Top Mechanical Engineering Jobs

Develop and improve manufacturing processes for pod production, provide engineering support to the production floor, document production requirements, resolve integration issues, and design tooling and equipment. The role collaborates with cross-functional teams, transitions programs into production, creates work instructions and tooling statements of work, and supports increasing production rates while ensuring quality, reliability, efficiency, and cost-effectiveness.

Design, analyze, integrate, and validate mechanical systems and components for an advanced fusion energy platform. Lead designs from concept through fabrication and testing, perform structural, thermal, and dynamic analyses, coordinate multidisciplinary engineering efforts, manage vendors and manufacturers, conduct design reviews, document requirements, assess risks, and mentor junior engineers.

Designs and develops mechanical packaging for rack-mount instrumentation and control-system hardware across the full product lifecycle. Responsibilities include CAD modeling, thermal and airflow analysis, sheet metal and machined-part design, cable and connector integration, tolerance analysis, prototyping, testing, and production support. The engineer collaborates with electrical, firmware, systems, manufacturing, suppliers, and operations teams to deliver reliable, manufacturable enclosures, chassis, heat sinks, shields, and related hardware.

Designs and coordinates mechanical systems for campuses and facilities, producing code-compliant plans and 3D models. Leads design development, BIM coordination, permitting, construction documentation, bid packages, submittal and RFI reviews, constructability assessments, and field walks. Collaborates with engineering, architecture, construction, contractors, and company leadership across office, laboratory, cleanroom, manufacturing, warehouse, data center, vivarium, healthcare, and animal care projects.

Leads mechanical structures engineering for the D5LE2 missile program, overseeing design maturation, fabrication, testing, certification, and production. Serves as a Structures Subsystem CPE delegate, integrating commodity engineers, ensuring technical performance, reviewing configuration compliance using models and drawings, and coordinating with systems engineering, manufacturing, leadership, and Navy customers. The role requires technical ownership of hardware, customer communication, design reviews, test planning, manufacturing collaboration, and delivery within cost and schedule constraints.

Designs and develops opto-mechanical hardware for aerospace and defense systems across the full lifecycle. Responsibilities include defining optical requirements, designing precision mounts and mechanisms, selecting materials, creating supplier documentation, performing finite-element and tolerance analyses, conducting prototype integration and testing, supporting manufacturing and design reviews, and mentoring junior engineers. The role requires expertise in CAD, GD&T, aerospace manufacturing, design verification, and optical alignment under harsh environmental conditions.

Mechanical Engineering Intern supporting Fenner R&D, capital engineering, process engineering, and new product development projects. Responsibilities include assisting with mechanical design, 3D modeling, manufacturability reviews, supplier and manufacturing coordination, lab collaboration, technical research, and product development documentation. The intern will also participate in cross-functional projects, career development, community outreach, and a final presentation to executive leadership.

Develops reliability goals, evaluation plans, risk assessments, and test strategies for scientific instrumentation. Analyzes failure rates, modes, and mechanisms to identify root causes and improve product robustness. Collaborates with product development, continuing engineering, manufacturing, quality, production, and suppliers. Supports continuous improvement, communicates technical findings, manages multiple projects, and may supervise engineering technicians.

Own the mechanical design and development of advanced military engine rotor components. Perform design, structural analysis, manufacturing support, and test activities while managing hardware cost, weight, and schedule. Collaborate across engineering, manufacturing, supply chain, quality, and test organizations to resolve technical issues, support producibility, and integrate components into engine programs. The role is fully onsite in Evendale, Ohio and requires Secret clearance eligibility.

Designs, validates, and supports the development of large industrial generator and power tool products. Responsibilities include creating CAD models, engineering drawings, bills of materials, product specifications, testing plans, and validation processes. The role evaluates designs for cost, reliability, safety, and manufacturability; collaborates with cross-functional manufacturing and product teams; provides technical project support; and develops less experienced engineers.

Mechanical Engineering Intern supporting capital and process engineering projects. Responsibilities include assisting with product design, evaluating manufacturability, coordinating with suppliers and manufacturing teams, researching technical topics, and addressing customer requirements under senior engineering guidance. The intern will complete cross-functional projects, use SolidWorks for 3D modeling, apply AI to support learning and innovation, and present a final project to executive leadership.

Own mechanical design of hardware products from concept through prototyping, validation, and production readiness. Design sealed electronic enclosures, optimize thermal and vibration performance, collaborate with manufacturing suppliers, oversee assembly and field validation, and develop new hardware form factors.

Leads custom engineered mechanical and structural projects from requirements through design, FEA, calculations, release, fabrication, testing, installation, and field support. Designs welded and bolted steel or aluminum structures, mechanisms, platforms, and equipment; validates moving-load conditions; produces CAD models, drawings, and bills of material; resolves manufacturing issues; leads technical reviews; manages risks; and mentors engineers and designers.

