Top Mechanical Engineering Jobs

Design and develop robotic actuators, including transmissions, motor integration, structural packages, bearings, sealing, and thermal systems. Define and run life testing using fleet-derived load spectra, perform teardown analysis, and establish evidence-based design margins. Collaborate on in-house assembly, calibration, end-of-line testing, and actuator performance roadmaps. The role requires precision mechanical design, geartrain analysis, manufacturing and DFM expertise, CAD, FEA, tolerance analysis, GD&T, fatigue, and thermal design experience.

Design, prototype, build, debug, and improve automated manufacturing equipment, machine modules, tooling, fixtures, and mechanisms. Create CAD models, drawings, BOMs, and engineering documentation; support process experiments, equipment bring-up, validation, and production readiness. Collaborate with controls, software, manufacturing, quality, technicians, machine shops, and vendors to deliver reliable, manufacturable, serviceable automation systems.

Manages mechanical engineering projects from conceptual design through construction closeout, leading multidisciplinary teams and outside consultants. Designs and oversees HVAC, heating plant, piping, and plumbing systems; coordinates construction documents, specifications, bidding, administration, submittals, payments, inspections, and code compliance. Supervises staff, manages budgets and schedules, supports client relationships, and contributes to business development. The role requires extensive A/E/C consulting experience, professional licensure, project management expertise, and strong AutoCAD proficiency.

Design, prototype, and validate mechanical subsystems for autonomous surface and subsea vehicles (pressure housings, seals, thruster assemblies). Integrate sensors and actuators with electronics, lead lab and ocean testing, troubleshoot field issues, and iterate designs from CAD to deployed hardware. Work hands-on in fabrication and travel internationally for testing.

Designs and supports mechanical components for medium-voltage power transformers, mobile power transformers, and mobile substations. Responsibilities include creating 3D core and coil designs, shop drawings, connection diagrams, woodwork structures, lead routing, material usage files, and production support documentation. The role also expands into external transformer and tank design and programming plasma and wood routing machines.

Design mechanical systems for industrial, semiconductor manufacturing, data center, and advanced manufacturing projects. Responsibilities include HVAC and equipment design, heating and cooling load calculations, piping and ductwork sizing, ventilation, pipe stress and CFD analysis, equipment selection, drawings, specifications, code analysis, site walks, and project meetings. The role collaborates with architects, engineers, contractors, and clients.

Leads a mechanical engineering team responsible for designing, analyzing, building, and validating X-BAT hardware test stands, fixtures, tooling, and support systems. Owns requirements, detailed design, fabrication, assembly, documentation, and deployment. Performs structural and thermal assessments, applies GD&T and DFM/DFA practices, coordinates with cross-functional teams and vendors, supports troubleshooting, and improves test processes, quality, and execution.

Designs and optimizes centrifugal compressors through aerodynamic modeling, CFD analysis, testing, and performance evaluation. Develops simulation methods, AI/ML-driven workflows, automation tools, and data-driven engineering processes. Supports prototype development, validation, manufacturing improvements, and global product programs while providing technical guidance to cross-functional teams. Requires collaboration with test laboratories, technicians, manufacturing teams, customers, and international engineering groups.

Design and develop new mechanical products and cost reductions: create concepts and detailed drawings, perform FEA and testing, lead small projects, support manufacturing, troubleshoot products, and manage engineering documentation and releases.

Design, integrate, test, and sustain mechanical systems for autonomous vehicle platforms. Create manufacturable designs, drawing packages, work instructions, and test procedures; troubleshoot vehicle hardware; validate designs against requirements; and analyze designs for manufacturability, assembly, and cost. Collaborate with electrical and software teams, participate in design reviews, and support products from prototypes through production.

Owns mechanical design quality activities for medical device product development, including risk management, design verification and validation, process controls, design transfer, PPAP, supplier quality, change control, and post-market support. Partners with R&D, manufacturing, operations, suppliers, testing, and regulatory teams to ensure product safety, effectiveness, reliability, manufacturability, and compliance. Supports quality system improvements and approves quality documentation for assigned components and workstreams.

Own mechanical components and subsystems from concept through mass production. Responsibilities include hardware design, requirements translation, engineering trade studies, 3D modeling, FEA, prototyping, design reviews, drawings, failure analysis, manufacturing support, tooling and fixture development, vendor collaboration, and validation testing. The role requires strong mechanical engineering fundamentals, CAD experience, and hands-on work in fast-paced engineering or manufacturing environments, with UAV, manufacturing, analysis, and fabrication experience preferred.

