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

Provides technical direction for spacecraft electrical architectures and communications payload integration. Defines electrical requirements, interfaces, power architectures, grounding strategies, margins, and mitigations across subsystems. Performs modeling, simulations, trade studies, integration, production, and testing; resolves hardware anomalies and supports root-cause analysis. Coordinates multidisciplinary teams and suppliers, assesses mission-environment effects, ensures signal integrity and power quality, and mentors junior engineers.

Develop, test, integrate, verify, and deploy safety-critical ground software for lunar mission operations. Responsibilities include mission-control systems, telemetry processing, spacecraft monitoring, fault detection, system integration, simulations, deployment, documentation, and operator training support. The role collaborates across spacecraft, infrastructure, and operations teams while maintaining software safety, reliability, and certification standards.

Own the Power Regulator product for Project Sunrise from architecture and requirements through qualification, flight, and high-rate production. Lead multidisciplinary engineering teams while designing and analyzing high-voltage, high-frequency switching converters, selecting components, developing controls, and managing thermal and reliability performance. Drive verification, qualification, anomaly resolution, design for manufacturability and test, automated production testing, yield improvement, cost, and schedule.

Designs and integrates spacecraft communications subsystems for Blue Origin’s lunar landers. Responsibilities include requirements decomposition, system architecture, RF analyses and simulations, interface definition, verification and validation planning, integration and testing, safety documentation, and coordination across engineering teams. The engineer will support communications protocols, link budgets, coverage analysis, space qualification, test facility readiness, and subsystem-level testing while mentoring early-career systems engineers.

Designs, develops, integrates, and verifies satellite flight software for fault management, mission sequencing, mode management, and autonomy. Responsibilities include defining fault responses and mode transitions, developing FDIR logic and parameters, conducting fault-injection and regression testing, analyzing telemetry, and integrating across spacecraft subsystems. The role also supports FMECA, CONOPS, hazard analysis, mission operations, anomaly investigations, and scalable autonomy for a large satellite constellation.

Leads Blue Origin’s strategic partnership agenda and complex corporate development transactions, including joint ventures, alliances, structured investments, valuation, diligence, negotiations, and implementation planning. Partners with executives and cross-functional teams, develops partnership theses and roadmaps, manages senior external relationships, presents recommendations, establishes scalable deal frameworks, and mentors junior team members.

Designs and deploys RF and optical communications systems for spacecraft and national security missions. Owns link budgets, coverage, phase noise, requirements verification, RF testing, procurement, system architecture, configuration control, and interfaces with ground stations and spacecraft subsystems. Supports integration labs, vehicle testing, reviews, launch operations, and on-console mission support throughout the subsystem lifecycle.

Develops and validates fluid management systems for Blue Origin lunar vehicles, focusing on two-phase liquid-gas separation, microgravity fluid behavior, thermal-fluid analysis, CFD, experimentation, and hardware integration. The role requires collaboration across engineering teams, technical documentation, design reviews, and compliance with safety and quality requirements.

Leads a team of TT&C engineers developing spacecraft RF and optical communication systems across the full lifecycle, including design, procurement, integration, testing, launch operations, and mission support. Coordinates interfaces among spacecraft, ground stations, and subsystems; supports proposals, hiring, mentoring, and technical team development. The role requires hands-on systems engineering leadership in satellite communications and may involve travel up to 25%.

Integrates Blue Moon lunar landers with the New Glenn launch vehicle, directing Mission Interface Control Document requirements, verification, Range Safety protocols, payload integration, encapsulation, launch processing, and Day of Launch activities. The role coordinates with launch vehicle teams, USSF Delta 45, and multidisciplinary engineering stakeholders to ensure safe, compliant, and successful lunar missions.