Top Mechanical Engineering Jobs in Denver & Boulder, CO

Design and prepare 2D/3D models, drawings, and specifications for material handling and baggage systems. Support sales and procurement, evaluate manufacturability and costs, document designs, and collaborate with engineering, project management, and clients. Travel to project sites up to 20%.

The Power Generation Mechanical Engineer 3 performs design engineering, provides technical guidance, and supports project management in the power generation sector.

Lead the Mechanical Engineering Department, manage design teams, oversee project stages, ensure compliance, and participate in technical reviews and proposals.

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

The Senior Mechanical Engineer leads HVAC and mechanical utility systems for complex projects, manages scope, budget, and oversees engineering teams, while ensuring compliance with codes and quality assurance.

The Hydro-Mechanical Engineer will collaborate on hydro projects, focusing on mechanical design and project goals, and perform inspections and evaluations.

Lead mechanical engineer responsible for complex HVAC design (ductwork, piping, equipment selection), Revit/BIM modeling, QA/QC review, mentoring staff, interfacing with clients, construction administration, value engineering, site visits, and project coordination across large building projects.

Lead mechanical engineering for large-scale HVAC systems including ductwork, piping, equipment selection, and specification. Perform Revit/BIM modeling, energy modeling, QA/QC, mentor designers, manage multiple projects, interface with clients and design teams, conduct site visits, respond to RFIs and change orders, and support construction administration and value engineering.

Design, develop, and deliver mechanical and hydraulic components for turbomachinery control systems. Create 2D/3D CAD models and detailed drawings, specify components and BOMs, perform hands-on assembly, fabrication, and shop testing, support field installation, commissioning, troubleshooting, and customer training. Manage projects independently and coordinate with technicians, vendors, and customers across domestic and occasional international travel.

Design, analyze, and develop mechanical systems and components using CAD and analysis (FEA/CFD). Support prototyping, testing, DFM, and cross-functional collaboration for product development across industries.

Design and document HVAC mechanical systems for building projects using BIM. Tasks include Revit modeling, system calculations, duct and piping design, equipment specification, field surveys, construction administration, coordination with teams and clients, and mentoring junior staff.

Provide mechanical engineering domain expertise to create and review technical content used to train AI systems: review documents, develop and assess questions/solutions, give written and oral feedback, collaborate cross-functionally, resolve complex engineering problems, and improve data quality while working independently.

Perform nationwide on-site MEP property condition assessments (HVAC, plumbing, electrical, fire protection, vertical transportation), document deficiencies per ASTM standards, prepare PCA reports, estimate remediation costs, lead single-assessor or team engagements, mentor junior staff, and travel up to 50%.

Lead design of mechanical systems for energy projects, focusing on gas piping and utility scale generators. Oversee design teams and manage project schedules.

As a Mechanical Engineer II, design and develop mechanical components for opto-mechanical systems, support optical integration, perform tolerance analysis, and collaborate with engineering teams while ensuring ruggedness in designs.

The Senior Mechanical Engineer responsibilities include designing precision components, supporting optical integrations, performing tolerance analysis, and collaborating with cross-functional teams on rugged environment projects.

Support sustaining R&D for minimally invasive surgical products by performing CAD modeling, prototyping, testing, verification/validation, root-cause investigations, design updates, and cross-functional collaboration while ensuring regulatory and quality compliance.

The Mechanical Engineer will design project requirements, manage engineering schedules, interface with clients, and support installation efforts while ensuring compliance with specifications. They will lead engineering teams, manage project scope, and communicate effectively across departments.

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.

Lead design and develop mechanical systems and subsystems from concept through production. Create complex CAD models, drawings, and documentation, perform trade-offs and DFM, own subsystem development and ECO execution, and collaborate with manufacturing to ensure scalable, high-quality product launches.

Design and revise CAD models, drawings, tooling, fixtures, and low-complexity assemblies for an aerospace quantum payload. Apply GD&T and tolerance thinking, produce manufacturing-ready drawing packages, support vendors and build/fit checks, perform simple analyses, and provide hands-on lab/shop integration and troubleshooting under senior engineer direction.

Design, analyze, and test robotic, deployable, and mechanical systems for reentry environments. Perform structural (static, dynamic, thermal) analysis using FEA, create 3D CAD models and drawings, develop test plans, integrate with cross-functional teams, troubleshoot complex mechanical issues, and mentor junior engineers.

Lead mechanical design and delivery of custom automated manufacturing equipment from concept through commissioning. Design robotic end-of-arm tooling, material handling, fixtures, frames, safety guarding, and production cells; apply mechanics and kinematics, integrate mechanical/electrical/pneumatic systems, troubleshoot during installation, and produce documentation, BOMs, and assembly procedures.

Design, build, and deploy custom factory automation systems across the full lifecycle. Responsibilities include controls architecture, PLC/HMI programming, robot and equipment integration, offline simulation, electrical and safety design, on-site commissioning, testing, and creating controls documentation for automated manufacturing systems.

Design, build, and commission factory automation systems: define controls architectures, program PLCs/HMIs, integrate robots and peripheral equipment, develop offline simulations, perform troubleshooting and commissioning, produce controls documentation, and support factory acceptance and startup.