Top Mechanical Engineering Jobs

Owns mechanical component and subsystem design from concept through production and field support. Develops CAD models, performs FEA, DFMA, FMEA, hand calculations, testing, root cause analysis, cost reduction, reliability assessments, and design validation. Coordinates cross-functional teams, suppliers, quality activities, documentation, schedules, and change control. Requires travel to project sites, suppliers, and laboratories.

Own mechanical design for wearable consumer electronics from architecture and prototyping through EVT, DVT, PVT, and mass production. Design miniaturized plastic, metal, and elastomer components; produce CAD and GD&T drawings; lead tolerance analysis, DFM/DFA, validation, reliability testing, and root-cause analysis. Collaborate with electrical, firmware, industrial design, quality, operations, suppliers, and contract manufacturers, including international factory support.

Develop mechanical and electro-mechanical products from concept through manufacturing. Responsibilities include 3D CAD design, prototyping, testing, tolerance analysis, engineering documentation, supplier and manufacturer collaboration, tooling review, troubleshooting, root-cause analysis, and design transfer. The role requires balancing manufacturability, cost, aesthetics, reliability, and user experience while managing engineering workstreams in a fast-paced product development consulting environment.

Develop heavy commercial vehicle components and systems from concept through production. Design in CAD, manage releases, guide team members, coordinate suppliers, create validation plans, conduct design reviews, resolve hardware failures, and deliver components to milestones. The role requires cross-functional collaboration, hands-on shop work, manufacturing-process knowledge, and effective communication. Staff engineers may serve as subject matter experts and mentor junior engineers.

Design and develop ruggedized mechanical subsystems for Spot robots from concept through mass production. Own architecture, prototyping, manufacturing transition, documentation, verification, failure analysis, cost reduction, and corrective actions. Collaborate with electrical, manufacturing, operations, compliance, and test teams while using CAD, FEA, tolerance analysis, GD&T, and production engineering practices.

Leads full-lifecycle mechanical design for defense systems, including 3D modeling, assemblies, drawings, engineering analysis, material and process selection, prototyping, testing, and production support. Collaborates with electrical, software, project management, and manufacturing teams; documents designs and test results; and drives optimization, cost reduction, and process improvements. Requires mechanical engineering expertise, CAD proficiency, GD&T knowledge, and the ability to obtain and maintain a security clearance.

Mechanical Design Engineer Intern supporting engineering design modifications, drawings, calculations, documentation, version control, and continuous improvement projects. The intern will collaborate across teams, participate in meetings and brainstorming, apply standard engineering tools, coordinate project tasks, and develop solutions aligned with customer needs. This onsite/hybrid role is based in Fort Smith, Arkansas, and provides practical experience under the guidance of an Engineering Manager.

Leads complex mechanical engineering projects for next-generation aerospace systems. Provides expert guidance on mechanical design, performs analyses and simulations, reviews technical documentation, mentors engineers, and collaborates with stakeholders. Requires expertise in CAD, CATIA/3DEXPERIENCE, computer-aided engineering, multidisciplinary development, and the ability to obtain and maintain a Secret U.S. security clearance.

Design, prototype, debug, and optimize electromechanical mechanisms and robotic systems for mobile robotics platforms. Develop concepts, perform failure-mode analysis, create fabrication work instructions, and redesign systems for reliable, cost-effective volume manufacturing. Support customer-site robot deployments and apply expertise in 3D modeling, rapid prototyping, casting, injection molding, stamping, sheet metal, and assembly.

Senior Mechanical Engineer responsible for developing high-tech industrial and consumer products and precision test equipment. The role involves CAD design, prototyping, plastic component development, material selection, GD&T, high-volume manufacturing, production tool qualification, assembly processes, fastening, bonding, thermal modeling, and CFD. Strong leadership, communication, technical problem-solving, and ability to manage ambiguity are required.

Leads mechanical design and analysis for optical communication products, including CAD development, FEA, testing, reliability validation, root cause analysis, documentation, material selection, and manufacturing process evaluation. Collaborates with electrical, optical, manufacturing, and reliability teams to ensure product integration, manufacturability, and performance. Drives design reviews and continuous improvement initiatives.

Design and support engineered-to-order control valve solutions for severe-service and high-pressure applications. Create 3D models, drawings, BOMs, and analyses; collaborate with manufacturing, supply chain, and sales; lead sustaining and new product development; mentor engineers; perform testing and validation; provide technical support and present progress to senior leadership. Travel ~10%.

Lead the concept, design, validation, and procurement of custom automation equipment, tooling, fixtures, robotic cells, and assembly-line systems for power electronics manufacturing. Apply DFM, DFA, reliability, FEA, thermal analysis, GD&T, Lean, and Six Sigma principles. Coordinate with controls, electrical, software, manufacturing, vendors, and EH&S teams to deliver safe, precise, scalable, cost-effective equipment from concept through production.

