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

Integrate and productionize astrodynamics algorithms into flight dynamics systems using Python and C++. Develop, test, validate, document, and maintain mission-critical software for orbit determination, trajectory planning, maneuver execution, and spacecraft operations. Support simulations, mission rehearsals, live flight operations, issue triage, releases, automation, and fleet-scale workflows while collaborating across engineering, mission planning, and flight operations teams.

Lead architecture and requirements for closed-loop motion control systems for space applications. Drive technical risk resolution, develop and execute V&V plans, present to customers, and collaborate with manufacturing, quality, and test teams to ensure flight-ready hardware and program success.

Supports Blue Ring spacecraft payload operations by developing mission plans, procedures, telemetry displays, sequencing, test products, and operational documentation. Conducts simulations, mission rehearsals, readiness activities, state-of-health monitoring, performance analysis, and on-orbit mission execution. Coordinates with payload customers, government teams, systems engineers, and geographically distributed operations groups. Requires on-console shift work, on-call availability, and an active TS/SCI clearance.

Lead development of autonomous onboard deep-space navigation for cislunar and interplanetary missions. Define architecture, integrate optical and radiometric measurement processing, support ground-based orbit determination, mentor navigation engineers, and drive roadmap from concept through flight while collaborating with GNC, avionics, flight software, and operations.

Leads aerospace and national security hardware projects from concept through development, qualification, and production transition. Owns critical paths, schedules, budgets, forecasts, risks, milestones, operating rhythms, and project KPIs. Coordinates engineering, finance, legal, supply chain, quality, and technology teams, driving decisions and issue resolution without direct authority. Improves processes, documentation, automation, and reporting while ensuring hardware readiness and delivery under schedule pressure.

Leads an embedded software engineering team supporting national security space programs. The manager spends approximately half the role developing, reviewing, and debugging embedded C/C++ software, while the remainder focuses on technical direction, team leadership, mentoring, project scheduling, resource allocation, risk mitigation, software lifecycle processes, and cross-functional hardware integration. The role requires maintaining software quality, reliability, security compliance, and technical proficiency.

Design, develop, integrate, test, and deploy real-time embedded flight software for spacecraft and launch vehicle avionics. Translate requirements into flight-quality code, perform SIL and HIL testing, create verification plans, debug anomalies, support configuration management and mission operations, and ensure safety and quality compliance. The role also includes root-cause investigations, process improvement, launch readiness support, and mentoring junior engineers.

Develop and test embedded flight software for Blue Ring spacecraft. Responsibilities include implementing software requirements, building unit and integration tests, conducting hardware-in-the-loop testing, collaborating with avionics and propulsion teams, participating in design and code reviews, and troubleshooting hardware-software integration issues. The role requires C++ and Python development in embedded engineering environments and may involve up to 10% travel.

Defines software and system requirements for lunar spacecraft, develops verification plans, test cases, scripts, and analysis reports, and leads software systems engineering practices. The role coordinates hardware-software integration across vehicle and mission teams, addresses fault management and safety-critical software concerns, and guides requirements, verification, and testing activities for human spaceflight missions.

Leads spacecraft fault management and system autonomy architecture, requirements, safety analyses, verification, validation, and testing. Develops fault-tolerant and autonomous system designs across the aerospace lifecycle, performs FMECA, FTA, FHA, PRA, and reliability analyses, and mentors engineers. Collaborates across programs to establish best practices and common architectures for national security spacecraft missions.