Top Mechanical Engineering Jobs

Design and analyze spacecraft structures from proposal through verification, including CAD modeling, structural requirements, manufacturing and test support, and subcontractor oversight. The role eventually leads teams of 5–10 design and analysis engineers while coordinating with spacecraft subsystem teams, customers, payload providers, and launch vehicle providers. Responsibilities also include proposal and design reviews, risk management, process improvement, and maintaining structural designs and requirements.

Leads mechanical design, structural FEA, analysis, testing, and qualification of complex networking systems from concept through production. Responsibilities include chassis and fixture design, simulation-to-test correlation, dynamic testing, tolerance analysis, root-cause investigations, manufacturing support, and corrective action implementation. The role collaborates with ASIC, hardware, manufacturing, suppliers, and cross-functional engineering teams while ensuring structural integrity, reliability, manufacturability, and regulatory compliance.

Leads mechanical design, structural analysis, FEA, prototyping, testing, and qualification of complex networking systems from concept through production. Owns simulation capabilities, test correlation, chassis and fixture design, dynamic testing, root-cause investigations, and corrective actions. Collaborates with ASIC teams, suppliers, ODMs, manufacturing, and cross-functional engineering groups to resolve mechanical issues, improve reliability and yield, and guide product development.

Lead mechanical engineering support for an aerospace manufacturing cell, including repair document creation, process improvements, engineering projects, CAD and 3D modeling, capital project execution, and shop-floor manufacturing assistance. Provide technical leadership to cell engineers, support APU and engine component repairs and modifications, deliver technical presentations, and contribute to Factory of the Future initiatives involving automation, digitization, and AI.

Design and oversee dry mechanical systems for advanced semiconductor facilities, including process exhaust, HVAC, make-up air, and cleanroom systems. Coordinate external engineering firms, review P&IDs and equipment specifications, evaluate system performance, establish design standards, and ensure compliance, quality, reliability, and integration across engineering, construction, operations, contractors, and vendors.

Leads mechanical design, packaging integration, and design release for shields and interfaces supporting 12V automotive components. Responsibilities include developing requirements, CAD designs, drawings, BOMs, GD&T, tolerance studies, DFMEA, validation plans, supplier reviews, engineering changes, prototype and production support, and issue resolution. The role coordinates with electrical, systems, manufacturing, quality, purchasing, packaging, and supplier teams to deliver manufacturable, serviceable, durable, and thermally protected designs on schedule.

Leads mechanical design, development, integration, testing, production support, and troubleshooting for complex defense systems. Creates models and drawings, performs thermal, structural, tolerance, and vibration analyses, develops prototypes and test equipment, executes verification plans, resolves manufacturing and test issues, and supports requirements development, trade studies, technology upgrades, and new business capture. The role is fully onsite and requires an active Department of Defense security clearance.

Leads mechanical design, development, integration, testing, production, and lifecycle support for complex defense systems. Creates 3D models and drawings, performs tolerance, thermal, structural, stress, modal, and vibration analyses, develops prototypes, conducts verification testing, troubleshoots manufacturing and test failures, and supports root-cause corrective actions. The role also contributes to requirements development, trade studies, test equipment design, technical reports, technology upgrades, business capture, and cross-functional Agile hardware development.

Leads mechanical engineering design, analysis, integration, testing, production, and sustainment of complex defense systems. Creates 3D models, drawings, and documentation; performs tolerance, thermal, structural, modal, and vibration analyses; develops prototypes and test equipment; troubleshoots manufacturing and test issues; conducts root-cause analysis; supports requirements, trade studies, verification, and technology upgrades. The role is full-time onsite and requires collaboration across engineering and operations teams.

Leads mechanical engineering design, analysis, prototyping, integration, testing, production support, and troubleshooting for complex military systems. Creates 3D models and drawings, performs tolerance, thermal, structural, and vibration analyses, develops test equipment and plans, conducts verification, resolves manufacturing and test failures, and supports requirements development, trade studies, technology upgrades, and new business capture. The role requires hands-on laboratory work and collaboration across engineering and operations teams in an onsite defense environment.

Design and develop tooling, fixtures, custom machines, and factory automation equipment for rocket manufacturing. Responsibilities include mechanical design and analysis, drafting to ASME Y14.5 standards, collaboration with design and manufacturing teams, and management of tooling projects from vendor selection through fabrication, inspection, installation, and commissioning. The role requires CAD and FEA experience, manufacturing knowledge, and the ability to deliver full-cycle projects in a fast-paced environment.

Designs, analyzes, integrates, and sustains aircraft mechanical systems, primarily C-17 Environmental Control Systems. Responsibilities include developing drawings and specifications, supporting reviews, resolving field issues through root cause analysis, coordinating suppliers, communicating with Air Force customers, mentoring engineers, and leading small teams. The role requires occasional travel to supply chain locations and military bases.

