Top Mechanical Engineering Jobs

Lead mechanical engineering for facilities projects: design HVAC, hydronic, plumbing, controls and DDC systems; manage consultants and contractors; develop standards and strategies; review designs for code compliance; mentor staff; support maintenance and commissioning; ensure safety and regulatory adherence.

The Mechanical Engineer will design and develop flight hardware for missile defense and hypersonic vehicles, leading mechanical integration, creating structural designs, and ensuring compliance with defense standards.

Lead full-cycle design, analysis, manufacture, and test of Terran R flight mechanisms (stage separation, fairing, landing gear, actuators). Perform trade studies, define requirements, integrate subsystems with additive primary structures, and collaborate with vehicle, loads, avionics, and manufacturing teams to deliver hardware on time and budget.

Design and develop tools and automation equipment to support manufacturing, collaborating with various teams and managing projects throughout the production cycle.

Design and develop tools and automation equipment for manufacturing. Collaborate across teams to optimize production processes for the Terran R vehicle.

The Staff Mechanical Design Engineer will design and develop tools and automation solutions for manufacturing, collaborating closely with various engineering teams.

Designs, analyzes, and documents mechanical, fluid, and thermal systems for aeronautical test and integration. Releases drawings in TeamCenter, performs validation/verification analyses, supports supplier integration, and develops system design documentation and requirements. Works under general direction and may train others.

Designs and analyzes mechanical, hydraulic, fluid, thermal, and control systems for aerospace air vehicles. Develops requirements, system and component designs, 2D drawings, 3D deliverables, and validation analyses. Coordinates supplier development, testing, production, and integration activities. Lead-level responsibilities include technical reviews, planning, presentations, analysis prioritization, proposal support, and coaching. This is a 100% onsite role in Oklahoma City, requiring U.S. Person status and a Secret clearance post-start.

Lead spacecraft mechanical design and analysis, set technical direction, create processes/tools/standards, support verification and testing (vibration, TVAC), audit suppliers, mentor mid-career engineers, and provide technical guidance to programs.

Lead mechanical evaluation, testing, troubleshooting, and lifecycle support for Sentinel ICBM support equipment and Major Maintenance Vehicles. Review CAD designs and technical specifications, oversee production and testing, resolve mechanical failures, and provide sustainment expertise. The role requires extensive aerospace or mechanical engineering experience, a Secret clearance, SAP eligibility, and familiarity with DoD acquisition programs and MBSE tools.

Designs and validates early-stage corded and cordless consumer products through feasibility studies, proof-of-concept rigs, CAD layouts, 3D models, and functional prototypes. Collaborates globally with engineering, industrial design, brand, and testing teams across mechanical, electrical, software, battery, and connectivity systems. Conducts lab testing, communicates findings, supports IP development, and mentors junior engineers.

Designs and develops repairs, modifications, and improvements for aerospace engine and APU components. Supports manufacturing needs, repair process improvements, technical documentation, engineering projects, and 3D CAD modeling. The role also contributes to Factory of the Future initiatives involving automation, digitization, and AI. This is a fully onsite position in Phoenix, Arizona, supporting a regulated and safety-critical aerospace environment.

Serves as technical authority and team leader for space-based interceptor tooling and mechanical ground support equipment. Responsibilities include requirements, CAD design, fabrication, qualification, vendor management, safety and regulatory compliance, configuration control, root-cause investigations, budgets, schedules, and production support. Leads tooling engineers, chairs design reviews, and presents to program leadership, MDA offices, and government stakeholders. Designs fixtures, lifting devices, launch equipment, transportation containers, weldments, and integration tooling while ensuring compliance with defense and aerospace standards.

Designs and optimizes mechanical production processes and equipment for composite decking manufacturing. Responsibilities include CAD design, equipment evaluation and modification, process and material optimization, product and process launches, safety engineering, data analysis, root cause analysis, FMEA, RCM, continuous improvement, capital projects, reporting, and mentoring technical colleagues.

Lead continuous improvement for the Apollo humanoid robot by identifying design and manufacturing bottlenecks, conducting root cause analysis, optimizing mechanical designs, and developing components and subsystems. Collaborate with electrical, software, and manufacturing teams to improve reliability, manufacturability, cost, assembly, testing, and quality. Document changes, prototype and test solutions, establish best practices, and mentor junior engineers.

Provides sustaining and project engineering support for theme park rides and attractions. Troubleshoots mechanical and structural issues, performs redesigns, manages design-to-installation projects, develops specifications and acceptance tests, oversees vendors and installations, and ensures compliance with safety standards and regulations. The role also coordinates cross-functional engineering activities, maintains technical documentation, reviews engineering changes, supports new attraction development, and mentors associate engineers.

Lead mechanical design for spacecraft structures from proposal through test and verification. Perform CAD modeling, structural analysis, requirements development, design-for-manufacturing/testing, risk management, and subcontract technical oversight. Transition to lead teams of 5-10 engineers and coordinate across subsystems, external customers, payload and launch providers while improving processes and tools.

Lead mechanical engineering for U.S. Navy facility MILCON projects from concept through construction. Develop mechanical system requirements, HVAC load estimates, bills of materials, cost inputs, and facility documentation. Perform design and constructability reviews, peer reviews, energy modeling, and engineering studies. Ensure code and SSP-specific compliance, support Facilities Design Criteria and testing criteria, and coordinate with stakeholders and SHE to maintain safety and confidentiality.

Responsible for designing and developing tools and factory automation equipment to support manufacturing, collaborating with various teams for efficient production of rockets.

The role involves designing and developing tools and automation solutions for manufacturing rockets, collaborating with various teams to ensure successful project completion and integration.

The role involves designing and developing tooling and factory automation solutions for the manufacturing of rockets, with a focus on innovation and collaboration across engineering teams.

Develop innovative engineering solutions for rocket launch systems by interpreting requirements, designing CAD models, and analyzing performance.

Leads mechanical design of automated fluid test systems for aerospace propulsion manufacturing. Responsibilities include P&IDs, flow and pressure analysis, CAD packaging and tube routing, structural and instrumentation design, fixtures, commissioning, design reviews, documentation, and hands-on production support. The role involves high-pressure, vacuum, hazardous, and cryogenic fluids, collaboration across engineering and manufacturing teams, and compliance with applicable safety and piping standards.

Develop and improve aerospace component designs through fatigue, damage tolerance, fracture mechanics, and lifing analyses. Perform data analysis, mechanical testing, material characterization, and life prediction model validation for conventional and additively manufactured metallic and non-metallic components. Use NASGRO, DARWIN, FRANC3D, and ANSYS while collaborating with designers and engineering teams to meet technical, customer, and regulatory requirements.

Designs, analyzes, tests, and supports manufacturing of Terran R primary and secondary flight structures. Responsibilities include developing structural load paths, sizing components, reviewing loads and material properties, releasing drawings, supporting hardware test campaigns, evaluating results, and improving manufacturability. The engineer owns designs from requirements through production using CAD and structural analysis tools, collaborates across teams, and leads projects to completion.