Top Mechanical Engineering Jobs

Design, prototype, and iterate mechanical and electromechanical subsystems from CAD to production. Integrate sensors and actuators, run tests and validation, perform analytical modeling and simulations, drive manufacturability and tolerance decisions, and produce technical documentation and test plans.

Design, develop, and integrate mechanical and electro-mechanical subsystems for aerospace components. Create detailed drawings and models, perform analysis and testing (environmental, stress, flight), support manufacturing and flight test operations, and troubleshoot field issues under senior direction.

Hands-on mechanical design, analysis, build-support, and test execution for spacecraft components and subsystems. Responsibilities include CAD design in SolidWorks, structural and thermal analysis, test fixture and procedure development, assembly/integration oversight, supplier coordination, documentation, and configuration management across the product lifecycle.

Lead technical design, analysis, test, and manufacturing of spacecraft structures and components. Mentor engineers, define mechanical standards and roadmaps, optimize mass/cost/ manufacturability, manage vendors, and support prototype and production hardware through environmental testing and on-orbit programs.

Lead spacecraft mechanical design from requirements through launch integration: tailor platform components, design/build/test mission-specific hardware, produce SolidWorks assemblies and documentation, coordinate cross-functional engineering (structures, thermal, electrical), run analyses and environmental testing, manage vendors, and lead mechanical reviews and build procedures.

Lead supplier quality for mechanical components by evaluating supplier capabilities, conducting audits, defining inspection and acceptance criteria, and driving corrective actions. Provide DFM input during new product introduction, participate in design reviews and qualification activities, and collaborate with supply chain, engineering, and production to improve supplier processes and ensure parts meet aerospace standards.

Lead cross-functional efforts to ensure and improve quality of medical devices through design and manufacturing. Maintain QMS compliance with FDA/ISO/other standards, drive product quality improvements, act as technical SME, manage risk, champion Six Sigma projects, support audits, and mentor junior engineers.

No job responsibilities or qualifications are included. Posting only lists the title (Mechanical Engineer), location (Phoenix), on-site work requirement, and an EEO statement.

Designs and updates mechanical hardware for the Sentinel C2 program, creating 3D CAD models, layouts, and detailed drawings. Reviews supplier drawings, ensures manufacturability and standards compliance, coordinates design changes, and checks drawings for accuracy. Role can be filled at Engineer (level 2) or Principal Engineer (level 3) depending on experience.

Design, develop, and integrate spacecraft structures and mechanical hardware from requirements through integration and testing. Create detailed CAD models and manufacturing documentation, apply GD&T and DFM practices, perform stress and materials analysis (metallic and composite), and collaborate with multidisciplinary teams and suppliers to deliver flight-ready hardware.

Design and release engineering documentation and modification kits via Teamcenter, support hardware integration and audits, collaborate on DMS replacements, report progress to leadership, and support ground-segment/ground-system engineering for a NATO RQ-4 program. Requires travel up to 10% and active DoD Secret clearance.

Design and validate Environmental Control System (ECS)/HVAC hardware: decompose requirements, produce specifications, perform heating/cooling calculations, size and select HVAC equipment, create design and analysis artifacts, review supplier drawings, and support procurement and system maturity milestones in a multi-disciplinary defense program.

Design, develop, and document laboratory test stations and mechanical/electromechanical systems. Review and modify design documents, generate and track BOMs and schedules, coordinate multidisciplinary teams, develop and execute Acceptance Test Procedures, and integrate laboratory systems using mechanical design tools and test equipment.

Lead ECS/HVAC design and verification within a systems engineering framework: decompose requirements, perform trade studies, develop specifications and design artifacts, size HVAC equipment, select components, and review supplier deliveries to support hardware milestones and procurement.

Lead mechanical design for data center mechanical systems including HVAC, cable management, fire suppression, equipment layouts, thermal calculations and simple CFD. Produce schematic/detail/construction drawings, manage integrations, ensure code compliance, support commissioning, site reviews, and vendor selection.

Design and deliver automated material handling systems across full project lifecycle: create CAD drawings, perform engineering calculations, interface with suppliers, support installation and site inspections, mentor team members, review specifications, and drive continuous mechanical engineering improvements.

Lead mechanical engineering efforts for Environmental Control Systems on the Sentinel Program: decompose requirements, author specifications, perform HVAC heating/cooling calculations, select equipment, run trade studies, produce design and analysis artifacts, review supplier drawings, support procurement and hardware deliveries across cross-functional teams.

Design, develop, test and deploy mechanical launch equipment and systems for the Sentinel program. Create 3D CAD models and drawings (Siemens NX, Teamcenter), verify designs via simulation and analysis, support lifecycle phases from fabrication to maintenance, perform stress and dynamic sizing analyses, and prepare design documents and customer briefings.

Design, develop, and deploy mechanical launch-equipment and mechanisms for the Sentinel program. Create CAD models and 3D drawings, verify designs via simulation and testing, support lifecycle phases from fabrication to maintenance, lead design teams, mentor junior engineers, and present technical status to customers and stakeholders.

Design, develop, and support mechanical systems and launch-equipment hardware for a defense/aerospace program. Create CAD models and 3D drawings, perform stress and dynamic analyses, verify designs via modeling and tests, produce design documentation, support lifecycle phases, mentor junior engineers, and participate in reviews and customer interactions.

Lead mechanical engineering efforts for aerospace sustainment programs, analyzing precision electro-mechanical assemblies, recommending redesigns or component substitutions, interpreting engineering drawings, establishing design concepts and schedules, resolving program issues, and providing technical leadership for production, integration, and test to ensure platform integrity and supportability.

Lead naval architecture for underwater vehicle systems: conceptual design, pressure hull and ballast sizing, hydrodynamics, propulsion and energy sizing, weight/equilibrium/stability/trim analysis, auxiliary systems, testing, and technical leadership across programs. Collaborate with teams, prioritize tasks, solve complex problems, and communicate results clearly.

Support Sentinel Command Systems Hardware Design Integration by designing mechanical/electrical hardware, creating 3D models and product definition packages in Siemens NX/PLM, performing trade studies, supporting design reviews (CDR), and working with multi-disciplinary teams to release hardware into the product baseline.

Design, analyze, and lead development of mechanical components and tools for the Minuteman III ground systems. Perform CAD modeling, systems-level and functional analysis, trade studies, design-for-manufacturing, risk management, and interface daily with the USAF customer. Manage program milestones, lead projects, and mentor junior engineers to ensure compliance with requirements and schedules.

Lead global MCAD tooling and practices: develop and maintain MCAD libraries, templates, SOPs and job aids; provide functional MCAD support; drive CAD/PDM upgrades; act as engineering liaison to MCAD solution providers and implement proofs of concept to improve MCAD usage.