Top Tech Jobs & Startup Jobs in Denver & Boulder, CO

Supports the design, analysis, integration, qualification, and production transition of precision gimbal assemblies and pointing mechanisms for space-based optical communications terminals. Performs trade studies, structural, thermal, and dynamic analyses, tolerance analysis, FMEA, and reliability assessments. Contributes to component and system testing in shock, vibration, and thermal-vacuum environments, prepares design and test documentation, and collaborates with cross-functional teams under senior-engineer mentorship.

Designs, develops, and integrates electrical ground support equipment hardware and software for satellite assembly, integration, and test. The role defines EGSE architectures and interfaces, develops automated test sequences, conducts RF and phased-array antenna testing, maintains configuration and calibration controls, authors test documentation, resolves anomalies, and scales production test infrastructure. The engineer works hands-on on the production floor and collaborates across systems, avionics, RF, payload, and flight software teams.

Perform integrated system analysis for the MK2 lunar lander, evaluating vehicle-level design changes, subsystem interfaces, technical risks, schedules, and system health. Develop and validate analytical models and automated analysis pipelines, coordinate representative testing, define test objectives and success criteria, and support verification planning and configuration management across engineering teams.

Design, analyze, and operate test systems for fluid, propulsion, mechanical, and electronic systems. Plan and execute tests, assess risks, integrate hardware into test facilities, analyze test data for requirements verification, develop test support software and equipment, and resolve test-related problems. The role requires collaboration across safety, manufacturing, operations, instrumentation, and systems engineering teams.

Design, analyze, test, and integrate fluid components, propulsion systems, and mechanical systems for reusable space vehicles. Work spans fluid mechanics, thermodynamics, structural analysis, manufacturing, materials and processes, systems testing, operations, and systems engineering. Engineers collaborate on rapid-development programs, work independently with minimal direction, and support safe, repeatable spaceflight across multiple business units and hardware locations.

Develop software across requirements analysis, design, coding, testing, quality assurance, DevOps, data analysis, and maintenance. Collaborate with multidisciplinary engineering teams to support vehicle development, testing, and operations. Troubleshoot server-side and client-side issues and create efficient solutions using modern programming languages, source control, and development tools.

Early-career electrical engineers will support applied electronics, avionics, electrical systems, software, hardware-in-the-loop, controls, power, communications, testing, manufacturing, and systems engineering across Blue Origin business units. Responsibilities include troubleshooting electrical systems, interpreting engineering drawings, designing and testing hardware, supporting rapid development programs, and enforcing safety policies during test planning and operations.

Design, analyze, develop, and verify guidance, navigation, and control software for spaceflight systems. Perform simulations, Monte Carlo analyses, modeling, system testing, and system-level analysis to improve reliability and capabilities. Projects may involve autonomy, avionics, trajectory optimization, mission design, and systems engineering. Engineers collaborate across teams, manage technical risks, support testing and launch operations, and contribute to safe, repeatable spaceflight programs.

Develop, optimize, and implement manufacturing processes and systems for space hardware. Responsibilities include integrating materials and processes, production planning, quality control, precision assembly, testing, work-instruction development, tooling, process optimization, and collaboration with design and systems engineering teams. The role supports safe, efficient hardware production for testing, qualification, and flight while improving quality and reducing cost.

Develops Guidance, Navigation, and Control subsystem systems-engineering products for lunar spacecraft. Responsibilities include architecture studies, requirements derivation, interface definition, trade analyses, simulation and modeling, verification, testing, performance tracking, and multidisciplinary collaboration. The engineer will develop and integrate multi-vehicle simulation models using Simulink and C/C++, supporting safe and reliable human-spaceflight systems.