Top Mechanical Engineering Jobs

Designs and improves prototype and production HVAC components, assemblies, and products. Develops production-ready drawings, specifications, prototypes, testing methods, and documentation while ensuring manufacturability, safety, quality, performance, and code compliance. Leads engineering projects and design reviews, supports manufacturing and assembly, troubleshoots electro-mechanical systems, resolves faults, and coordinates with internal teams, consultants, and vendors.

Designs and develops original electro-mechanical automation equipment for production and fulfillment. Responsibilities include conceptualization, mechanical design, CAD drawings, prototyping, troubleshooting, assembly, equipment implementation, startup, documentation, training, supplier coordination, capital-spending management, and end-user collaboration. The role leads complex engineering projects while partnering with mechanical, electrical, technician, supplier, and operating teams.

Design and develop electro-mechanical automation equipment for production and fulfillment operations. Responsibilities include conceptualization, machine drawings, prototyping, troubleshooting, assembly, equipment integration, start-up, documentation, training, supplier coordination, parts sourcing, capital spending management, and collaboration with technicians and end users.

The Mechanical Engineer will oversee project commitments, mentor staff, maintain client relationships, and design mechanical systems while ensuring client needs are met through effective communication and project management.

Design and develop commercial and industrial HVAC, piping, and plumbing systems. Lead engineering scopes, load calculations, energy simulations, equipment selections, system layouts, specifications, and code compliance. Coordinate with architects, engineers, contractors, and clients; align designs with construction budgets; perform site inspections; manage schedules and teams; and provide technical guidance to designers and engineers.

Develops complex mechanical designs using 3D CAD, manages configurable assemblies, creates manufacturing drawings, and supports concepts through prototyping and testing. Applies DFM, DFA, GD&T, FEA, and mechanical systems expertise to meet customer requirements. Provides technical leadership through design reviews, mentoring, standards enforcement, customer communication, and cross-functional collaboration across multiple engineering programs.

Develops 3D CAD models, configurable mechanical assemblies, concepts, prototypes, and manufacturing drawings for automotive, aerospace, and related programs. Applies GD&T, DFM/DFA, DFMEA, FEA, and CAE tools while supporting testing, supplier collaboration, and customer deliverables. The role requires hands-on mechanical problem-solving, knowledge of mechanisms and motion systems, effective communication, and the ability to manage multiple engineering programs in a team environment.

Designs, develops, analyzes, prototypes, tests, and validates mechanical systems and components across the product lifecycle. Creates CAD models and manufacturing drawings, performs structural, thermal, fluid, and tolerance analyses, selects materials, troubleshoots test failures, and supports manufacturing implementation. Collaborates with electrical, software, product, project, manufacturing, and supplier teams while maintaining technical documentation.

Designs and integrates undersea hardware through concept development, technical planning, problem solving, testing, and systems solutions. Translates customer requirements within technical, schedule, and cost constraints. Supports hardware design, design-for-manufacturing practices, engineering documentation, production processes, and manufacturing integration. Collaborates across teams while managing multiple priorities and projects. The role requires on-site work in Annapolis and eligibility for TS/SCI clearance with CI polygraph.

Designs, installs, optimizes, and maintains mechanical manufacturing equipment and systems. Leads capital projects, equipment modifications, reliability improvements, troubleshooting, root cause analysis, continuous improvement, and safety initiatives. Coordinates vendors, contractors, budgets, schedules, procurement, installation, startup, testing, and validation. Provides technical guidance to production and maintenance teams while improving safety, quality, throughput, waste, scrap, downtime, and cost performance.

Responsibilities include concept development of structural, electrical, and hydraulic components, creating CAD models, conducting design reviews, and collaborating with suppliers and manufacturing teams.

Performs finite element analysis of off-highway equipment structural components. Creates CAD models and meshes, assigns materials, applies loads and constraints, runs ANSYS, Abaqus, or Nastran simulations, and analyzes structural and fatigue performance. Uses HyperWorks and nCode for preprocessing, postprocessing, and field-data analysis. Collaborates with design and test engineers, recommends corrective actions, performs model-to-test correlation, and documents analysis plans, results, and validation reports.