Support design and analysis of 787 Environmental Control Systems (ECS) components and subsystems. Manage supplier integration, update/modernize analysis models, perform calculations and validation testing, support lab/flight tests and production, produce safety analyses (FHA/FMEA/FTA) and manuals, drive obsolescence and product improvements, and mentor others.

Designs, analyzes, tests, certifies, and supports aircraft flight control and mechanical hydraulic systems for Boeing 787 aircraft. Responsibilities include requirements development, system and component design, validation testing, certification documentation, failure analysis, production support, fleet issue resolution, supplier coordination, and regulatory compliance. The role also develops simulations, trade studies, engineering reports, and system architectures while collaborating with manufacturing, safety, software, suppliers, airlines, and regulators.

Design, analyze, test, certify, and support flight control and mechanical hydraulic systems and components for the 787. Translate airplane requirements to system/component requirements, lead design and validation testing, produce certification artifacts, resolve production and fleet issues, perform trade studies and simulations, and coordinate cross-functionally with suppliers, manufacturing, avionics, safety, and customers.

Designs, analyzes, and tests mechanical solutions for complex electronic military systems. Leads hardware development from proposal or IRAD through qualification, including prototype and environmental testing involving vibration, shock, thermal cycling, and humidity. Provides mechanical oversight for complex modules and LRUs, collaborates across disciplines, and manages technical performance, risks, cost, and schedule. Requires independent execution, leadership, and familiarity with military and industry standards.

Develops and validates mechanical and thermal solutions for SSD hardware throughout the product lifecycle. Responsibilities include mechanical design, thermal analysis, architecture support, design analysis, laboratory testing, engineering documentation, and cross-functional collaboration with electrical, packaging, reliability, manufacturing, and product engineering teams. The role supports product execution from concept through implementation while meeting performance, reliability, quality, and cost objectives, and requires AI-enabled working methods.

Design and analyze static gas turbine engine components using finite element and classical methods. Perform strength, fatigue, containment, heat transfer, vibration, and crack growth analyses; support testing; coordinate projects; plan resources and schedules; manage compliance and risk; conduct design reviews; document work; and lead process improvements and corrective actions.

Supports the design, documentation, construction, commissioning, and handoff of mechanical infrastructure systems for manufacturing and office facilities. Responsibilities include HVAC, plumbing, process gas, cryogenic, and specialized system design; engineering calculations; equipment sizing; AutoCAD and Revit documentation; code compliance reviews; contractor coordination; site inspections; troubleshooting; and project scheduling, budgeting, risk assessment, startup, and commissioning.

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.

Supports the readiness and sustainment of the USAF ICBM weapon system. Responsibilities include collaborating with systems engineering teams, writing specifications, reviewing mechanical and electrical drawings, evaluating component modifications or replacements, defending technical recommendations, managing schedules, and creating or interpreting CAD models.

Leads mechanical design, analysis, integration, testing, production, and sustainment of complex military electronic systems. Responsibilities include 3D modeling, GD&T documentation, tolerance, thermal, structural, and vibration analyses, prototyping, test planning, troubleshooting, root-cause analysis, technical trade studies, requirements development, and cross-functional collaboration throughout the product lifecycle.

Leads mechanical engineering design, integration, testing, production, and lifecycle support for complex defense systems. Responsibilities include 3D modeling, GD&T documentation, tolerance, thermal, structural, modal, and vibration analyses; prototype development; test planning and verification; troubleshooting manufacturing and test issues; root-cause analysis; technical trade studies; requirements development; and cross-functional collaboration. The role requires hands-on laboratory experience, high-reliability electronics packaging expertise, Agile hardware development, and an active Department of Defense security clearance.

Leads mechanical engineering design, analysis, integration, testing, production support, and troubleshooting for complex defense systems. Develops 3D models, drawings, prototypes, test equipment, test plans, and verification reports while applying GD&T, tolerance analysis, thermal, structural, and vibration principles. Collaborates with multidisciplinary teams on requirements, trade studies, manufacturing, corrective actions, and technology upgrades throughout the product lifecycle. The role is hybrid and requires an active Department of Defense security clearance.

Leads mechanical design, development, integration, testing, production, and lifecycle support for complex military systems. Creates 3D models and drawings, performs tolerance, thermal, structural, vibration, and environmental analyses, develops prototypes, and executes verification plans. Troubleshoots manufacturing and test issues, conducts root-cause analysis, designs test equipment, supports requirements development and technical trade studies, and collaborates across engineering and operations teams in an Agile hardware environment.