Top Mechanical Engineering Jobs

Designs, develops, tests, documents, and sustains mechanical components and assemblies for robotic surgical accessories. Responsibilities include requirements definition, prototyping, simulation, FEA, tolerance analysis, risk mitigation, failure analysis, design control documentation, manufacturing transfer, supplier collaboration, and production support. The role also supports clinical evaluations, automation, continuous improvement, mentoring, and cross-functional project leadership in a regulated medical-device environment.

Design, analyze, test, validate, and improve mechanical components and instruments for robotic-assisted surgical systems. Develop product specifications, manufacturing processes, fixtures, assembly instructions, verification and validation testing, and FDA-compliant design history files. Collaborate with manufacturing, systems, clinical development, suppliers, materials, testing, and service teams. Troubleshoot production issues, investigate root causes, and implement documented design and manufacturing improvements.

Designs and develops mechanical components and assemblies for prototype and production aerospace products, from concept through manufacturing release. Responsibilities include 3D modeling, technical documentation, design reviews, HALT testing, tooling support, engineering changes, end-of-life updates, and collaboration with electrical, software, suppliers, and manufacturing partners. The role emphasizes manufacturability, assembly, reliability, and cost optimization.

Designs and develops accessory components and systems for powersports vehicles. Creates 3D models, engineering drawings, BOMs, and ECNs; selects materials and manufacturing methods; coordinates prototypes; develops validation plans; performs tolerance analysis, root cause analysis, DFM/DFA reviews, and quality and PPAP support.

Design and improve mechanical components and assemblies for automatic pool cover systems. Create CAD models, drawings, and BOMs; support product development, prototyping, testing, manufacturing, quality investigations, supplier coordination, engineering changes, and continuous improvement. The role requires collaboration across production, quality, purchasing, and customer support, with occasional travel to suppliers, dealers, or customer locations.

Own supplier quality and manufacturing readiness for mechanical hardware commodities. Evaluate drawings, GD&T, processes, inspections, FAIs, and supplier capabilities; identify NPI and production risks; lead supplier qualification, audits, capability assessments, and readiness reviews; and drive containment, root-cause analysis, corrective actions, and supplier improvements. Partner closely with engineering, sourcing, manufacturing, and external suppliers to support reliable production scaling.

Own electro-mechanical build quality across a drone manufacturing factory. Investigate and contain assembly defects, lead root-cause and MRB activities, monitor production quality metrics, implement process controls and error-proofing, create inspection plans and first-article inspections, review work instructions, and manage inspector certification and measurement calibration programs. Partner with manufacturing and engineering to improve manufacturability, reduce defects, and ensure assembled vehicles meet performance requirements.

Own supplier quality and manufacturing readiness for mechanical hardware commodities. Review drawings, GD&T, inspection data, process documentation, and supplier quality plans. Lead supplier qualification, FAIs, capability assessments, production readiness, root-cause analysis, corrective actions, and supplier improvement initiatives. Partner with engineering, sourcing, manufacturing, and suppliers during NPI and production ramps to prevent quality escapes and ensure capable, scalable manufacturing processes.

Own supplier quality and manufacturing readiness for mechanical hardware commodities. Review drawings, GD&T, inspection data, process documentation, and supplier quality systems. Lead supplier qualification, FAI, PPAP-style readiness, capability assessments, audits, and production ramp activities. Drive containment, root-cause analysis, corrective actions, and supplier improvement plans while partnering with engineering, manufacturing, sourcing, and external suppliers.

Develops and executes ANSYS and Abaqus simulations for robotic medical device assemblies and electromechanical systems. Performs structural, vibration, thermal, dynamic, and stress analyses; optimizes precision motion components; correlates models with physical test data; and supports design validation, troubleshooting, root-cause analysis, and risk reduction. Collaborates with multidisciplinary engineering, manufacturing, quality, and vendor teams while preparing technical reports and engineering change documentation in an ISO and FDA-regulated environment.

Own the mechanical design and development of battery module components from concept through production. Responsibilities include cell retention, thermal management, safety systems, housing integration, venting, propagation protection, and electromechanical interfaces. Collaborate with electrical, thermal, simulation, and software teams to optimize high-voltage battery packs. Lead design feasibility, requirements completion, FEA-informed decisions, manufacturing integration, and production release for automotive or motorcycle powertrain applications.

Design and improve plastic and metal parts, injection molds, tooling, assemblies, and manufacturing processes. Perform design-for-manufacturability reviews, tolerance studies, thermal analysis, and Moldex3D mold-flow analysis. Manage tooling specifications, vendor qualifications, quotes, and design reviews while maintaining bills of material, estimates, and project documentation. Mentor junior staff and collaborate with customers, R&D, production, and external vendors.

