Top Mechanical Engineering Jobs

Direct and manage multiple concurrent mechanical engineering projects, budgets, specifications, designs, and product or process enhancements for commercial electric vehicles. Consult with clients, present project updates to stakeholders and financiers, and ensure compliance with FMVSS and state school bus requirements. The role requires CAD expertise, knowledge of manufacturing processes, strong analytical and communication skills, and the ability to work under pressure in an occasionally hazardous manufacturing environment.

Leads mechanical engineering design and delivery for complex building systems, including HVAC, plumbing, fire protection, controls, hydronic, and process piping systems. Serves as technical lead, project manager, and Engineer of Record; oversees scope, budgets, schedules, quality reviews, construction support, client relationships, and multidisciplinary coordination. Mentors staff, supports business development, and contributes to regional mechanical team standards and growth.

Provides mechanical engineering analysis and support for industrial operations and manufacturing at a naval warfare center. Reviews facility designs, technical drawings, and processes for energetic requirements and hazards. Designs, develops, tests, and prototypes mechanical components and equipment, with some fabrication, installation, operation, and repair responsibilities. Develops system descriptions and technical data packages, advises on complex projects, and provides technical leadership while working independently.

Designs, prototypes, tests, and refines mechanical products and components. Collaborates with sourcing and manufacturing teams on material selection, specifications, production support, test fixtures, and cost reduction. Conducts DFMEA, design reviews, patent assessments, competitive benchmarking, and technology research. Ensures product enhancements meet performance, safety, regulatory, sustainability, and cost objectives while supporting smooth manufacturing transitions.

Owns end-to-end design of new battery packs from concept through production. Responsibilities include optimizing performance, size, weight, manufacturability, and reliability; leading prototyping, testing, qualification, production handoff, requirements definition, drawings, failure analysis, cross-functional architecture execution, design reviews, mentorship, and program leadership.

Designs, develops, integrates, and fields next-generation autonomous aircraft systems. Responsibilities include electro-mechanical avionics packaging, electrical interconnects, thermal management, aircraft integration, structural and modal analysis, environmental and EMI/EMC compliance, design reviews, validation, failure analysis, and flight test readiness.

Provides technical oversight, inspection, testing, commissioning, and acceptance support for mechanical systems on complex federal construction and infrastructure projects. Reviews drawings, specifications, submittals, testing data, and closeout documentation; conducts field inspections; evaluates HVAC, plumbing, piping, utility plants, and building automation systems; identifies deficiencies; coordinates with government stakeholders, engineers, and contractors; and prepares reports and acceptance recommendations.

Designs secondary structures and fluid panel assemblies for Blue Origin’s MK2 Crew Lander. Creates and manages CAD models, 2D drawings, assemblies, installations, MBD files, and interface control documents. Defines GD&T and tolerance stack-ups, supports manufacturability and build-plan development, participates in design trades and structural analysis, reviews drawings, improves design processes, and mentors junior engineers. The role requires collaboration with manufacturing, materials, thermal, ECLS, and other engineering teams.

Designs, analyzes, integrates, tests, and sustains mechanical hardware for shipboard radar and naval aviation systems. Responsibilities include thermal and liquid-cooling design, structural and environmental analysis, precision mechanisms, shipboard integration, CAD and configuration-controlled documentation, supplier coordination, production support, qualification testing, and technical reviews. The role requires collaboration across engineering, manufacturing, testing, suppliers, and government stakeholders, with potential travel for installation, verification, certification, and field support.

Leads mechanical integration and testing of space flight hardware from subassemblies through complete systems. Responsibilities include work-package procurement, manufacturing, test design, procedure development, anomaly resolution, nonconformance remediation, cross-functional coordination, cost and schedule ownership, and technical execution. The role operates in a restricted aerospace production environment and requires leadership, planning, stakeholder coordination, and active Top Secret/SCI clearance with CI polygraph.

Leads procurement, manufacturing, mechanical integration, testing, and delivery of space-flight hardware work packages. Designs verification tests, develops integration and test procedures, resolves anomalies and nonconformances, coordinates multidisciplinary teams, and manages technical execution, costs, schedules, resources, and program protection in a restricted aerospace environment.

Supports product sustainment and continuous improvement across mechanical systems, including enclosures, plumbing, structural assemblies, ventilation, and electromechanical integration. Investigates field, manufacturing, supplier, and test issues; performs root cause analysis and corrective actions; develops design, cost, reliability, and manufacturability improvements; creates SolidWorks models and drawings; manages BOMs and engineering changes; validates designs; and collaborates with manufacturing, quality, supply chain, service, suppliers, and product development teams.