Designs bakery equipment and plant layouts using 3D CAD, ensuring functionality, manufacturability, and compliance with engineering standards. Creates detailed drawings and bills of materials, issues manufacturing and purchasing packages, modifies designs for customer needs, and collaborates with engineering, manufacturing, assembly, and customer teams. Provides technical leadership, trains team members on CAD and design standards, and leads design projects.

Owns mechanical design quality activities for medical device new product development, including risk management, design verification and validation, process controls, design transfers, PPAP, supplier quality, and change control. Partners with R&D, manufacturing, suppliers, testing, operations, and regulatory teams to ensure products meet safety, reliability, manufacturability, usability, and quality requirements. Supports post-market quality and quality-system improvements.

Develops thermal management, ASIC socketing, cooling, and mechanical solutions for semiconductor test and validation hardware. Designs and verifies components in SolidWorks, extracts 3D PCB data, analyzes device warpage, validates simulations with profilometry, troubleshoots lab hardware, manages vendors, and oversees procurement. The role requires expertise in high-power ASIC socketing, thermal analysis, mechanical simulation, prototyping, ATE hardware, and vendor management.

Design, develop, test, and evaluate structural and mechanical components for a commercial space station. Perform structural analyses using free-body diagrams, hand calculations, and FEA; create CAD models and engineering drawings; develop requirements; oversee hardware manufacturing and assembly; support qualification and acceptance testing; and document and present technical results.

Design, develop, test, and evaluate structural and mechanical components for a commercial space station. Responsibilities include requirements development, engineering analysis using hand calculations and FEA, CAD modeling, drawings, design reviews, manufacturing and assembly oversight, verification and validation, and technical presentations. The role requires ownership of the product lifecycle, rigorous documentation, and collaboration across engineering and manufacturing teams.

Designs, develops, tests, and evaluates structural and mechanical components for a commercial space station. Responsibilities include requirements development, preliminary structural analysis, FEA, engineering drawings, design reviews, manufacturing and assembly oversight, testing, documentation, and presenting technical findings. The role requires collaboration across teams and accountability for complete engineering product lifecycles.

The PLSS Mechanical Engineer will develop and mature spaceflight hardware for EVA Spacesuits, managing projects from design to on-orbit operations.

Lead the design, development, testing, and evaluation of structural and mechanical components for a commercial space station. Responsibilities include defining requirements, conducting structural analysis and FEA, producing models and drawings, overseeing manufacturing and assembly, supporting verification and validation, documenting engineering work, and presenting technical findings. The role also includes mentoring, functional management, and ensuring designs meet quality, performance, and spaceflight standards.

Designs, develops, tests, and evaluates structural and mechanical components for a commercial space station. Responsibilities include requirements development, engineering lifecycle execution, structural analysis using hand calculations and FEA, 3D modeling, drawing creation, manufacturing and assembly oversight, testing, documentation, and presenting technical findings. The role requires collaboration across teams, technical rigor, and accountability for engineering designs and results.

Designs, analyzes, and integrates aircraft structures, mechanical systems, equipment installations, and modifications for repair and certification programs. Performs structural, thermal, vibration, and fatigue analyses; develops drawings, reports, test plans, and certification documentation; and coordinates with engineering, production, quality, vendors, and certification stakeholders. Supports fabrication, installation, testing, troubleshooting, configuration control, and continuous improvement while ensuring airworthiness, manufacturability, maintainability, and regulatory compliance.

Leads mechanical design and rapid integration of aerospace propulsion systems from concept through prototype, testing, and low-rate production. Responsibilities include CAD modeling, structural and thermal analysis, trade studies, hardware integration, environmental qualification, test planning, manufacturability, and troubleshooting. The engineer collaborates across multidisciplinary teams, supports program reviews, mentors team members, interfaces with fabrication resources, and may lead small engineering teams. U.S. citizenship and ability to obtain or hold a security clearance are required.

Designs and implements parametric cabinet and custom assembly models in CAD/CAM software. Researches construction and assembly practices, evaluates joinery and production sequences, maintains design libraries, improves manufacturing efficiency, reduces waste, and supports communication between design and production teams. Conducts production testing and updates design processes to incorporate new software, technology, and manufacturing requirements.

Lead multidisciplinary mechanical engineering projects from concept through construction, including HVAC design, specifications, code analysis, construction documents, client relationships, consultant coordination, and project team leadership. Manage deadlines, resources, project progress, and multiple projects while supporting higher education, healthcare, municipal, industrial, aviation, and design-build clients.