Top Mechanical Engineering Jobs

Design and develop mechanical components and assemblies for premium audio products using 3D/2D CAD. Support prototyping, testing, validation, tolerance and material selection, and thermal/mechanical evaluations. Collaborate with industrial design, electrical, acoustics, manufacturing, and supply chain teams; work with suppliers and contract manufacturers to resolve production issues, perform root cause analysis, and implement design improvements.

Lead spacecraft mechanical design efforts, manage teams, define requirements, and mentor junior engineers while coordinating with various subsystems and clients.

The Senior Mechanical Engineer will design and develop Apollo humanoid robots through full product lifecycle, solve engineering problems, and collaborate with cross-functional teams.

The Staff Mechanical Engineer will lead design efforts for the Apollo robot, mentor junior engineers, and ensure production readiness through collaboration across departments.

Design and develop consumer products from concept through CAD, prototyping, testing, verification, and production. Conduct design studies, build and test prototypes in on-site labs, solve technical problems, and collaborate with product development teams in the UK and China. The role requires applying mechanical engineering fundamentals, independently implementing and verifying solutions, and contributing to fast-paced product launches.

Designs, analyzes, documents, and validates mechanical, hydraulic, fluid, thermal, and control systems for aerospace vehicles. Responsibilities include developing system requirements, producing 2D and 3D design documentation, performing system analyses, managing supplier activities, supporting testing and production, leading technical reviews, coordinating planning, and coaching engineers. The role is fully onsite in Oklahoma City and requires U.S. Person status, Secret clearance eligibility, and post-start interim or final clearance.

Lead design, development, and delivery of mechanical hardware for spaceflight avionics (enclosures, mounts, thermal accommodations). Ensure survivability through structural and thermal analysis, rapid prototyping, lab testing, qualification, and cross-functional integration to produce flight-ready avionics systems.

Own design, development, and delivery of mechanical hardware for spaceflight avionics (enclosures, mounts, thermal accommodations). Ensure survivability through structural and thermal analysis, hands-on prototyping, testing, and iteration to deliver flight-ready avionics systems.

Design, develop, and analyze static gas turbine engine components using FEA and classical calculations. Perform strength, fatigue, containment, heat transfer, and vibration analyses; support testing; coordinate projects, resource planning, design reviews, documentation, and process improvements.

Lead mechanical design, analysis, prototyping, test, and production for high-reliability defense electronics. Create 3D models and drawings, perform thermal/structural/vibration analyses, develop and execute test plans, troubleshoot failures, and support requirements, manufacturing, and new-business capture.

Lead mechanical design, analysis, prototyping, testing, and sustainment of high-reliability defense electronics. Create 3D models and drawings, perform tolerance, thermal, structural, and vibration analyses, develop/execute test plans, troubleshoot manufacturing issues, and collaborate with multidisciplinary teams to ensure producibility and compliance with design and environmental standards.

Lead cross-functional teams to deliver spacecraft mechanical subsystems from concept through hardware delivery. Manage cost, schedule, technical performance, risks, and stakeholder relationships. Drive system-level decisions, schedules, and cost estimates while ensuring technical requirements are met. On-site role with possible work in labs, cleanrooms, or production environments.

Lead cross-functional teams to deliver spacecraft mechanical subsystems from concept through hardware delivery. Manage cost, schedule, technical requirements, risks, and team performance; develop and update cost estimates and schedules; drive technical collaboration and decision-making; maintain stakeholder relationships and on-site presence; perform related duties to meet program milestones.

Lead cross-functional teams through the full project lifecycle for spacecraft mechanical subsystems, managing cost, schedule, technical requirements, risks, and team execution. Develop and maintain baseline cost estimates and schedules, promote technical collaboration, and drive decisions to meet program milestones and deliverables.

Lead architecture, integration, verification, and validation for complex aerospace mechanical systems. Provide technical leadership across control systems integration, test and development equipment, and field issue resolution. Collaborate with multidisciplinary engineering teams, program managers, stakeholders, and customers while ensuring compliance with quality standards. Drive technical problem-solving, communicate complex concepts clearly, and support project execution against scope, schedule, and performance targets.

Lead design and execution of mechanical and structural test plans, build and operate hydraulic test fixtures, integrate and calibrate sensors, automate data collection and analysis with Python, produce technical reports, perform CAD design and collaborate across engineering teams to validate hardware performance.

Lead mechanical design of ground support equipment (GSE) for next-gen UAS: create CAD models and drawings, perform structural/thermal/fatigue analysis, oversee prototyping and testing, integrate with aircraft systems, support flight tests, and develop documentation for field sustainment.

Lead architecture, design, and development of precision wire harnesses and cable assemblies for autonomous UAVs. Own 3D CAD routing, analysis, prototypes, and testing. Perform electrical and environmental reliability analysis, integrate with avionics/systems/manufacturing, and mentor engineers to establish harness design best practices.

Design and develop structural and mechanism systems for autonomous UAV launch/recovery. Create CAD models, perform structural and kinematic calculations and preliminary FEA, prototype and test mechanisms, support pre-production and flight testing, collaborate with cross-functional teams, participate in design reviews, and improve design processes and configuration management.

Lead mechanical design and spatial integration of secondary support structures and subsystem installations for aerospace vehicles. Develop CAD models, installation drawings, routing solutions (EWIS, hydraulic, ECS, fuel, pneumatic), perform fitment and tolerance analyses, define installation strategies, support procurement/fabrication and prototype builds, and coordinate across manufacturing, structures, avionics, systems, and test teams through design reviews and BOM management.

Develop and execute mechanical and structural test plans for launch and recovery vehicle systems. Design and build test fixtures with hydraulic actuation, integrate and calibrate sensors, automate data acquisition and processing in Python, perform FEA and data analysis, generate technical reports, and collaborate with cross-functional teams to validate designs and ensure manufacturability and safety.

Design, analyze, and integrate mechanical systems for V-BAT aircraft and ground support equipment across the full product lifecycle. Create CAD models and GD&T-compliant drawings, perform engineering calculations and FEA, support testing and field operations, and collaborate with Manufacturing, Supply Chain, Quality, and Program Management to deliver reliable, buildable systems.

Lead mechanical test design, build, and operation of fixtures and hydraulic systems. Integrate and calibrate sensors, automate tests with Python, perform FEA and CAD design, analyze test data, and produce technical reports to inform hardware design and ensure structural performance and durability.

Lead supplier development for machined parts: audit and improve supplier processes, perform on-site quality investigations, support NPI, provide technical guidance on specifications and manufacturing, monitor supplier performance, and mitigate supply chain risks to enable scalable aerospace production.

Lead mechanical design of rugged, deployable Ground Support Equipment (GSE) for next-generation UAS. Create CAD models and drawings, perform structural/thermal/fatigue analyses, run trade studies, oversee prototyping and testing, develop technical documentation, collaborate with manufacturing/suppliers, and support flight test campaigns to meet military and aviation standards.