Top Mechanical Engineering Jobs

Design and lead development of precision mechanical sensors for HVAC and environmental monitoring applications. Responsibilities include CAD modeling, drawings, GD&T, tolerance analysis, FEA, thermal analysis, prototyping, environmental qualification, reliability testing, sensor integration, VAVE, DFMEA, and manufacturing support. The role also provides technical leadership, mentoring, and project schedule and financial tracking for engineering initiatives.

Owns mechanical and electromechanical subsystem design for moving camera products from concept through production. Leads development projects, architectures, design reviews, risk assessments, prototyping, simulation, testing, tolerance analysis, GD&T, and design-for-manufacturability activities. Partners with suppliers on tooling and validation, supports lifecycle management and compliance, mentors junior engineers, and collaborates internationally on system integration.

Designs and develops electromechanical systems for moving camera products from concept through production. Responsibilities include subsystem architecture, mechanical assemblies, enclosure and thermal design, prototyping, simulation, testing, tolerance analysis, GD&T, DFM, supplier collaboration, risk management, lifecycle support, and regulatory compliance. The role also mentors junior engineers and supports cross-functional system integration.

Designs and develops compact, low-power IoT-connected water and wastewater monitoring hardware. Responsibilities include mechanical housing, tooling, materials, CAD simulation, prototyping, testing, BOM and PLM management, FMEA, regulatory certification, hazardous-environment safety, supplier coordination, production support, and sustaining engineering. The role also manages 3D printing, mechanical documentation, validation activities, and cross-functional hardware development.

Designs, develops, tests, and validates mechanical components for automotive connectivity products. Creates MCAD models and drawings, performs simulations, tolerance analysis, FMEAs, prototyping, and validation support. Collaborates with OEMs, suppliers, manufacturing, electrical, software, and systems teams on cost, quality, and customer requirements. Conducts design reviews, manages engineering changes, presents technical solutions, ensures compliance with automotive standards, and mentors other mechanical engineers.

Own the mechanical architecture of head-worn and body-worn wearable devices from requirements through production. Define packaging, alignment, stiffness, thermal, mass, tooling, materials, and manufacturing strategies. Lead prototype builds and user testing, perform tolerance, structural, drop, and thermal analyses, establish mechanical standards, guide vendors, mentor engineers, and support hiring.

Designs, develops, tests, and supports electromechanical instruments, automated systems, products, and manufacturing processes. Provides manufacturing troubleshooting, process optimization, Lean Manufacturing support, CAD drawings and modeling, supplier specifications, equipment installation, scripting for test automation, machining, and outsourced fabrication management. Leads engineering studies and projects while communicating progress through reports and presentations.

Designs and delivers precision electromechanical and opto-mechanical scientific instruments from concept through deployment. Responsibilities include CAD and PDM design, manufacturability, documentation, procurement support, testing, integration, stakeholder collaboration, technical presentations, and mentoring. The role requires expertise in motion control, pneumatics, fluidics, enclosures, manufacturing processes, and production-ready machine design. This is an onsite position supporting Vertex’s drug discovery research in San Diego.

Own the mechanical design and production tooling of cosmetic A-surface plastic robot components. Translate industrial design intent into manufacturable parts, select polymers and processes, define GD&T and tolerance schemes, drive DFM/DFA, establish cosmetic standards, and collaborate with tool shops, molders, and contract manufacturers through sampling, tuning, PPAP, and corrective action. Build prototypes and validate parts through structural, drop, and environmental testing.

Lead the end-to-end design, prototyping, testing, analysis, and production scaling of electromechanical hardware and robotic systems. Build and iterate prototypes using 3D printing, CNC machining, and fabrication; perform structural, thermal, and tolerance analyses; develop validation plans; and collaborate with electrical, software, industrial design, machine shop, and contract manufacturing teams.

Design and integrate tactile sensing systems for robotic hands, grippers, and contact-rich interfaces. Own mechanical sensor packaging, elastomer and compliant-material development, prototyping, FEA, characterization fixtures, accelerated testing, DFM/DFA, and manufacturing scale-up. Collaborate with electrical, firmware, controls, and machine learning teams to develop robust robotic sensing solutions.

Designs, develops, improves, and supports mechanical, electrical, hydraulic, filtration, and refrigeration systems for CNC accessories. Manages products through design, prototyping, manufacturing, and field installation; diagnoses failures, performs root-cause analysis, creates CAD drawings and documentation, provides technical support, and mentors junior engineers. The role is fully onsite in Enfield, Connecticut and requires approximately 10% travel for customer installations and service.

