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

Lead supplier and procurement teams to develop and execute material program strategy and plans, manage contracts and supplier performance, and ensure schedule, cost, and material EAC alignment to program requirements. Oversee financial management (EVMS, budgets, working capital), supplier risk and readiness assessments, and compliance with FAR/DFARS, ITAR, and security requirements. Drive process improvements, supplier negotiations, scorecards, and cross-functional coordination with engineering and program teams to meet mission objectives.

Design and lay out high-performance, high-reliability avionics PCBs for aerospace applications. Develop schematics, libraries, documentation, and manufacturing-ready layouts using Altium and related tools. Collaborate with electrical, mechanical, firmware, and software teams; resolve complex layout issues; support design reviews; ensure DFM, DFA, DFT, quality, and regulatory compliance; improve development processes; and mentor junior engineers and layout resources.

Lead electronic architecture, design, testing, and manufacturing transition for robotic motion-control products. Responsibilities include motor-controller architecture, Altium schematic capture and PCB layout, technical team leadership, design reviews, customer collaboration, documentation, prototype debugging, and regulated product launches. The role requires extensive embedded, digital, analog, mixed-signal, power-conversion, high-speed communications, signal-integrity, EMC, and lab-testing experience, with occasional travel and on-site work in Longmont, Colorado.

Lead verification of FPGA-based control systems, including requirements analysis, test planning, UVM/UVMF verification architecture, testbench development, simulation debugging, code reviews, issue tracking, and coverage analysis. The role supports multidisciplinary teams developing flight-ready electronic motion-control products and reviews other engineers’ work. Candidates need extensive FPGA verification experience, embedded interfaces knowledge, technical documentation skills, and laboratory debugging experience.

Design, develop, integrate, test, and maintain secure ground systems supporting national security space missions. Define requirements and architectures, develop software, optimize system performance, document configurations, and ensure regulatory and security compliance. Collaborate with multidisciplinary teams, government customers, and contractors across the software lifecycle. Provide technical mentorship and operational support while applying systems engineering, cybersecurity, spacecraft communications, and safety analysis practices.

Own systems engineering for a major area of Blue Origin’s Lunar Human Landing System, including requirements, system safety, verification and validation, certification, anomaly investigations, and technical risk disposition. Lead architecture-related requirements decisions, develop tool-driven engineering processes, interface with internal teams and customers, review technical deliverables, mentor engineers, and set technical direction.

Develops state machine definitions, software requirements, verification plans, and test cases for lunar lander subsystems. Supports fault management, FMEA-driven requirements, HIL/SIL testing, and test procedure development. Collaborates with flight software, guidance, navigation, controls, and other engineering teams to define interfaces and ensure safe, reliable human spaceflight systems.

Develop and test production navigation software for lunar spacecraft using C, C++, Rust, and Python. Support state estimation, sensor fusion, sensor characterization, navigation simulations, system analysis, vendor integration, and flight operations. Collaborate with GNC, flight software, systems engineering, and operations teams across the spacecraft lifecycle, from architecture through flight. Work includes integrating navigation sensors, conducting vehicle testing, and analyzing mission performance.

Develop and verify spacecraft autonomy, control algorithms, and flight software for Blue Origin’s lunar landers. Responsibilities include deriving requirements, building Simulink control models, performing MATLAB-based analysis and testing, supporting simulations, collaborating on GN&C and spacecraft systems, and validating subsystem compliance. The role requires aerospace, mechanical, or electrical engineering expertise, spacecraft autonomy and controls experience, and familiarity with guidance, navigation, control, and astrodynamics.

Develop and operate mission-critical flight dynamics software for Blue Ring spacecraft, including orbit determination, maneuver planning, collision avoidance, telemetry processing, and flight dynamics product generation. Build microservices and data pipelines, translate astrodynamics algorithms into production systems, and support testing, verification, certification, mission operations, training, and spacecraft integration. Collaborate with engineering, infrastructure, mission control, and customer teams while maintaining safety-critical software standards.