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

Develop and maintain aerospace vehicle digital twin capabilities using NVIDIA Omniverse and OpenUSD. Integrate CAD, system models, requirements, simulation, test, telemetry, and operational data through Python APIs and data pipelines. Ensure traceability, configuration control, verification, validation, and model-to-test correlation. Collaborate across engineering, manufacturing, test, and mission operations teams while applying AI-assisted development tools and participating in agile planning and technical reviews.

Design, analyze, simulate, verify, and validate guidance, navigation, and control systems for launch and reentry vehicles. Develop trajectories, conduct performance trade studies, support hardware and software integration testing, analyze flight data, and collaborate with multidisciplinary engineering teams.

The Ground Software Engineer will develop and integrate software for lunar mission operations, collaborating with cross-functional teams and ensuring software safety and reliability for spaceflight.

Manage end-to-end supply chain strategy for ASIC materials, lead procurement and strategic sourcing, develop supplier relationships, and mitigate risks while leveraging advanced analytics.

Design and develop spacecraft guidance and flight control algorithms for lunar and cis-lunar missions. Perform trajectory and control trade studies, implement and test control laws in SIL/HIL and 6-DOF simulations using Rust/C/C++/Python, collaborate across subsystems, support requirements and interface definition, and produce analysis and data for reviews.

Design and verify RPOD operations for lunar spacecraft: define concepts of operations, decompose requirements across subsystems, develop navigation/ guidance and estimation methods, support sensor and software integration, lead V&V and testing (including flight demonstrations), analyze test data, and build tools and automation to ensure safe, reliable docking and relative navigation.

Develop and maintain embedded platform software (drivers, middleware, loaders) for avionics systems. Collaborate with hardware and systems engineers, contribute to architecture and design, perform testing/debugging and performance optimization, produce documentation, and participate in code reviews and mentorship to support safe, reliable spaceflight systems.

Develop and maintain embedded platform software (drivers, middleware, loaders) for avionics systems. Collaborate with hardware and systems engineers, participate in architecture and design, optimize performance, test and debug across hardware platforms, document designs and APIs, mentor peers, and integrate platform software across products.

The Embedded Software Engineer III will design and verify embedded software for space avionics systems, collaborating with hardware engineers and addressing performance trade-offs for mission-critical applications.

Lead architecture, design, development, and integration of scalable flight software for a large LEO/MEO satellite constellation. Define frameworks, core services (C&DH, telemetry, health, fault management), ensure software quality, CI/CD, SIL/HIL verification, secure OTA updates, and cross-functional integration across avionics, GNC, communications, and payload teams.