Top Tech Jobs & Startup Jobs

Builds, develops, sets up, tests, repairs, and adjusts precision tools, inspection gages, and fixtures for manufacturing equipment. Operates toolroom machinery, works with tool steels and production materials, interprets mechanical drawings, and maintains tight tolerances and quality standards. Trains apprentices and toolmakers on complex jobs, supports production leadership, collaborates with Engineering and Quality on process improvements, maintains records, and follows safety procedures.

Engineering intern supporting aerospace fastener design, manufacturing optimization, quality assurance, testing, and process improvement. Responsibilities include using CAD software, performing engineering calculations and simulations, creating technical drawings, assisting with inspections, analyzing test data, researching materials and technologies, tracking project deliverables, and collaborating with multidisciplinary teams. The role provides hands-on exposure to the complete aerospace product lifecycle while requiring attention to safety, quality, communication, and independent problem-solving.

Supports aerospace fastener design, engineering calculations, technical drawings, manufacturing process optimization, quality inspections, testing, materials research, and process improvement. Collaborates with cross-functional teams, tracks project deliverables, maintains quality documentation, analyzes test data, and assists with troubleshooting and cost-saving initiatives. The role provides hands-on experience across the aerospace product lifecycle from design through manufacturing and testing.

Entry-level apprentice role developing toolmaking skills through a three- or four-year training program, hands-on mentoring, and formal education. Responsibilities include meeting production, safety, quality, and productivity standards; maintaining tools, machines, and work areas; completing apprenticeship records; supporting continuous improvement; and working effectively with minimal supervision. The role requires basic math, computer skills, English literacy, a high school diploma or GED, and the ability to handle materials and lift up to 50 pounds.

Lead R&D strategy and execution for aerospace assembly solutions, focusing on adhesives, thermoplastics, laser surface prep, surface analysis, and mechanical fasteners. Drive technology roadmaps, prototype development, validation/qualification, patent generation, cross-functional launches, and team development while managing budgets, metrics, and external partnerships to commercialize differentiated, manufacturable products.

Lead cross-functional R&D and internal improvement projects from concept to deployment. Define scope, plans, schedules, budgets, and success criteria. Drive testing, validation, and transition to production; apply Lean/Six Sigma and data-driven methods; ensure quality/compliance (e.g., AS9100); communicate status to stakeholders; capture lessons learned to improve project processes.

Design and develop mechanical products and manufacturing packages using 3D CAD and FEA. Lead product industrialization, design experiments, perform calculations, create drawings with GD&T, develop tooling and processes, investigate failures, document results, support testing and validation, and provide technical support across facilities within a regulated/QMS environment.

Perform, document, and analyze mechanical, thermal, and chemical tests on aerospace products; program and operate computerized test machines; use inspection instruments and environmental chambers; design test fixtures and procedures; maintain test records; troubleshoot failures; train and support stakeholders.

Design, develop, and integrate manual and automated machines using CAD and modeling software. Create 2D/3D drawings, specify hardware/software, program basic PLCs and simple robot tasks, set up vision inspection, perform welding and machining, troubleshoot equipment, train users, and produce documentation and maintenance plans.

Manage and coordinate aerospace new product introduction (NPI) programs from inception to completion. Develop schedules, budgets, and resource plans; lead cross-functional teams; ensure compliance with aerospace standards; mitigate risks; engage customers and suppliers; and implement continuous improvement to deliver high-quality, on-time, and on-budget program outcomes.