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

Develops and maintains mechanical layouts, detail parts, assembly drawings, and engineering datasets for Blue Origin’s lunar spacecraft systems. Uses Creo Parametric and Windchill to support structural, mechanical, fluids, avionics, and harness designs. Applies drafting standards, GD&T, tolerance analysis, aerospace hardware selection, and manufacturing methodologies while collaborating cross-functionally on materials, processes, and production-ready designs.

Designs and leads spacecraft electrical power systems and power electronics for Blue Origin’s national security and space mobility programs. Responsibilities include EPS architecture, circuit design, power budgeting, requirements, PCB guidance, analysis, verification, qualification testing, anomaly resolution, technical reviews, program ownership, process development, and mentoring engineers. The role requires delivering high-reliability hardware through the full lifecycle and collaborating across systems, mechanical, thermal, software, and test disciplines.

Develop and execute automated tests for electromechanical motion-control hardware supporting satellite communications systems. Responsibilities include designing EGSE, ATE, fixtures, instrumentation, and data-acquisition systems; developing test software; operating laboratory hardware; analyzing data; troubleshooting anomalies; and supporting test readiness and failure review boards. The role collaborates with design, systems, and quality engineers across the full test lifecycle.

Leads fluid systems design and analysis for the New Glenn launch vehicle, covering conceptual design, configuration, detailed engineering, verification, flight operations, and sustaining engineering. Develops and validates component and vehicle-level fluid models, derives fluid and thermal loads using CFD and experimental methods, and maintains analysis documentation, models, and results. Reviews junior engineers’ work while supporting safe human spaceflight.

Leads test strategy, planning, execution, and technical direction for aerospace motion-control sustaining programs. Designs and maintains GSE and EGSE for motors and controllers, oversees functional, performance, life, acceptance, and environmental testing, investigates anomalies, analyzes test data, and supports review boards. Mentors engineers and technicians, improves test automation and repeatability, maintains configuration documentation, and represents the Test Department in design and customer reviews.

Owns MK1 lunar lander vehicle design products and avionics-focused integrated functional test scope. Responsibilities include developing test matrices, defining objectives and acceptance criteria, verifying requirements, reviewing data, producing reports, troubleshooting anomalies, supporting readiness reviews and audits, and maintaining avionics and software requirements. The role also automates verification evidence collection using scripts and AI-assisted tooling while coordinating across avionics, software, GN&C, communications, electrical power, and test teams.

Architects and develops embedded and application software for spacecraft SDR terminals and optical communication systems. Defines reusable software frameworks, waveforms, protocols, and architecture standards; leads design reviews, technical trade studies, integration, verification, and validation across SIL and HIL environments. Builds CI/CD, testing, and diagnostic infrastructure, authors technical documentation, and implements secure OTA update capabilities. Collaborates with systems, hardware, and firmware teams on mission-critical, fault-tolerant communications software.

Leads development, validation, industrialization, and continuous improvement of motor winding and coil assembly processes. Responsibilities include NPI, process capability studies, tooling and equipment qualification, production documentation, electrical testing, nonconformance resolution, root-cause corrective actions, DFMA, lean manufacturing, and supplier collaboration in a high-reliability aerospace environment.

Lead the architecture, development, verification, integration, and operation of high-reliability, real-time embedded flight software for spacecraft avionics. Provide technical direction and mentorship, derive and verify requirements, lead design and code reviews, manage integration testing, resolve complex anomalies, mitigate risks, and communicate technical status to leadership across the spacecraft lifecycle.

Design, develop, integrate, and test embedded flight software for spacecraft avionics. Implement and verify requirements, build multithreaded real-time systems and test environments, resolve hardware/software integration issues, define interfaces, conduct reviews, support Agile and DevOps practices, and contribute to integration, mission readiness, and spacecraft operations.