Top Mechanical Engineering Jobs

Design HVAC, plumbing, process utility, and mechanical systems for biopharmaceutical and biotech manufacturing facilities, including cleanrooms. Prepare drawings, specifications, calculations, equipment schedules, and utility documentation; coordinate with multidisciplinary teams; support code compliance and construction administration; manage mechanical scopes across projects; contribute to quality processes and mentor entry-level staff.

Designs and documents mechanical components for switchboards, PDUs, power panels, and related power protection equipment. Develops prototypes, supports fabrication and testing, conducts design reviews, and implements product improvements. Coordinates smaller engineering projects and collaborates with manufacturing, supply chain, and service teams. Responsibilities include ECN activities, lifecycle management, technical documentation, design-for-manufacturing, and product customization.

Graduate mechanical engineering role supporting Rio Tinto Kennecott’s mining operations through equipment reliability, project execution, research, design, development, planning, scheduling, asset management, risk management, and work management. The role also involves quality assurance and control of ground support elements, mine design input, and supporting safe, reliable underground mine operations. Graduates receive technical development, coaching, leadership training, and digital learning opportunities.

Design and develop mechanical and actuated systems for autonomous UAVs including concept, CAD, analysis, prototyping, testing, and production support. Perform kinematic and structural calculations, FEA, tolerance stack-ups, materials selection, and collaborate across multidisciplinary teams to meet performance, schedule, and reliability goals.

Plan, author, and lead mechanical test campaigns for spacecraft systems. Develop test plans and procedures, design and build fixtures, execute tests, collect and analyze data, drive anomaly resolution and root-cause investigations, and ensure requirements traceability and compliance with aerospace and military standards.

The Senior Mechanical Design Engineer is responsible for designing and developing tooling and automation equipment for rocket manufacturing, ensuring integration and project management throughout the process.

The Staff Mechanical Design Engineer will design and develop tools and factory automation equipment for manufacturing, focusing on high-quality solutions for the Terran vehicle and Aeon engine programs.

The Principal Mechanical Design Engineer will develop tooling and automation solutions for manufacturing, collaborating with teams to enhance production for Terran vehicles and Aeon engines.

Design and develop rack-mounted networking products from concept through production. Own mechanical execution, including design reviews, BOMs, prototype validation, ECOs, tolerance analysis, and manufacturability. Translate system requirements into detailed designs, assess technical risks, and collaborate with electrical, thermal, manufacturing, compliance, and supply-chain teams. Evaluate cooling and interconnect technologies while adapting legacy designs and HPE standards.

Design, build, and execute mechanical and structural test plans, develop fixtures and hydraulic test systems, integrate and calibrate sensors, automate data collection and analysis with Python, perform FEA, produce technical reports, and collaborate with cross-functional teams to validate aircraft hardware.

Owns the optical and opto-mechanical systems for Divergent’s laser powder bed fusion platform. Leads investigations, calibration, error budgeting, characterization, validation, and design improvements addressing optical performance, reliability, alignment, thermal drift, vibration, and contamination. Partners across software, controls, manufacturing, quality, service, suppliers, and process development to improve printer consistency and future architectures. The role includes hands-on assembly, alignment, testing, troubleshooting, technical leadership, standards development, and mentoring.

Performs mechanical engineering design and analysis, including assembly, plastic and metal part design, tolerance studies, manufacturability, thermal, shock, and vibration analysis. Selects and monitors vendors, maintains bills of materials, estimates costs, supports manufacturing documentation, writes test plans, conducts design testing, and maintains project notebooks.

Develop 2D and 3D mechanical designs, assemblies, fabrication drawings, layouts, bills of materials, and installation documentation for industrial automation and hydro power projects. Integrate mechanical systems with instrumentation, hydraulics, pneumatics, motors, pumps, PLCs, and control systems. Collaborate with engineering, manufacturing, suppliers, customers, and field teams through design, procurement, installation, startup, and commissioning while maintaining documentation and supporting safety and continuous improvement.

