Top Mechanical Engineering Jobs

Own and scale production engineering by taking manufacturing systems from prototype to pilot plant. Design hardware, optimize automated material deposition systems, customize molds, source components, manage suppliers and lead times, and develop production tools and processes. The role requires hands-on physical-system design, building, troubleshooting, and cross-disciplinary collaboration in an on-site startup environment.

Leads mechanical engineering for UAS and drone systems, including electro-mechanical design, prototyping, fabrication, testing, integration, system architecture, and high-rate manufacturing preparation. Designs in CAD, performs FEA, develops tooling and fixtures, supports NPI and sustaining processes, qualifies vendors, authors technical documentation, and provides technical leadership across product lifecycles. The role also involves hands-on hardware development and drone flight testing.

Develops advanced mechanical design solutions for consumer, medical, clean technology, and automation products. Works through ambiguous engineering challenges, collaborates with clients and cross-functional teams, and supports product development from concept through production. Responsibilities include applying mechanical engineering principles, design for manufacture and assembly, testing and analysis, vendor collaboration, and presenting engineering designs and reports. The role may involve travel between client locations and requires a customer-focused, team-oriented approach.

Performs mechanical engineering design for water and wastewater treatment projects, including mechanical design plans, hydraulic calculations, flow diagrams, piping specifications, component datasheets, and equipment requisitions. Reviews civil, plant layout, piping, structural, and isometric drawings; maintains the Plant 3D component database; participates in technical reviews; coordinates with engineering teams, the assembly shop, customers, sites, and subcontractors.

Leads mechanical engineering for UAS and ground-control hardware, serving as technical authority for system changes and product architecture. Designs electro-mechanical systems, prototypes and tests hardware, supports high-rate manufacturing, and develops fixtures and automation. Drives DFMEA, NPI, sustaining processes, vendor qualification, documentation, and lifecycle product development. The role requires advanced SolidWorks/CAD expertise, FEA analysis, production design experience, and hands-on drone development.

Leads the design and execution of complex mechanical, HVAC, plumbing, and specialty systems for institutional and healthcare facilities. Oversees design quality, construction documents, specifications, construction administration, project timelines, and coordination with multidisciplinary teams. Drives LEED certification, energy modeling, lifecycle cost analysis, and sustainable design compliance with federal regulations and applicable codes. Requires a mechanical engineering degree, professional engineering license, extensive MEP design experience, LEED certification, and proficiency with Revit, HAP, TRACE 3D Plus, and Bluebeam.

Leads the design, development, testing, and continuous improvement of automated industrial equipment and material handling systems. Responsibilities include mechanical component and assembly design, engineering analysis, technical documentation, DFMA, lifecycle engineering, troubleshooting, root cause analysis, supplier collaboration, engineering change management, and product standardization. The role mentors engineers, supports manufacturing and commissioning, and drives complex projects from concept through production with up to 20% domestic travel.

Designs, drafts, fabricates, tests, and supports field deployment of custom mechanical equipment and thermal treatment systems. Responsibilities include engineering calculations, AutoCAD drawings, equipment specifications, vendor reviews, fabrication support, commissioning, troubleshooting, QA/QC, and documentation. The role works across office, shop, industrial, construction, and outdoor environments, with travel of up to 20% to project sites and vendor facilities.

Develops and matures Portable Life Support System hardware for Axiom’s EVA spacesuit across microgravity and partial-gravity missions. Responsibilities include CAD and engineering documentation, design analysis and testing, hardware fabrication and assembly support, supplier and customer reviews, lifecycle and supply-chain integration, certification, on-orbit operations, and project delivery. Requires mechanical or aerospace engineering expertise, space-environment knowledge, hands-on flight hardware experience, and familiarity with NASA or commercial space standards.

Design, develop, test, and mature Portable Life Support System hardware for Axiom EVA spacesuits. Own CAD modeling, analysis, fabrication, assembly, on-orbit demonstration, supplier reviews, manufacturing support, and project communication across the product lifecycle.

Designs, installs, commissions, troubleshoots, and improves manufacturing equipment and metal-forming processes. Creates facility layouts, mechanical drawings, hydraulic and pneumatic systems, and equipment documentation using AutoCAD. Provides hands-on support for machinery installation, startup, production troubleshooting, root-cause analysis, and continuous improvement. Coordinates with manufacturing teams, maintenance personnel, contractors, suppliers, and customers while ensuring equipment safety, reliability, quality, and maintainability. Travel may reach 75% of working time.