Leads a mechanical engineering team developing and improving components and subsystems for heavy-duty vehicles. Responsibilities include engineering analysis, design, validation, troubleshooting, project execution, budgeting, technical mentorship, production support, supplier collaboration, and ensuring performance, safety, reliability, and compliance with engineering standards. The role also manages team development, project schedules, documentation, technical proposals, and continuous improvement initiatives.

Designs, develops, tests, and improves mechanical products for electrical infrastructure applications. Creates CAD models, assemblies, drawings, prototypes, bills of materials, and production documentation. Collaborates with marketing, manufacturing, tooling, quality, and patent attorneys on product specifications, intellectual property, manufacturability, and testing. Manages multiple projects, resolves product complaints, supports new product introductions, and provides technical guidance to engineers and designers.

Leads mechanical and structural integration for E-767 AWACS avionics, communications, and mission-system upgrades. Responsibilities include aircraft modification design, structural and stress analysis, CAD and engineering documentation, airworthiness certification, qualification activities, design reviews, testing, and on-site installation support. The role supervises engineering activities and collaborates with government customers, Boeing, subcontractors, and cross-functional teams. Experience with aircraft modifications, avionics integration, military airworthiness, radio systems, EMC/EMI, TEMPEST, and E3 requirements is required.

Leads mechanical engineering activities for injection-molded products, including manufacturability reviews, tooling and production cost estimates, mold design evaluation, NPI coordination, tooling trials, qualification, troubleshooting, and production launch. Collaborates with customers, suppliers, manufacturing, quality, sales, and supply chain teams to resolve technical issues and improve tooling, quality, and manufacturing efficiency.

Designs, analyzes, tests, and releases electromechanical laboratory instruments, consumables, and automation accessories. Uses SolidWorks, simulation, experimentation, prototyping, and design verification to develop products from concept through manufacturing. Responsibilities include cross-functional design reviews, documentation, vendor management, engineering change orders, FMEA, risk assessment, root cause analysis, and compliance with engineering standards. The role is primarily on-site in Woburn, Massachusetts, includes up to 10% travel, and requires laboratory work and lifting up to 25 pounds.

Leads Dewberry’s mechanical engineering practice in Orlando by overseeing technical quality, standards, project design, code compliance, and multiple concurrent projects. Serves as Engineer of Record when needed, advises clients and leadership, evaluates project opportunities, develops growth strategies, and mentors mechanical managers and staff. The role also supports office and service-line operations, coordinates with contractors and code officials, and leads mechanical standards and community-of-practice initiatives.

Owns mechanical and structural design, packaging, analysis, testing, and validation of secondary avionics structures for the Terran R rocket. Provides technical direction, approves designs and analyses, makes architecture-level tradeoffs, and leads cross-functional integration across avionics, fluids, dynamics, thermal, structures, and vehicle integration teams. Ensures hardware meets static, dynamic, and thermal flight environments while balancing mission requirements, producibility, schedule, and cost.

Designs and develops rotating machinery, electric motors, and mechanical assemblies using SolidWorks and engineering design controls. Creates drawings, applies GD&T, reviews manufacturability, evaluates subcontractors, develops manufacturing processes, and supports production ramp-up. Collaborates on prototyping, testing, validation, and customer technical support while managing projects from design through final validation.

Designs production-ready custom web converting, coating, packaging, and automation machinery from concept through implementation. Responsibilities include mechanical layouts, assemblies, detailed drawings, bills of material, vendor and component selection, technical reviews, customer communication, design leadership, project coordination, and production-floor validation. The role also mentors engineers, manages scope and schedules, supports system assembly and debugging, and improves machine design quality.

Provides mass properties engineering support for satellite, missile, and special programs. Calculates and maintains mass properties data, performs trade studies, supports design reviews, develops test procedures, conducts measurements, reduces and interprets data, and contributes to weight control and reduction efforts. Documents analyses, supports control boards, and collaborates with engineering teams, technicians, subcontractors, and customers. Requires travel to off-site testing locations and U.S. citizenship with Secret clearance eligibility.

Designs, develops, and tests mechanical and electromechanical products and systems for space applications. Responsibilities include interpreting engineering drawings, using CAD tools and model-based product definition, applying mechanical engineering fundamentals, and supporting structures, mechanisms, materials, thermal, hydraulic, and heat transfer analyses. The role requires effective communication, task ownership, and the ability to obtain and maintain a DoD Secret clearance.

Designs and reviews printed circuit boards ranging from prototypes to space-qualified rigid and rigid-flex backplanes, including high-speed, high-power, and RF designs. Coordinates design reviews, documentation, fabrication, assembly, testing, and engineering releases. Uses Siemens Xpedition and Zuken CR8000, collaborates with vendors and manufacturing teams, troubleshoots technical issues, and improves ECAD/PLM processes through automation and scripting.