Design, analyze, document, and test mechanical components and systems for advanced nuclear reactor projects. Develop SolidWorks designs and manufacturing drawings, prepare specifications and test procedures, coordinate with multidisciplinary engineering teams, support fabrication and testing, troubleshoot issues, and participate in customer technical discussions. The role requires hands-on problem-solving, cross-functional collaboration, and adaptability to evolving requirements.

Install, assemble, calibrate and qualify ASML lithography machines at customer sites. Diagnose and repair mechanical issues, follow strict procedures, complete documentation, support customers, and train/assist less experienced staff. Work primarily in cleanrooms and travel frequently to customer fabs.

Lead mechanical product design and development from concept through production. Create 3D models, assemblies, and engineering drawings; perform stress, vibration, thermal, and performance analyses; and manage prototyping, verification, validation, and testing. Collaborate with electrical, software, manufacturing, and supply chain teams to deliver manufacturable, cost-effective products. Maintain technical documentation and drive continuous improvement in product quality and development processes.

Supports space-based laser communications hardware from design through production. Diagnoses multidisciplinary optomechanical and electromechanical issues, leads root cause and corrective actions, improves manufacturing yield and supplier quality, executes environmental and acceptance testing, manages engineering changes, and prepares technical procedures and reports. The role collaborates across design, manufacturing, and suppliers while supporting design verification and continuous improvement.

Design and deliver next-generation chassis and card enclosures for data-center networking systems. Perform 2D/3D tolerance analysis, develop 3D CAD models (Creo/NX), apply GD&T, design sheet metal/plastic/die-cast parts meeting EMI and safety requirements, resolve manufacturing issues with suppliers, and collaborate with cross-functional teams including thermal, SI, and manufacturing to evaluate risks and implement cooling solutions.

Supports sales, aftermarket, and global drawing offices by reviewing mechanical seal applications, preparing CAD drawings and engineering specifications, performing calculations, troubleshooting commissioning issues, and providing technical support. The role also handles engineering change notices, fabricated-part approvals, workload management, and continuous improvement while following safety and quality standards.

Design, analyze, prototype, test, and deploy mechanical systems for high-performance computing and custom trading hardware. Create CAD models, production drawings, fixtures, tooling, and technical documentation. Support thermal and structural analysis, fabrication, manufacturing, troubleshooting, and hardware integration while collaborating with electrical, firmware, infrastructure, manufacturing, and vendor teams.

Design end-to-end production machines: mechanisms, end effectors, fixtures, and tooling in Onshape. Prototype with 3D printing and machining, integrate motion, actuators, controls, and vision, then bring machines to production, measure cycle time and reliability, and iterate to improve performance and manufacturability.

Design and oversee complex mechanical equipment projects, including 3D models, 2D drawing packages, fabrication drawings, calculations, documentation, and compliance requirements. Review other engineers’ designs, support production, testing, sales, and electrical engineering teams, and monitor projects through completion. Provide technical guidance and training while ensuring designs meet customer expectations, schedules, quality standards, and material costs.

Lead sourcing strategy for mechanical components and enclosures for Surface and Xbox. Own supplier relationships, cost modeling, negotiations, capacity planning, supplier innovation, and supply-chain resiliency while partnering with engineering, design, operations, finance, and suppliers to deliver cost, quality, and on-time execution from concept through launch.

Design and lead HVAC and mechanical systems for new facilities, additions, renovations, and mission-critical data centers. Responsibilities include load and energy calculations, equipment selection, system studies, specifications, code compliance, construction administration, QA/QC, multidisciplinary coordination, client communication, project leadership, and mentoring junior engineers. The role also supports business development and requires knowledge of chilled water systems, AutoCAD, Revit, and related design software.

Design and develop mechanical components and integrated systems for electric and automated forklifts. Create Creo models, drawings, and assemblies; perform FEA; define system requirements; and produce DFMEAs, BOMs, ECOs, and validation plans. The role integrates mechanical, hydraulic, electrical, and control systems while collaborating with manufacturing, quality, purchasing, supply chain, and testing teams from concept through production.