sheets, work instructions, routings, and standards; drive lean improvements, value stream mapping, time studies, and capacity analysis. Partner cross-functionally to remove constraints, improve throughput, quality, and labor efficiency, and mentor engineering and continuous improvement staff.

The Electrical Systems and Equipment Engineer designs, validates, and certifies electrical systems for rotorcraft applications, overseeing prototype development and conducting various tests to ensure compliance with specifications.

CNC Machinists operate CNC machines to manufacture helicopter parts by interpreting blueprints, setting up jobs, monitoring tools, and ensuring compliance with specifications and procedures.

The Conventional Machinist will manufacture helicopter parts using various conventional and CNC machines, following FAA-approved procedures. Responsibilities include reading blueprints, selecting tooling, and ensuring proper machining parameters.

The System Safety Engineer ensures safety objectives are achieved through design, testing, and certification of aircraft systems. Responsibilities include developing safety assessments, coordinating with internal and external groups, and mentoring junior engineers.

Develop and maintain manufacturing methods and production schedules to meet engineering drawings and specifications. Coordinate with engineering, procurement, and production to ensure material availability, monitor production metrics, adjust plans for disruptions, and drive continuous improvement while ensuring safety and quality compliance.

The Design Engineer - Mechanical Systems designs, develops, and verifies helicopter mechanical systems, ensuring safety, weight, and cost objectives are met.

The CNC Mill Programmer develops and refines CNC programs using CAD/CAM software, interprets blueprints, troubleshoots machinery, and collaborates with engineers for production accuracy and efficiency.

The Sustaining Engineer conducts investigations, proposes resolutions, implements design changes, analyzes data, and ensures compliance with safety and quality standards.

The Design Engineer - Airframe designs, develops, and verifies helicopter airframe structures, ensuring safety, weight, and cost objectives are met through various analysis and testing stages.

Design and develop helicopter seating from concept to production, including structures, mechanisms, foam and covers. Perform human factors, EA system design to meet 14 CFR 27.562, run LS-DYNA and MADYMO simulations, lead prototype manufacturing, plan and conduct lab/ground/flight tests, work with suppliers, and ensure certification and customer requirements are met.

Lead development and implementation of color, finish, and material (CMF) across interior and exterior product lifecycles. Create CMF strategies, libraries, prototypes, visualizations, and presentations; collaborate with engineering and suppliers; qualify materials and run tests; and drive aesthetic vision while balancing performance, quality, cost, and human factors.

Design, develop, and maintain manufacturing tools and processes for aircraft components. Collaborate with design, manufacturing, quality, and vendors to ensure manufacturability, resolve production issues, document specifications, and manage project schedules.

The Tooling CNC Programmer/Machinist programs and operates CNC machinery to manufacture precision tooling and components for helicopter production, interpreting engineering drawings and applying precision machining techniques.