Top Mechanical Design Engineer Jobs in Denver & Boulder, CO

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

Lead mechanical design for spacecraft structures from proposal through test and verification. Perform CAD modeling, structural analysis, requirements development, design-for-manufacturing/testing, risk management, and subcontract technical oversight. Transition to lead teams of 5-10 engineers and coordinate across subsystems, external customers, payload and launch providers while improving processes and tools.

Support the development of mechanical designs for electric motors by conceptualizing designs, performing analyses, creating prototypes, and documenting findings.

Responsible for designing electric motors, from conceptualization through testing, while collaborating with interdisciplinary teams to meet performance and reliability standards.

Responsible for developing mechanical test equipment, leading design efforts, performing FEA and thermal analyses, and maintaining product documentation. Collaborates with cross-functional teams, and surveys materials and vendors for optics activities.

The role involves designing electromechanical solutions for telecom systems, focusing on mechanical designs, thermal management, and product development. Responsibilities include overseeing prototype builds, collaborating with teams, and applying best practices in engineering.

Design, update, and support spacecraft mechanical systems for Meteor/Meteorite product lines. Create CAD models, evaluate designs for requirements and manufacturability, support documentation/PLM, investigate production issues, and develop test fixtures. Participate in proposals, gate reviews, and change management processes.

Design and develop hydraulic, pneumatic, and electro-mechanical test equipment and systems to verify performance of aerospace and defense products. Create schematics, integrate components, document designs and test results, support assembly and test technicians, estimate work, and mentor junior engineers. Maintain engineering records and lead experimental development test programs.

Design and develop hydraulic, electro-mechanical, and electro-pneumatic test equipment and assemblies. Create schematics, integrate components, support assembly and test technicians, document designs and test results, estimate work, and maintain engineering records to meet cost, schedule, and performance goals for space and defense products.

Lead mechanical design for space and aerospace products across concept, requirements, detailed design, simulation, manufacturing, testing, qualification, and in-orbit support. Focus on electronics packaging, thermal management, FEA, shock/vibration, EMI/EMC mitigation, GD&T, cost analysis, CNC manufacturability, and mentoring; present to customers and executives.

Design and optimize engine mechanical systems for the Symphony jet engine, collaborating with cross-disciplinary teams and ensuring integration across aircraft systems.

Develop spacecraft motion control systems and mechanical designs, support assembly and testing, and review test data to improve mechanisms for aerospace applications.

The role involves designing spacecraft motion control systems, analyzing mechanical design for aerospace applications, and supporting testing processes. Strong leadership and technical expertise are required for the success of human spaceflight initiatives.

Design and analyze spacecraft motion control and actuation systems and moving mechanisms (bearings, gears, motors). Produce documentation and vendor specifications, support assembly and environmental testing, review test data, and recommend design or process changes for high-reliability aerospace applications.

Design and analyze high-reliability spacecraft motion control and actuation systems and moving mechanisms. Produce CAD models and documentation, specify vendors, support assembly and environmental testing (shock, vibration, thermal), review test data, and recommend product or process changes to meet aerospace requirements.

As an Opto-Electronic Mechanical Development Engineer, you'll develop mechanical designs, perform analyses, collaborate with teams, and ensure product reliability.

The Mechanical Engineer - Hydronics will own the hydronic distribution architecture for modular data centers, focusing on design, commissioning, and serviceability of liquid-cooled systems.

Performs mechanical design, analysis, and fabrication support for complex manufacturing projects. Creates 3D models, 2D drawings, P&IDs, calculations, and NQA-1 documentation. Coordinates with manufacturing for DFM/DFA, supports procurement, develops production travelers, and oversees factory/site acceptance testing and installations. May lead small teams and contribute to standards, estimating, and continuous improvement.

Design and document machine components and assemblies using 3D CAD and 2D layouts, produce detailed drawings and BOMs, create presentations and operational manuals, support prototyping, supplier sourcing, and ensure hygienic design for food industry equipment.

Design and maintain 3D models, assemblies, and detailed drawings for process equipment. Support DFM/DFA, BOMs, prototype builds, system integration, troubleshooting, and cross-functional manufacturing collaboration to ensure reliable, manufacturable designs.

As a Propulsion Engineer, you'll design dynamic mechanisms of engines, create models, collaborate on specifications, and guide engine module integration with a focus on innovation and efficiency.

Lead the design and development of mainshaft and gearbox bearings for aero gas turbines, focusing on reliability, lifecycle, and integration within propulsion systems.

Collaborate on mechanical designs for data center systems, validating performance, overseeing construction, and ensuring designs meet quality benchmarks.

The Mechanical Design Engineer III will lead the design and development of cryogenic pumps for lunar applications, collaborating with experts and managing pump life cycles.