Designs and validates molded plastic and sheet metal components for iron-air battery cells. Responsibilities include mechanical analysis, prototyping, failure analysis, validation testing, technical drawing release, and collaboration with manufacturing, battery module, and electrode teams to support high-volume production.

Designs and develops complex mechanical systems, components, and assemblies for mission-critical communications infrastructure. Responsibilities include 3D CAD modeling, tolerance analysis, FEA and mechanical testing, prototype and pilot-build support, drawing and bill-of-material release, supplier collaboration, manufacturing support, and technical documentation. The engineer manages concurrent projects, improves product development processes, and works cross-functionally with engineering, manufacturing, suppliers, and product teams.

Designs and sustains electromechanical products from concept through manufacturing. Responsibilities include SolidWorks modeling, drafting, BOM and ERP maintenance, prototype development, testing, manufacturability analysis, standards compliance, sourcing support, production ramp-up, and participation in new product development and engineering change processes. Collaborates with mechanical, electrical, firmware, sales, marketing, purchasing, and manufacturing teams.

Designs and sustains electromechanical products from concept through manufacturing implementation. Responsibilities include SolidWorks modeling, drafting, BOM and ERP maintenance, manufacturability analysis, prototyping, testing, standards compliance, production ramp-up, sourcing collaboration, and participation in new product development and engineering change processes.

Design, develop, and validate mechanical components and assemblies for automated matcha hardware. Create CAD models and drawings, perform tolerance, FEA, and DFM analyses, build prototypes, conduct testing, manage BOMs and design documentation, and collaborate with electrical, firmware, controls, and contract manufacturing teams.

Designs, prototypes, tests, and validates motorized blower systems and components for healthcare products. Produces specifications, tolerance analyses, layouts, drawings, test protocols, and verification evidence. Leads risk management, FMEA, root-cause investigations, and manufacturing process improvements while collaborating across engineering, quality, operations, procurement, suppliers, and customers. Provides technical direction and mentorship to junior engineers.

Designs and develops mechanical products and systems for data center connectivity, power distribution, and cooling. Leads the full product lifecycle from requirements and concept generation through prototyping, testing, and manufacturing release. Conducts applied research, coordinates multidisciplinary engineering projects, prepares schedules and technical documentation, and applies expertise in plastic, metal, sheet metal, injection molding, stamping, CAD, and thermal analysis.

Leads mechanical engineering design and development for regulated electromechanical medical devices. Responsibilities include product modeling, prototyping, testing, requirements and documentation, design for manufacturability, fixture development, verification and validation, regulatory support, design reviews, and mentoring engineers. The role requires SolidWorks proficiency, experience with manufacturing processes and quality systems, and collaboration with suppliers and manufacturing partners. Occasional travel of up to 10% is required, along with the ability to lift 50 pounds.

Leads mechanical product lifecycle engineering, including design integrity, root-cause problem solving, field and manufacturing issue resolution, new product introduction, cost reduction, and design documentation. Partners with cross-functional teams to ensure products are reliable, compliant, manufacturable, and cost-effective. Uses FMEA, GD&T, tolerance analysis, DFM/DFA, CAD, and PLM tools while mentoring junior engineers and coordinating delivery timelines.

Leads mechanical and electromechanical product development from concept through production for robotic and warehouse automation platforms. Owns subsystem architecture, CAD design, prototyping, validation, testing, production launch, supplier development, and sustaining engineering. Performs or guides FEA, fatigue, tolerance, vibration, dynamics, reliability, and root-cause analysis. Partners cross-functionally with electrical, software, controls, manufacturing, and systems teams while driving manufacturability, serviceability, cost, and product reliability.

Design and develop mechanical components, assemblies, payloads, fixtures, and tooling for tactical drones from concept through production. Create CAD models, drawings, BOMs, and supporting calculations; build and troubleshoot prototypes; execute tests; analyze failures; and recommend improvements. Collaborate with electrical, software, manufacturing, and quality teams while applying DFM, DFA, and tolerance-analysis principles. The role requires hands-on fabrication, documentation, occasional travel, and eligibility to obtain and maintain a U.S. security clearance.

Design and develop mechanical products for building security and access management. Improve product reliability, quality, and cost; execute product development projects; collaborate with engineering, manufacturing, vendors, and cross-functional teams; solve technical issues; and support testing, regulatory compliance, and commercialization.

Lead mechanical NPI activities from prototype through high-volume production, developing manufacturing processes, tooling, fixtures, and assembly aids. Drive DFM and cost improvements, root-cause quality issues, supplier and contract manufacturer collaboration, BOM and engineering change control, PLM documentation, and production readiness. Support manufacturability, yield, reliability, inventory efficiency, and sustaining activities for networking equipment. The role also requires tolerance analysis, manufacturing process expertise, and some travel.