Designs and develops mechanical components, assemblies, and prototypes from concept through production. Responsibilities include CAD modeling, detail drawings, GD&T, prototype fabrication, tolerance and structural analysis, thermal assessment, testing, design-for-manufacturability, supplier collaboration, sustaining engineering, engineering change control, field failure investigation, and production support.

Designs mechanical components, assemblies, fixtures, tooling, and automation systems for sensor products and high-volume manufacturing. Creates SolidWorks drawings, applies GD&T, supports rapid prototyping, evaluates equipment and materials, coordinates prototype testing, and facilitates production handoff. Collaborates with electrical, systems, software, mechanical engineering, and production teams from concept through production release.

Leads mechanical design and product development from concept through mass production. Owns CAD modeling, manufacturability, tooling evaluation, factory troubleshooting, validation testing, reliability analysis, and corrective actions. Collaborates with industrial design, electrical engineering, quality, compliance, legal, and overseas factories to deliver cost-effective, high-quality consumer products.

Develop and refine consumer products from concept through mass production. Responsibilities include CAD modeling, manufacturability analysis, DFM/DFA, factory collaboration, tooling and injection molding troubleshooting, validation testing, reliability analysis, and quality investigations. The engineer works cross-functionally with product development, industrial design, electrical engineering, quality, compliance, and legal teams while supporting cost reduction, product safety, and production improvements.

Designs and analyzes mechanical systems, equipment, packaging, and metrology products from concept through production. Responsibilities include CAD and surface modeling, injection-molded and machined part design, FEA, tolerance analysis, prototype assembly and testing, vendor coordination, BOM development, calibration techniques, assembly instructions, and mentoring other engineers and designers.

Designs, develops, tests, and improves blow molding machinery and mechanical systems. Creates CAD models, drawings, bills of materials, and technical documentation; performs engineering analyses; resolves design issues; supports manufacturing, testing, commissioning, field service, purchasing, and sales. Requires mechanical design experience in manufacturing or industrial equipment, knowledge of mechanical systems and manufacturing processes, and proficiency with 3D CAD. Occasional customer-site support may be required.

Design, simulate, test, and integrate mechanical and electromechanical components into complete vehicles. Lead and mentor engineers, manage projects, develop CAD assemblies and drawing packages, coordinate with electrical teams, and work with vendors on sourcing, manufacturing, and quality assurance. The role emphasizes hands-on prototyping, design for manufacturing, product development, and launching innovative transportation products.

Designs, simulates, tests, validates, and iterates mechanical and electromechanical components for complete vehicles. Responsibilities include designing enclosures, housings, mechanisms, and integrated systems; collaborating with electrical engineers on PCBAs, connectors, and harnesses; and preparing manufacturing drawing packages. The role requires strong SolidWorks skills, hands-on prototyping, machine shop experience, and knowledge of injection molding, casting, sheet metal, and design for manufacturing.

Leads mechanical design and development of high-volume electromechanical products from concept through production. Responsibilities include CAD modeling, prototyping, electronics integration, manufacturing optimization, CAE analysis, testing, technical documentation, UL compliance, supplier collaboration, and design validation. The role also mentors engineers, supports innovation and patent development, and ensures products meet performance, quality, safety, and sustainability requirements.

Leads mechanical design and development of Class II medical devices, including neuromonitoring devices and navigated surgical instruments. Responsibilities include hands-on design, testing, assembly, DFM/DFA, CAD documentation, integration with navigation systems, quality control, and collaboration with clinical, regulatory, electrical, firmware, and manufacturing teams. The role requires ownership from concept through commercialization in a regulated medical-device environment.

Designs mechanical components, assemblies, interfaces, and packaging for rugged outdoor electromechanical products. Supports product development from concept through production launch, creates drawings and manufacturing documentation, and uses CAD, tolerance analysis, and FEA. Provides sustaining engineering through troubleshooting, root cause analysis, testing, validation, and design changes. Collaborates cross-functionally with engineering, manufacturing, quality, suppliers, and product teams to improve product reliability, manufacturability, quality, and cost.

Performs mechanical R&D and equipment engineering, including product and equipment design, modeling, prototyping, testing, troubleshooting, documentation, and commissioning. Translates customer needs into engineering requirements and specifications, supports cross-functional projects, conducts calculations and risk analyses, manages engineering changes, and ensures compliance with safety, quality, manufacturing, and regulatory standards. The role also supports machine construction, installation, procurement, launch, and equipment operation.

Design and develop consumer products from concept through production, including 3D CAD modeling, molded-part and assembly design, manufacturing documentation, BOM and ECO management, prototyping, tooling, testing, and verification. Collaborate with industrial designers, product managers, program managers, electrical engineers, vendors, and manufacturers. Ensure product schedules, specifications, budgets, quality systems, and safety requirements are met. The role may involve international collaboration and approximately 15%–20% travel.