Top Mechanical Engineering Jobs

The Mechanical Engineer IV designs and oversees HVAC systems and utilities for buildings, managing project scopes, budgets, and leadership of engineering teams.

The Mechanical Engineer III designs HVAC systems, leads project scopes, mentors junior staff, and ensures high-quality engineering standards in various phases of mechanical projects.

The Mechanical Engineer IV will design HVAC and mechanical systems, manage project budgets, oversee engineering tasks, and ensure project quality and compliance with codes.

Design and engineer mechanical components for rotating machinery. Create detailed CAD models and drawings, ensuring compliance with standards. Collaborate in technical proposals, testing, and project execution.

The Mechanical Engineer IV designs and engineers HVAC and mechanical utilities, managing project scope, budgets, and collaborations with various stakeholders.

Mechanical Engineer II at ALTEN requires designing mechanical components, creating CAD models, ensuring compliance with standards, and participating in testing activities.

The Mechanical Engineer V designs HVAC systems, manages complex projects, oversees budgets, coordinates with teams, and conducts field surveys while mentoring junior engineers.

The Mechanical Engineer IV designs and engineers HVAC systems, manages project scopes and budgets, ensures quality and compliance, and leads teams on complex projects.

The Mechanical Engineer IV designs and manages HVAC and mechanical systems for life sciences projects, overseeing budgets and coordinating with teams.

The Mechanical Engineer IV designs HVAC and mechanical systems, managing project scopes, budgets, and coordinating with stakeholders while overseeing design activities and providing mentorship.

The intern will assist in projects under supervision, observe department activities, participate in safety programs, and maintain a work journal.

Design and develop vehicle structures from concept through production release for human-rated space stations. Define and manage subsystem interfaces, improve design processes through simplification or automation, and support integration and test activities.

Lead high-visibility R&D projects as a Mechanical Design Engineer, overseeing reactor system design, development, and manufacturing processes while troubleshooting existing designs.

The Senior Mechanical Engineer will manage facility improvement projects, troubleshoot equipment, develop budgets, and support training in manufacturing operations.

Lead design and development of complex in-space propulsion components for hypergolic rocket engines. Drive system-level architecture, CAD and drawing production, BOMs, manufacturing collaboration, analysis (thermal/stress), risk mitigation, testing, and mentor engineering teams while shaping company-wide technical execution.

Lead design and development of complex in-space propulsion components for hypergolic rocket engines. Own full lifecycle from concept and hand calculations to CAD, BOMs, vendor selection, testing, risk mitigation, and cross-functional integration. Mentor engineers, advise leadership on technical direction, and translate strategy into engineering requirements for hardware and systems.

Lead advanced mechanical design projects from concept through production. Define requirements with cross-functional teams, perform detailed stress/thermal/dynamic analyses and simulations, select materials and manufacturing processes, ensure design for manufacturability, and mentor junior engineers to deliver reliable, high-performance products.

Provide advanced CFD modeling and fluid mechanics expertise to develop, commercialize, and optimize process equipment for refining, petrochemical, and gas processing. Lead CFD analyses for reactor/equipment scale-up, troubleshooting, and design concepts; mentor analysts; support customer/vendor meetings; contribute patents and technical publications; and apply modeling and programming to solve multiphase and granular solids problems.

Lead and manage a global mechanical design team to develop user-centered energy and sustainability solutions. Set design strategy, provide technical guidance, collaborate cross-functionally, manage project timelines, budgets, and resources, and drive continuous improvement to deliver high-quality products.

Lead mechanical FEA analyst providing advanced finite element and stress analysis for pressure vessels, reactors, piping and specialty process equipment. Perform thermal, creep-plastic, fatigue, fracture mechanics, fitness-for-service, and vibration analyses; support design, re-rating, troubleshooting, and remaining-life studies. Develop user subroutines and tools, mentor junior analysts, present technical findings to customers, and contribute to technical publications and IP development.

Lead mechanical design for chemical rocket systems: create concepts, perform hand calculations and CAD designs, conduct structural/thermal/fluid analysis, coordinate design reviews, oversee vendors and manufacturing transitions, develop assembly/test instructions, execute hands-on assembly and testing, analyze data, and drive risk mitigation and cross-functional communication.

Perform independent audits of payment vouchers, change orders, and cost estimates for mechanical, plumbing, and HVAC construction projects; conduct desk and field audits for contract and code compliance; review contract documents and engineers' estimates; prepare audit reports and recommendations; provide technical support to resolve payment discrepancies.

Lead mechanical design and manage renovation HVAC/ plumbing projects. Perform field surveys, code analysis, calculations, equipment selection, construction administration, client coordination, staff mentoring, and business development for government and institutional clients.

Review fire safety, fire protection, and emergency action plans for code compliance; establish project timelines and cost schedules; generate monthly progress reports; serve as Fire and Building Code expert at interagency and industry meetings; assist implementing 2022 Fire Code emergency preparedness provisions.

Lead mechanical engineering for defense sensor and mission systems: define architectures, guide design trades, oversee subcontractors and suppliers, lead integration/test, drive producibility and production-readiness, support proposals and customer engagement, and mentor engineering staff.