Leads mechanical and HVAC design projects, mentors staff, performs QA/QC reviews, selects equipment, develops specifications and controls sequences, conducts energy and life-cycle cost analyses, evaluates contractor pricing and value engineering, manages project work plans, and visits project sites to resolve construction issues. Ensures code compliance, design quality, risk management, and delivery of multiple projects within budget.

Designs mechanical systems for mission-critical and commercial building projects. Responsibilities include load calculations, equipment selection, HVAC and hydronic system design, code compliance, specifications, drawings, sequences of operation, studies, reports, QA/QC, submittal reviews, RFI responses, work planning, budget management, client coordination, and mentoring design staff.

Provides senior technical leadership for mechanical design of modular power and industrial systems. Responsibilities include designing enclosures, skids, structural frames, weldments, cooling and fluid systems; performing structural, thermal, vibration, fatigue, and FEA analysis; supporting manufacturing, testing, troubleshooting, and production launches; and mentoring engineers. The role also establishes engineering standards, leads design reviews, resolves complex technical issues, and ensures designs are manufacturable, serviceable, safe, and aligned with customer requirements.

Designs mechanical components and documentation for distribution transformers using 2D/3D tools. Responsibilities include creating drawings and bills of materials, reviewing customer specifications, supporting engineering teams and customers, qualifying vendors, developing and testing components, ensuring regulatory compliance, and mentoring junior engineers.

Design mechanical parts and systems using CATIA, release 2D drawings and specifications, coordinate with design, testing, manufacturing, purchasing, and suppliers, manage schedules and milestones, review costs, communicate progress, and propose technical innovations while meeting performance, quality, cost, and delivery targets.

Design and develop mass-efficient, transportable reactor structures including shielding and container systems. Perform thermomechanical and dynamic analyses using hand calculations and FEA, manage BOMs, suppliers, manufacturing/assembly instructions, testing, schedules, and FMEA, and collaborate cross-functionally to meet program requirements.

Develop and optimize manufacturing methods for continuous-roll non-woven materials used in disposable mopping pads. Conduct research, experiments, prototyping, and data analysis focused on welding, gluing, slitting, perforation, tear-off functionality, and tuft-layer spacing. Document results and collaborate with manufacturing engineers to scale successful approaches into production.

Design and develop complex electromechanical consumer products from concept through production. Responsibilities include CAD modeling, prototyping, testing, thermal, fluid, and structural analysis, manufacturing support in Asia, DFM/DFA, tolerance analysis, and cross-functional collaboration with electrical, software, reliability, manufacturing, industrial design, marketing, and product teams.

Lead consumer product mechanical engineering from concept through production. Design complex electromechanical systems incorporating plastics, metals, soft goods, sensors, and actuators. Own CAD, prototyping, testing, analysis, manufacturing ramp, and production support in Asia. Collaborate cross-functionally with industrial design, product, electrical, software, reliability, and manufacturing teams. Apply DFM/DFA, tolerance analysis, GD&T, root cause analysis, and DOE techniques.

Leads onsite mechanical and fluidic testing for battery-system test assets, including structural loading, vibration, seismic, pressure, leak, and flow validation. Develops test plans from engineering requirements and DFMEAs, deploys instrumentation, executes tests, investigates mechanical anomalies, processes telemetry data, validates data integrity, and reports actionable findings. Enforces laboratory safety, pressure-vessel, chemical-handling, LOTO, and 5S standards.

Designs and drafts industrial tools, machinery, fixtures, and machine components for pipe and tube machining and welding. Responsibilities include mechanical drawings, tolerance analysis, materials selection, electromechanical, pneumatic, and hydraulic integration, ERP bill-of-material maintenance, project management, proposals, and hands-on prototype assembly and testing. The role collaborates across engineering, manufacturing, product management, service, and repair teams while supporting products throughout their lifecycle.

Provides technical and operational leadership for mechanical engineering across complex private, public, and federal projects. Oversees quality, code compliance, standards, staff development, mentoring, recruiting, project guidance, client consultation, and Engineer of Record responsibilities. Supports office and service-line operations, evaluates project opportunities, contributes to growth strategies, and represents the organization in technical associations and conferences.

Design, analyze, prototype, build, and test electric powertrain components, assemblies, and test equipment. The intern will use CAD and simulation to guide design decisions, plan and execute tests, communicate technical concepts, and collaborate with vendors and manufacturing teams to produce hardware. Hands-on engineering, rapid design communication, and support for battery and electric powertrain development are central to the role.

Design and develop antenna products, tooling, and test fixtures; perform structural and thermal analyses; support manufacturing transition; evaluate customer specifications and proposal feasibility; assist with CAD drafting; and resolve design issues to meet project timelines. The role requires collaboration across engineering, manufacturing, testing, and customer-facing teams in aerospace and military programs.