Top Mechanical Engineering Jobs

Designs and develops mechanical parts, assemblies, and enclosures for precision electronic test and measurement products. Creates CAD models, drawings, bills of material, and product documentation; supports prototyping, verification testing, production release, engineering changes, issue investigation, cost reduction, and continuous improvement. Collaborates with electrical, firmware, manufacturing, quality, compliance, supply chain, and suppliers to deliver manufacturable and reliable designs.

Supports the design, development, testing, and deployment of mechanical structures and systems for aerospace and defense applications. Assists with component design, test planning, analyses, simulations, technical documentation, cross-functional collaboration, and troubleshooting. The role requires applying mechanical engineering principles, communicating technical information, and supporting product lifecycle quality in a production environment.

Design and engineer mechanical systems for large-scale automated material handling projects. Responsibilities include developing 3D models, clash detection, 2D approval and installation drawings, spatial analysis, vendor checks, mechanical interfaces, safety compliance, motor manifests, project documentation, site surveys, installation support, and commissioning. The role coordinates with customers, vendors, electrical and controls teams, supply chain, and installation personnel, with domestic travel up to 33%.

Leads qualification and acceptance testing for satellite components and systems. Designs test setups using mechanical fixtures, instrumentation, and data acquisition systems; analyzes data, writes test reports, troubleshoots technical issues, ensures compliance with requirements, and improves test processes. Collaborates with design and systems engineers while mentoring junior engineers and technicians.

Own mechanical design for miniature hearing aids and related tooling from concept through high-volume production. Responsibilities include designing precision molded and machined parts, performing tolerance analysis, prototyping, developing fixtures and test equipment, running reliability validation, managing overseas suppliers and contract manufacturers, troubleshooting production yields, and maintaining mechanical project schedules. The role requires extensive experience with miniaturized electromechanical products, injection molding, GD&T, supplier management, and volume launches.

Analyze aircraft structures, fatigue, fracture, flight data, fleet usage, and component remaining useful life. Develop CAD models and technical data packages for repair designs, and design laboratory load tests and instrumentation to validate repairs and structural models. Work with finite element analysis, engineering drawings, test data, and multidisciplinary teams supporting government and commercial aerospace customers.

Designs and develops mechanical concepts, solid models, and engineering drawings for launcher hardware. Performs design trade studies, applies GD&T, supports procurement, fabrication, assembly, testing, and production troubleshooting. Collaborates with stakeholders and vendors to resolve issues, manage schedules, and execute engineering tasks. The role is onsite four days per week in Sunnyvale, California, with approximately 10% domestic travel and the ability to obtain a Secret clearance.

Provides foundational mechanical engineering support for wastewater screening equipment and mechanical systems. Creates 3D models and 2D drawings, performs basic design calculations, evaluates manufacturability and reliability, supports engineering changes and documentation, and participates in prototype assembly, testing, and validation. Collaborates with manufacturing engineering and project engineers while working under direct to moderate supervision.

Leads mechanical assembly process improvements for high-volume battery manufacturing. Mentors technicians, analyzes OEE, yield, downtime, and cycle-time metrics, troubleshoots equipment and process issues, drives continuous improvement, and resolves production constraints. Partners with manufacturing and systems engineering teams to improve safety, ergonomics, reliability, throughput, and equipment design.

Design, develop, and commercialize mechanical equipment and processes in an R&D environment. Lead project execution from concept to implementation, perform testing and root-cause analysis, create CAD models/drawings, collaborate with cross-functional teams and external partners, ensure compliance with standards, and support continuous improvement and troubleshooting.

Designs and integrates mechanical and electrical systems using CREO, ANSYS, GD&T, kinematic analysis, and manufacturing principles. Creates and interprets complex drawings, performs structural analysis, applies aerodynamics, coordinates cross-functional engineering efforts, manages programs and timelines, and presents technical findings to internal and external stakeholders. The role is onsite at Picatinny Arsenal and requires occasional travel.

Designs and develops complex mechanical engineering solutions, tooling, layouts, schematics, specifications, and processes. Leads engineering projects and research into new technologies, troubleshoots complex product issues, performs engineering analysis, coordinates testing, and supports manufacturing, installation, procurement, and assembly. Communicates technical issues to internal and external customers and reviews engineering documentation and processes.

Integrate and operate New Glenn 9X4 cryogenic propellant and mechanical subsystems. Responsibilities include supporting design reviews, developing CONOPS and operations documentation, defining test requirements and limits, creating test plans and acceptance criteria, providing real-time console support during testing and launch operations, analyzing test data, troubleshooting issues, and implementing corrective actions.