Mechanical Engineering Intern supporting autonomy and system electronics mechanical design for electric air taxis. Responsibilities include CAD design, rapid prototyping, development testing, mass optimization, stress and thermal analysis, troubleshooting, system safety and reliability, requirements integration, and design for manufacturability. The intern will collaborate cross-functionally on electromechanical assemblies and perception systems. Candidates must pursue a mechanical or aerospace engineering degree, have CAD proficiency, and understand statics, dynamics, heat transfer, and materials science.

Leads the mechanical and thermal architecture of advanced memory and computing hardware. Designs and validates cooling solutions, performs CFD and FEA, defines reliability and manufacturability requirements, and oversees thermal, mechanical, and environmental testing. Drives design reviews, risk mitigation, root-cause investigations, and corrective actions while collaborating with electrical, manufacturing, reliability, and supplier teams. Mentors engineers, establishes technical guidelines, and contributes to industry standards and AI-enabled engineering workflows.

Design and engineer data center heat rejection and HVAC systems, select cooling equipment, run CFD airflow analyses, plan capacity and redundancy, optimize energy efficiency and air quality, and coordinate mechanical-electrical integration on client-facing projects with occasional travel.

Design and engineer data center HVAC and heat-rejection systems, perform CFD airflow analysis, size cooling capacity, ensure redundancy and energy efficiency, coordinate with electrical/mechanical trades, and plan for phased expansions and air quality controls.

Leads the design of specialty gas, bulk gas, and chemical distribution systems for advanced manufacturing facilities. Develops P&IDs, utility matrices, tool hookups, pressure calculations, hazardous-materials strategies, and life-safety systems. Coordinates with HVAC, fire protection, controls, EHS, and client teams. Supports construction, testing, commissioning, and turnover while serving as a client-facing technical authority and mentoring engineers. The role may involve travel to client sites and requires U.S. citizenship.

Leads the design of specialty gas and chemical distribution systems for advanced manufacturing facilities. Responsibilities include designing hazardous and ultra-high-purity systems, developing P&IDs and hydraulic calculations, specifying materials, coordinating safety systems, supporting construction and commissioning, serving as a client-facing technical authority, and mentoring engineers. Travel to client sites may be required.

Leads the design of specialty gas, bulk gas, and chemical distribution systems for advanced manufacturing facilities. Responsibilities include developing P&IDs, utility matrices, tool connections, hydraulic calculations, hazardous materials and life-safety strategies, and UHP material specifications. Coordinates monitoring, shutdown, exhaust, construction support, commissioning, and turnover. Serves as a client-facing technical authority, supports pursuits, and mentors engineering staff. Travel to client sites may be required.

Create parametric CAD models and drawings from naval, aerospace, legacy, and customer technical data. Develop models for each manufacturing state, manage PLM structures and release workflows, execute design changes across part families, and collaborate with manufacturing, tooling, programming, and inspection teams. The role requires production mechanical design experience, proficiency in parametric 3D CAD, GD&T knowledge, drawing standards expertise, and experience coordinating releases across multiple products.

Design and develop mechanical systems, machine assemblies, fixtures, tooling, and robotic end-of-arm tooling using 3D CAD. Produce manufacturing drawings, BOMs, and documentation applying GD&T and DFM. Support fabrication, machining, welding, assembly, prototyping, testing, commissioning, troubleshooting, and continuous improvement while collaborating with cross-functional teams.

Leads the design, documentation, integration, commissioning, and troubleshooting of mechanical, robotic, and automated manufacturing systems. Creates SOLIDWORKS prototypes and engineering documentation, selects controls and safety components, programs PLCs, performs FMEA, and ensures regulatory compliance. The role supports energetic materials processing, collaborates across engineering and customer teams, mentors junior staff, and contributes to project deliverables, testing, and commissioning at multiple sites.

Designs, details, and documents mechanical components, assemblies, and electro-mechanical systems for ultra-high-purity gas purification products. Creates concepts, solid models, drawings, procedures, and technical analyses; selects components; collaborates with suppliers and operations; and supports prototype testing. The role requires managing multiple design projects, adapting to changing priorities, and producing thorough documentation.

Designs, analyzes, tests, documents, and optimizes mechanical components and subsystems for gas purification systems. Integrates mechanical, electrical, and controls systems; conducts simulations, validation, and reliability testing; prepares engineering drawings and technical reports; improves purification efficiency and sustainability; and collaborates cross-functionally while mentoring less experienced engineers.

Design and optimize data center HVAC and heat-rejection systems, perform heat-load calculations and CFD airflow analysis, select and size cooling equipment, ensure redundancy and fault tolerance, coordinate with electrical/mechanical trades, and implement energy-efficiency and air-quality solutions for mission-critical data centers.