Top Mechanical Engineering Jobs

Leads product and system architecture for electro-mechanical actuation and power transmission products. Designs precision mechanical systems, detailed layouts, FEA models, and tolerance schemes while ensuring reliability and manufacturability. Collaborates with customers, product managers, program managers, and cross-functional teams on requirements, trade-offs, proposals, risk assessments, and roadmaps. Represents the company in customer design reviews and provides technical leadership for high-visibility programs.

Design, analyze, and implement mechanical systems and components supporting intelligence and defense missions. Perform failure analyses, testing, prototyping, and CAD modeling. Collaborate with multidisciplinary teams to integrate mechanical solutions, ensure compliance with safety and mission standards, and support validation of systems in classified environments.

Design, analyze, and implement mechanical systems for intelligence and defense missions. Perform failure analyses, create CAD models and technical documentation, support prototyping/testing, and ensure compliance with safety and mission standards while working in classified environments.

Design-focused mechanical engineer responsible for full product lifecycle: concept, detailed design, structural analysis, high-pressure fluid/hydraulic systems, vendor coordination, fabrication support, field installation/testing, and technical documentation for Navy R&D facilities.

Design and integrate Power Conversion System hardware, including pressure boundaries, piping, supports, rotating machinery interfaces, high-temperature components, and modular plant layouts. Own pressure budgets, thermal growth, leak-tightness, maintainability, and mechanical interfaces. Develop production-intent models and drawings, support fabrication, assembly, test rig design, instrumentation, commissioning, and troubleshooting, and use test data to improve component performance and life.

Design and integrate Power Conversion System hardware for advanced nuclear microreactors, including pressure boundaries, piping, supports, rotating machinery interfaces, thermal-growth accommodations, and high-temperature components. Own mechanical arrangement and pressure budgets, produce fabrication-ready designs, support testing and instrumentation, and use test data to improve performance and component life. Collaborate across mechanical, electrical, safety, and nuclear teams while supporting manufacturing, assembly, commissioning, and troubleshooting.

Designs, analyzes, manufactures, and tests aircraft support equipment, including test, measurement, and handling systems for military aircraft. Responsibilities include requirements development, supplier coordination, stress and tolerance analysis, manufacturing liaison work, environmental testing, aircraft integration, and technical documentation. The engineer uses CAD and solid modeling tools, supports quality, cost, and delivery objectives, and occasionally travels to demonstrate equipment capabilities.

Develop mechanical designs and models for satellites, conduct structural analyses, optimize designs, and participate in testing. Collaborate cross-functionally and prepare technical documentation.

Own the mechanical design and lifecycle development of spacecraft electric propulsion hardware, including propulsion modules, thruster components, propellant systems, avionics boxes, structures, and tanks. Create models, drawings, and interface documents; conduct analysis; develop and execute tests; iterate prototypes; qualify flight hardware; manage suppliers; and support production, integration, and in-space demonstrations.

Own the mechanical design and lifecycle development of high-power electric propulsion hardware for satellites. Responsibilities include requirements definition, concept development, CAD modeling, detailed analysis, testing, design iteration, vendor management, production support, and qualification of flight hardware. The engineer will design propulsion modules, thruster components, propellant systems, avionics boxes, secondary structures, and potentially tanks, ultimately supporting successful in-space demonstrations.

Own mechanical product development from concept through manufacturing for counter-UAS systems. Responsibilities include CAD modeling, system integration, thermal and structural analysis, tolerance analysis, prototyping, testing, design optimization, and documentation. The role collaborates with product, electrical, industrial design, manufacturing, and international teams while designing durable products for harsh environments and managing compliance requirements.

Lead the design, prototyping, optimization, verification, and manufacturing transfer of implantable neurostimulation devices and neuro-lead interfaces. Collaborate with R&D, engineering, clinical, regulatory, and contract manufacturing teams; integrate complex electronics; analyze operational data; develop technical specifications and device history files; support risk management, regulatory filings, intellectual property, and production optimization.

Designs and improves solar tracker components through mechanical, structural, and civil engineering. Creates SolidWorks drawings, prototypes, test plans, and technical documentation; evaluates materials, manufacturing processes, tolerances, reliability, safety, and manufacturability. Coordinates with machine shops, vendors, and engineering teams to fabricate, assemble, test, and refine new designs. Provides product recommendations, design review input, management updates, and roadmap contributions.