Designs machinery and equipment by interpreting project specifications, creating fabrication and production drawings, performing engineering calculations, and ensuring code compliance. Coordinates with project management, sales, electrical engineering, suppliers, and production teams to clarify scope, resolve design issues, review drawing packages, order parts, and support timely manufacturing. Responsibilities include conduit schedules, isometric routing views, shop documentation, change-order identification, and validation of dimensions, materials, functionality, and production sequences.

Supports mechanical engineering projects from concept through completion by researching specifications, performing calculations, creating machinery and assembly drawings, ordering parts, and coordinating with production, testing, sales, suppliers, and electrical engineers. Provides technical support, monitors project progress, prepares submittal and quoting drawings, resolves design issues, and ensures equipment designs meet customer expectations, applicable standards, schedules, and cost targets.

Designs and analyzes mechanical systems for existing NASA Johnson Space Center facilities, including HVAC, plumbing, heating, cooling, fire protection, gases, and building controls. Manages assigned projects, coordinates with NASA project managers, performs site walks, prepares mechanical documentation, conducts load and equipment sizing calculations, and produces plans using AutoCAD. Requires a Texas Professional Engineer license, mechanical engineering experience, knowledge of applicable codes, and on-site government facility work.

Designs and develops mechanical systems, enclosures, assemblies, and prototypes for high-volume video conferencing products. Uses 3D CAD, rapid prototyping, testing, and iterative development to move concepts into production-ready designs. Collaborates with industrial design, thermal, electrical, manufacturing, and external development teams; evaluates tradeoffs, ensures standards compliance, drives mechanical and thermal innovation, and mentors less experienced engineers.

Designs mechanical components, subsystems, assemblies, tooling, and integrated electromechanical, fluidic, and optical systems. Responsibilities include CAD design, prototyping, testing and validation, tolerance and thermal analysis, manufacturing process development, design for manufacturability and reliability, production scale-up, cross-functional collaboration, technical issue resolution, and communication with internal teams and external manufacturing partners.

Designs mechanical and electromechanical systems for digital inkjet web presses from concept through manufacturing and end of life. Develops test plans, validates tolerances, reliability, safety, acoustics, vibration, and system performance, and documents designs through drawings, BOMs, and assembly documentation. Leads cross-functional engineering projects, collaborates with customers, suppliers, manufacturing, procurement, and R&D teams, and provides mechanical design expertise throughout complex product development programs.

Leads the Structures & Mechanisms Integrated Product Team for a hypersonic vehicle program, managing cost, schedule, technical performance, risks, supplier execution, staffing, and contract deliverables. Coordinates structures, tooling, launch vehicle adapter, and flight control actuation disciplines; supports major program reviews, baseline control, change boards, production engineering, and customer or executive liaison activities.

Supports mechanical design development and production for sensors and missile systems. Creates Creo layouts, detailed drawings, assemblies, BOMs, and documentation in Windchill PLM. Coordinates with interdisciplinary teams and suppliers, manages drawing releases and engineering changes, supports design reviews, and performs trade studies evaluating cost, weight, performance, and structural or thermal benefits.

Designs and supports mechanical and electromechanical missile control systems within the Post Boost Control System team. Serves as a technical lead for gas generators and small solid rocket motors across qualification, production, service, and aging phases. Develops requirements, leads investigations, performs propulsion analysis, supports trade studies, collaborates with suppliers and cross-functional teams, and interfaces with management, systems engineering, quality, and Navy partners.

Leads the development of electro-mechanical packaging architectures and detailed designs for large-scale radar and airborne systems. Coordinates multidisciplinary engineering efforts, directs trade studies, guides suppliers, leads technical data packages and design reviews, and oversees integration, testing, and requirements verification. Provides technical leadership in microelectronics and low-SWaP packaging technologies while supporting manufacturing, lab activities, and design for military environments.

Leads the design and development of manufacturing tooling and equipment, manages team priorities, and coordinates with internal customers. Applies manufacturing-process expertise to create cost-effective solutions, interprets complex drawings, develops assembly models and detailed views, and sets up, troubleshoots, and proofs tooling and equipment. The role also supports design for manufacturability, tolerance analysis, process-line layouts, and continuous improvement while guiding the design team.

Designs electromechanical systems and components for aerospace and defense programs, including circuit card assemblies, enclosures, subassemblies, and wiring harnesses. Creates 3D models, layouts, drawings, bills of material, and routing packages; performs verification testing; manages configuration changes and MRB actions; and supports production, inspection, and test activities. Collaborates with multidisciplinary teams and travels as needed to supplier or manufacturing sites.