Top Mechanical Engineering Jobs

Design and develop commercial HVAC heating systems from concept through launch. Apply codes and certification requirements, produce 3D models and drawings, perform validation, FMEAs, risk mitigation, and root cause analysis, and coordinate cross-functional teams and certification agencies.

Lead design, testing, and validation of commercial HVAC products focused on fans, motors, and air-movement systems. Apply airflow and heat-transfer expertise to optimize subsystems, develop and execute lab tests, analyze data, ensure compliance with industry standards, drive reliability and continuous improvement, and provide technical leadership across cross-functional teams.

Lead design and development of cabinet and structural systems for unitary HVAC products from concept through production. Use structural steel and sheet metal expertise, FEA and lab testing to validate designs, ensure regulatory compliance, drive cost and performance improvements, and provide cross-functional technical leadership and sustaining support.

Lead HVAC and mechanical design from project inception through closeout, supervise junior staff, prepare construction documents and specifications, perform construction administration, coordinate multidisciplinary design, produce load calculations and equipment selection, develop budgets and estimates, and support client communication and project profitability.

Lead HVAC and mechanical design from project inception through closeout: scope, load calculations, equipment selection, construction documents, specifications, and construction administration. Supervise and mentor junior staff, coordinate disciplines, prepare estimates/budgets, and perform site reviews and client communications.

Lead mechanical design and project management for HVAC, plumbing, and fire protection systems on healthcare and MEP projects. Produce designs, specs, calculations, oversee project execution, mentor staff, ensure code compliance, perform design reviews, and support bidding and construction administration while promoting energy-efficient solutions.

Support design, analysis, testing, qualification, and certification of mechanical systems for DoD programs. Develop drawings, calculations, test plans, technical reports, and TDPs while collaborating with multidisciplinary teams and government stakeholders.

Design, prototype, and scale durable robots: create parts and assemblies in Onshape, build and test prototypes, ensure serviceability/safety, produce engineering drawings, source parts with suppliers, and design qualification and end-of-line tests while supporting production.

Design and coordinate HVAC, plumbing, and piping systems (including B31.3 process piping) for nuclear and government facilities. Provide technical authority, review calculations and drawings, support procurement and construction, ensure code compliance, coordinate across disciplines, mentor junior staff, and support project planning, schedule, and budget control.

Lead mechanical engineering projects across the full lifecycle, providing EOR leadership for HVAC, plumbing, controls, load calculations, equipment selection, commissioning support, and sustainable/energy-efficient design while mentoring staff, coordinating stakeholders, and ensuring technical accuracy and budget control.

Lead production engineering initiatives for Starship to increase throughput, reduce build hours, and standardize processes. Design and execute capital equipment and facility upgrades, develop production strategies, improve material flow and inventory systems, train teams, analyze data for continuous improvement, and collaborate across disciplines to support production ramp and new product introduction.

Design and run quality tests, analyze process data, lead root-cause investigations, implement corrective actions, facilitate cross-functional improvement meetings, and support audits and certification activities to improve product and assembly reliability.

Design, document, troubleshoot, and support Aerzen blowers and compressors. Produce drawings, BOMs, calculations, and engineering tools. Support production, quality, sales, and service; follow ISO 9001 design processes; perform root-cause analysis; coordinate projects and third-party interactions; and travel up to 25%.

Provide technical leadership for startup, commissioning, troubleshooting, and lifecycle support of Aerzen blowers, compressors, controls and related systems. Interface with sales, service, customers and engineering to resolve complex issues, perform root cause analysis, develop engineering solutions, author technical documentation, and deliver on-site/remote training. Use CRM/ERP and engineering tools to track interactions and drive product improvements while ensuring safety and compliance.

Design, develop, test, and improve mechanical systems and assemblies using 3D CAD. Create drawings, BOMs, perform FEA and engineering analyses, conduct DFMEA and risk assessments, support prototyping, manufacturing launches, and field troubleshooting, and manage documentation and engineering changes.

Design, develop, and troubleshoot complex mechanical systems and custom tooling for semiconductor/display equipment. Lead engineering projects, generate specifications and test reports, coordinate manufacturing and suppliers, and apply GD&T, material selection, thermodynamics, and flow analysis to ensure manufacturability and performance.

Design and develop the mechanical aspects of data-center robotics including end effectors, docking, and robot-plant interfaces. Rapidly prototype, test to failure, instrument trials, and productionize hardware with DFM, reliability, and spare strategies while collaborating closely with controls and software teams.

Engineer mechanical demand flexibility for data center cooling: model thermal inertia and headroom per site, design setpoint/staging/storage strategies, validate models via instrumented field tests, quantify operating risk in degrees/minutes/margins, and collaborate with controls engineers.

Design and engineer mechanical cooling systems for modular data center units, performing hydraulic and heat-transfer calculations, sizing equipment, developing vendor packages (CDUs, pumps, dry coolers), supporting prototypes and initial builds, and validating designs against test/commissioning data.

Designs, tests, and documents new aircraft component products and tooling. Produces validation and engineering reports, supports quality investigations, performs stress/FEA/fatigue analysis, applies GD&T, programs in LabVIEW for complex tests, interfaces with customers, maintains project records, and trains shop technicians.

Design, prototype, test, and deploy mechanical mechanisms and structures for enrichment systems. Own lifecycle from requirements through production release, optimize for cost and manufacturability, perform thermal/vibe/shock testing and root-cause analysis, and collaborate with cross-functional engineering teams.

Assist in design, analysis, testing, and documentation of mechanical components and systems. Perform basic calculations (heat loads, air flows), support troubleshooting and HVAC selection, collaborate with senior engineers and cross-functional teams, and help ensure project milestones and quality control.

Designs and improves mechanical systems for automation projects, leads small projects and discipline teams, reviews technical output, mentors junior engineers, applies advanced engineering principles, and supports implementation with limited supervision. Identifies design and workflow improvements and represents the company in technical communications and conferences.

Hands-on mechanical engineering internship focused on HVAC and MEP building systems. Interns assist design teams with ductwork sizing and layout, perform basic engineering calculations, support documentation and coordination, attend site visits, and gain experience using BIM tools like Revit and AutoCAD throughout project lifecycles.

Manage and technically lead a mechanical engineering group for semiconductor etch equipment development. Oversee staffing, mentoring, budgets, product strategy, cross-functional execution, and resolution of complex technical issues. Drive R&D for mechanical and plasma subsystems, integrate ICP source designs, and deliver high-volume production-ready products.