Top Mechanical Engineering Jobs in Denver & Boulder, CO

Lead RF and electronic components hardware development, execute mechanical design and performance analysis, manage projects, and support new business activities in an engineering role.

Lead the RF hardware development team focusing on mechanical design, manage project schedules, and perform design analysis. Oversee production support and engage in new business activities, ensuring effective teamwork and technical documentation.

Lead hardware development for RF and electronic components, execute mechanical design, manage schedules, and ensure technical requirements are met. Supervise engineers and generate technical documents.

Responsible for clean sheet design, development, and validation of propulsion hardware. Mentor engineers and ensure successful integration of designs into engine systems.

Analyze and manage spacecraft's mass properties, maintain spreadsheets, support varied systems, perform CAD audits, and prepare reports.

The Senior Propulsion Engineer will design fluid and mechanical engine components, modify designs, test prototypes, and collaborate on engineering documentation.

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 Senior Mechanical Engineer will design, analyze, and qualify solid rocket motor structures, focusing on innovative designs and scalable manufacturing processes.

Design and develop fluid and mechanical components for propulsion systems, lead projects, and validate designs while guiding a team in a fast-paced environment.

Lead design initiatives and provide engineering expertise for data center projects, ensuring compliance, cost-effectiveness, and innovation in mechanical design.

The Principal Structural Design Engineer will lead the design and development of structural components for autonomous aircraft, ensuring quality, manufacturability, and mission readiness. Responsibilities include CAD modeling, stress analysis, and mentoring junior engineers while collaborating with cross-functional teams.

Design opto-mechanical subsystems, collaborate with physicists, conduct performance analysis, and assist in assembly for quantum computing applications.

The Mechanical Project Engineer will lead design efforts for HVAC, plumbing, and fire protection systems, ensuring quality, client satisfaction, and mentorship of junior engineers on hospitality-related projects.

The Sr. Mechanical Engineer will develop spacecraft thermal control systems, ensuring design, delivery, and integration of components for the Blue Moon Crew Lander. This role requires strong technical competence and collaboration with NASA and partners in a fast-paced environment.

The Senior Opto-Mechanical Engineer leads mechanical design, structural analysis, and performance evaluation of optical communication systems for space, ensuring reliability and production efficiency.

The Senior Mechanical Engineer will establish design standards, review cooling designs, lead technical assessments, and drive innovation in sustainable systems for data centers.

The Mechanical Design Engineer III will design and test mechanisms for lunar landers, support integration, guide manufacturing, and develop flight hardware.

The role involves designing spacecraft motion control systems, analyzing aerospace applications, and supporting assembly and testing of mechanical systems.

The Mechanical Engineer will design enclosures for electronic systems, ensuring compatibility with environmental durability and collaborating with EE and RF teams for thermal performance.

This internship provides practical experience in HVAC design using BIM tools, focusing on the full lifecycle of MEP projects and system coordination.

Design and optimize mechanical aspects of ASIC packages using FEA. Collaborate with teams, conduct validations, and document designs across multiple projects.

Lead mechanical design for rail and transit systems, focusing on HVAC and tunnel ventilation, while collaborating with multidisciplinary teams.

The role involves leading advanced analysis of electric motor systems, performing structural, thermal, vibration, and fluid dynamics simulations, and collaborating with teams for product development and optimization.

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

Design mechanical systems for transit stations and tunnels, ensuring compliance with relevant codes while collaborating with multi-disciplinary teams.