Leads mechanical design and lifecycle support for wind turbine driveline components, including main bearings, shafts, covers, seals, and related hardware. Responsibilities include design, analysis, testing, validation, manufacturing support, field issue resolution, root cause analysis, reliability improvement, cost reduction, documentation, and cross-functional collaboration with suppliers and global teams.

Design and develop structural mechanical components for wind turbines, including bedplate castings, rotor locks, and gearbox mounts. Coordinate interfaces across engineering teams, create drawings and specifications, conduct risk assessments and validation testing, support field issue resolution, and manage component lifecycle strategies. Mentor engineers, maintain design tools and documentation, and ensure quality of drawings, bills of materials, and specifications while applying systems thinking and Lean design principles.

Designs and verifies rugged embedded computing hardware through 3D modeling, detailed drawings, mechanical analysis, PCB integration, FEA review, testing, and root-cause analysis. The role documents engineering decisions, collaborates with manufacturing and cross-functional teams, recommends design improvements, and mentors junior engineers. Work is performed onsite in Verona, Wisconsin.

Leads mechanical engineering design for energy and infrastructure projects, including gas piping, utility-scale generators, CHP systems, HVAC, plumbing, fire suppression, and central utility plants. Produces calculations, specifications, and construction documents using AutoCAD or Revit; reviews submittals and RFIs; coordinates with clients and other disciplines; conducts site visits; and manages mechanical or interdisciplinary project teams.

Designs and documents major mechanical engineering projects from concept through construction. Coordinates multidisciplinary teams, manages schedules and budgets, ensures compliance with building and mechanical codes, selects equipment, performs calculations, writes specifications, supports construction administration, evaluates costs, and communicates design intent. Provides technical guidance and mentorship to junior staff while supporting project planning, quality, sustainability, and profitability.

Supports mechanical engineering project teams with drawings, documentation, ductwork and piping layouts, building code research, engineering calculations, submittal reviews, site visits, and construction administration. Develops foundational knowledge of building technology, sustainable design, quality standards, and engineering design communication while progressing toward professional engineering licensure.

Designs, develops, analyzes, and improves mechanical systems, components, and products supporting engineering and production operations. Collaborates with fabrication, assembly, maintenance, quality, and production teams to meet technical requirements, safety standards, customer expectations, and efficiency goals. Reports to the Chief Technology Officer.

Leads the design, development, testing, and evaluation of structural and mechanical components for a commercial space station. Responsibilities include requirements development, structural analysis, FEA, engineering lifecycle execution, design reviews, documentation, manufacturing oversight, verification and validation, peer reviews, customer communication, and mentoring junior engineers.

Supports mechanical engineering R&D and design projects through engineering analysis, CAD modeling, prototype testing, test-data analysis, inspections, technical reporting, supplier collaboration, and continuous improvement. The intern will work with manufacturing teams on prototype parts and assemblies while gaining experience with engines, propulsion systems, and related technologies.

Designs HVAC systems for government and commercial buildings, including load calculations, equipment selection, system coordination, and engineering documentation. Performs calculations, routine testing, self-checks, and quality reviews while meeting project budgets and schedules. Coordinates with other disciplines, attends client meetings, supports project documentation, and provides guidance to entry-level engineers. Uses AutoCAD, Revit, and industry-standard HVAC design software.

Design and improve commercial HVAC equipment and systems, ensuring performance, regulatory, quality, and cost requirements. Lead technical product design projects, component selection, system integration, testing, root cause analysis, and engineering teams. Develop test plans, analyze data, manage project schedules, implement design improvements, and support process productivity initiatives.

Leads new product development from concept through prototype validation, translating customer and market needs into technical requirements and engineered solutions. Designs, models, prototypes, tests, and refines products while executing validation plans and collaborating across laboratory, manufacturing, quality, supply chain, and commercial teams. Manages technical projects, risks, and deliverables, using CAD, coding, automation, AI-assisted workflows, and data-driven methods to accelerate design and improve engineering outcomes.

Leads mechanical and structural design for the SMR-160 nuclear reactor plant. Responsibilities include conceptual and detailed design, engineering calculations, requirements development, technical documentation, verification and validation, procurement support, regulatory presentations, subcontractor coordination, and mentoring engineers. The role requires extensive nuclear engineering experience, ASME Boiler and Pressure Vessel Code expertise, CAD and analytical software proficiency, and leadership of multidisciplinary design activities.