Leads mechanical system design, analysis, prototyping, testing, and production while managing project scope, schedules, budgets, risks, and documentation. Coordinates cross-functional teams and external partners, mentors engineers and technicians, conducts design reviews, troubleshoots failures, and ensures compliance with quality, safety, and industry standards. Drives process improvements and serves as a key technical liaison with customers, stakeholders, operations, product management, and quality assurance.

Leads mechanical development of internal combustion engine systems from concept through production. Owns component and system designs, engine architecture, component selection, validation plans, testing, risk reduction experiments, and root-cause investigations. Provides system-level tradeoff recommendations across performance, durability, NVH, weight, cost, and manufacturability. Collaborates with suppliers and engineering teams, develops innovative and patentable solutions, establishes technical standards, and mentors engineers.

Own end-to-end mechanical design of outdoor radar sensor nodes, including array panels, enclosures, thermal systems, ruggedization, and manufacturing readiness. Lead thermal and structural analysis, qualification testing, tooling, fixtures, vendor management, and cost reduction. Collaborate with RF, antenna, electronics, and systems engineers to define interfaces and deliver designs from concept through production.

Designs, develops, documents, validates, and sustains mechanical components and assemblies for robotic surgical instruments. Responsibilities include mechanism design, miniaturization, simulations, stress analysis, prototyping, testing, DFMEA, design controls, FDA documentation, supplier collaboration, manufacturing support, root-cause investigation, and field reliability improvements. The role requires multidisciplinary collaboration and expertise in mechanical design, CAD, MATLAB, finite element analysis, electromechanical systems, and design for manufacturability.

Designs and develops novel robotic surgical instruments from concept through production. Responsibilities include mechanical design, component procurement, prototyping, fixture and test-method development, requirements definition, verification and validation, CAD documentation, tolerance analysis, risk assessment, manufacturing support, clinical workflow observation, troubleshooting, and patent documentation. Collaborates with cross-functional engineering and clinical teams to deliver reliable, manufacturable medical robotics products.

Designs, develops, verifies, and improves robotic surgical system mechanisms and electro-mechanical components. Investigates design, manufacturing, and material defects; performs tolerance stack-ups, process simulations, and structural FEA; creates mechanical drawings; supports supplier fabrication, manufacturing, field issues, risk assessments, CAPA, and regulatory audits. Leads cross-functional teams, develops verification and validation protocols, and mentors engineers.

Leads mechanical design for robotic surgical instruments, including concept development, CAD, analysis, testing, verification, validation, manufacturability, reliability, and regulatory documentation. Collaborates cross-functionally with manufacturing, systems, clinical, supplier, and service teams. Responsibilities include FMEA, specification development, vendor and process development, clinical lab participation, production troubleshooting, root-cause investigation, and FDA-compliant Design History Files.

Design and develop injection-molded mechanical assemblies for minimally invasive robotic surgical instruments from concept through commercialization. Lead prototyping, tolerance analysis, FEA, testing, DFM/DFA, supplier collaboration, manufacturing transfer, defect investigations, and reliability improvements. Partner with clinical, human factors, manufacturing, and cross-functional engineering teams while mentoring engineers and contributing to technical documentation and intellectual property.

Designs, analyzes, tests, documents, and implements mechanical solutions for Intuitive’s Ion robotic bronchoscopy system. Investigates root causes involving electro-mechanical components, manufacturing processes, materials, and system performance. Collaborates with cross-functional teams to improve product design, reliability, production, and service while supporting verification, qualification, documentation, and product transfer activities in a regulated medical-device environment.

Designs and develops mechanical product assemblies, fixtures, enclosures, and manufacturing processes for predictive-maintenance products. Responsibilities include SolidWorks modeling, component DFM/DFA, BOMs, drawings, material selection, prototype building and testing, structural integrity, regulatory compliance, and production readiness. The role coordinates with internal teams, supply-chain partners, and manufacturers while managing schedules and communicating progress on a distributed remote team.

Designs the distal tip and camera module for a robotic surgical endoscope, including precision mechanical components, optical alignment, sealing, illumination, thermal management, and electro-mechanical integration. Builds and tests prototypes, performs FEA and tolerance analysis, develops tooling and fixtures, collaborates with suppliers on manufacturability, and supports medical-device design controls, verification, clinical builds, and manufacturing transfer.

Designs, develops, documents, tests, and sustains mechanical components and assemblies for robotic surgical instruments. Responsibilities include mechanical analysis, kinematics, materials and stress analysis, prototyping, simulation, verification and validation, DFMEA, design controls, supplier collaboration, manufacturing support, root-cause investigations, reliability analysis, and FDA design history documentation.