Design and verify mechanical and electromechanical components for surgical fluid and smoke management medical devices. Lead prototyping, testing, data-driven problem solving, design documentation, and compliance activities throughout new product development. Translate user needs into specifications, apply clinical knowledge, collaborate cross-functionally from concept through launch, and mentor engineers in design control practices.

Leads the design, development, testing, and evaluation of complex mechanical and electromechanical systems for medical devices. Translates user needs into system specifications, guides prototyping and data-driven design improvements, mentors engineering teams, evaluates emerging technologies, and drives cross-functional technical strategy. The role also requires expertise in engineering documentation, regulatory standards, manufacturing considerations, reliability, and collaboration with clinical and business stakeholders.

Leads the design, development, testing, and evaluation of complex mechanical and electro-mechanical systems for surgical fluid and smoke management products. Translates user needs into system specifications, guides prototyping and data-driven problem solving, mentors engineering teams, evaluates emerging technologies, supports regulatory compliance, and drives cross-functional product and process improvements.

Design, develop, prototype, test, and verify mechanical and electro-mechanical components for surgical medical devices. Translate user needs into design specifications, resolve complex design issues, support design controls and regulatory compliance, maintain engineering documentation, collaborate across functions from concept through launch, and mentor fellow engineers.

Designs, models, fabricates, assembles, tests, installs, commissions, and services mechanical turbomachinery control systems. Responsibilities include hydraulic and pneumatic system design, CAD drafting, component specification, bills of material, test planning, customer training, technical documentation, field troubleshooting, and project leadership. The role requires hands-on fabrication and testing in shop and industrial environments, with travel to domestic and international customer sites.

Leads mechanical engineering design projects and supervises design professionals. Produces and reviews complex HVAC systems, schematics, layouts, specifications, calculations, equipment selections, energy models, and control sequences. Oversees project execution, construction administration, shop drawings, field observations, client relationships, budgets, schedules, staff development, and business development. Serves as a senior technical authority and project-management leader.

Leads mechanical engineering design projects and supervises design professionals. Oversees schematics, layouts, calculations, equipment selections, specifications, construction administration, shop drawings, field observations, client relationships, budgets, schedules, and staff development. Provides advanced HVAC system design, controls, code compliance, energy modeling, and technical direction while supporting project management, business development, and organizational leadership.

Performs structural, durability, fatigue, static, dynamic, and modal FEA for mobile and off-highway equipment. Develops analysis plans, evaluates finite element models, correlates results with physical testing, recommends design improvements, and prepares technical reports. Collaborates with design and test teams to validate product performance, reliability, and durability while managing multiple engineering tasks and deadlines.

Leads mechanical engineering design for built-environment projects across healthcare, corporate, education, and federal markets. Develops plans, specifications, calculations, cost estimates, technical reports, and design details; reviews drawings, vendor submittals, bids, and shop drawings. Coordinates with clients, BIM technicians, designers, and project partners, supports quality assurance and proposals, mentors colleagues, and ensures project deliverables meet standards and deadlines. Applies AI and automation where appropriate and may serve as engineer of record after obtaining a PE license.

Leads mechanical product design, engineering analysis, technical requirements, drawings, and design documentation for aerospace products. Manages assigned project costs, schedules, requirements, suppliers, customer communications, and cross-functional execution. Supports material review of nonconforming hardware, process improvements, technical reports, and product performance objectives while applying expertise in mechanical design, fluid dynamics, vibration, stress, materials, and GD&T.

Lead MEP design and coordination for residential, commercial, and industrial infrastructure projects. Prepare engineering documents, manage construction activities and subcontractor contracts, control project budgets and schedules, resolve field conflicts, coordinate permits and governmental approvals, and oversee projects through operational turnover. The role requires collaboration with facilities, customers, contractors, and cross-functional teams, including occasional night-shift contractor management and extended-hours flexibility.

Mechanical Engineer Interns support the design and management of resilient trading floors, data centers, and office infrastructure. Responsibilities include researching and implementing sustainable engineering solutions, analyzing infrastructure and communication topology, integrating engineering requirements into designs, visiting project sites, documenting field conditions and progress, planning design capacity, and collaborating with technical and non-technical teams. The role emphasizes learning, engineering judgment, AI-assisted efficiency, sustainability, and communication.