Top Mechanical Engineering Jobs in Denver & Boulder, CO

The Project Engineer I will lead cross-functional teams to manage project lifecycle, develop cost and schedule estimates, and ensure technical goals are met, while fostering collaboration and managing risks.

Lead a cross-functional team to manage cost, schedule, and technical requirements throughout the project lifecycle, focusing on various mechanical subsystems.

The Project Engineer I will lead a cross-functional team to ensure project goals related to cost, schedule, and technical performance are met through the entire lifecycle of various spacecraft subsystems.

Lead RF-focused mechanical hardware development for antennas, RF electronic systems, ground support and custom test equipment. Perform mechanical design, interface definition, CAD modeling, GD&T, design analysis, testing, cost/schedule estimation, earned value reporting, and subcontract oversight. Supervise engineers and support BOE/BOM generation and production sustaining activities.

Lead mechanical design for antenna and RF electronic systems from concept through detail design. Perform CAD modeling, GD&T, design analysis, cost/schedule estimating, risk mitigation, test planning, documentation, subcontract oversight, and mentor engineers while supporting new business and production sustaining activities.

Lead mechanical design for antenna and RF electronic systems from concept through detail design. Manage CAD modeling, GD&T, design analysis, cost/schedule estimates, risk mitigation, test planning, BOMs, and supervise engineering teams. Provide technical oversight of subcontracts, support production sustainment, and contribute to new business BOEs and technical proposals.

The Mechanical Engineer II role involves solving technical problems related to mechanical systems, collaborating with team members, preparing documentation, and supporting project milestones under general supervision.

The Mechanical Engineer II will design manufacturable personal care products, collaborate with cross-functional teams, prototype, test, and integrate electrical systems while ensuring effective manufacturing processes.

Design and develop flight hardware for missile defense and hypersonic programs, leading mechanical architecture, integration, and qualification in extreme conditions.

The Senior Mechanical Engineer will design mechanical systems for data centers, ensuring reliability, efficiency, and scalability while collaborating with various teams.

The Principal Mechanical Engineer leads design and analysis projects while mentoring junior engineers and collaborating with cross-functional teams to innovate and drive project success in aerospace engineering.

Lead mechanical design for spacecraft structures from proposal through delivery: CAD modeling, structural requirements, design/analysis, design-for-manufacture/test, risk management, subcontract oversight, cross‑functional coordination, and transition to leading a team of design and analysis engineers.

Lead spacecraft mechanical design efforts, manage teams, define requirements, and mentor junior engineers while coordinating with various subsystems and clients.

The Principal Mechanical Engineer will lead the design of mechanical assemblies for spacecraft and support the mechanical team in developing advanced flight systems. Responsibilities include managing CAD modeling, collaborating with other teams, and ensuring compliance with mission requirements.

Lead mechanical engineering for facilities projects: design HVAC, hydronic, plumbing, controls and DDC systems; manage consultants and contractors; develop standards and strategies; review designs for code compliance; mentor staff; support maintenance and commissioning; ensure safety and regulatory adherence.

The Mechanical Engineer will design and develop flight hardware for missile defense and hypersonic vehicles, leading mechanical integration, creating structural designs, and ensuring compliance with defense standards.

The Senior Mechanical Engineer will design and develop consumer products, collaborate with teams, and lead mechanical engineers in creating and testing innovative technologies.

The Principal Mechanical Engineer will lead a team in conducting structural and vibration analysis, CFD modeling, and collaborate across engineering disciplines for aerospace hardware design and testing.

The Mechanical Engineer II role involves solving moderate technical problems related to mechanical systems, collaborating with teams, preparing documentation, and ensuring project milestones are achieved.

Support manufacturing of solid rocket motors through mechanical design and improvement, project management, and cross-functional collaboration while ensuring quality and safety standards.

The Principal Mechanical Engineer will support the design of opto-mechanical systems for space and tactical environments, manage subcontractors, and ensure designs meet requirements while mentoring less experienced engineers.

The Principal Mechanical Engineer will support the design of optical instruments, manage designs for manufacturing, and lead cross-functional teams while engaging in mentorship. Responsibilities include design optimization, requirement verification, and collaboration across subsystems.

The Principal Mechanical Engineer will support the design of optical instruments and laser systems, manage subcontracting, optimize designs for manufacturing, and mentor junior engineers.

Design and develop tooling and MGSE for spacecraft, including assembly fixtures and handling systems, while providing mentorship to junior engineers.

The Mass Properties Engineer analyzes weight and balance for spacecraft, maintains mass properties data, supports design reviews, and prepares documentation and reports.