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

Designs, integrates, and maintains COMSEC solutions for national security space programs. Collaborates across cybersecurity, software, and hardware engineering teams; develops requirements, verification and validation plans, test plans, and traceability matrices; assesses communications security risks; manages COMSEC equipment and keying material; and ensures compliance with DoD, NSA, and cybersecurity regulations.

Develops and executes test strategies, plans, procedures, and reports for electronic hardware and systems. Collaborates with electrical design and embedded systems teams, builds automated and manual test setups, investigates hardware anomalies, supports design and test readiness reviews, and improves testing processes. The role requires verification and validation, requirements traceability, environmental testing, test automation, circuit troubleshooting, and compliance with aerospace and defense standards.

Lead GN&C systems engineering for Blue Origin’s lunar lander program, including requirements definition, decomposition, verification planning, technical budgets, performance metrics, subsystem interfaces, analyses, simulations, and hardware-in-the-loop testing. Collaborate with spacecraft systems, propulsion, structures, avionics, and NASA teams to deliver safe, reliable lunar transportation systems. Support schedules, resources, costs, risks, and the full GN&C development lifecycle.

Leads the design, optimization, and validation of free-space optical communication systems for Blue Origin’s Sunrise satellite constellation. Responsibilities include PAT algorithms, optical link budgets, end-to-end communications pipelines, component integration, modeling, test infrastructure, laboratory and over-the-air testing, spacecraft integration, documentation, and leadership of multidisciplinary hardware and software teams.

Leads a team of fluids analysts supporting lunar lander design, propulsion, operations, and vehicle analysis. Oversees hiring, performance management, mentoring, technical process improvement, and analysis tool development. Provides technical guidance on fluids, thermal systems, propulsion, cryogenic systems, uncertainty validation, fluid network modeling, CFD, and engineering calculations across pre-launch, in-space, and landing phases.

Leads the full Agile software development lifecycle for data-driven software products supporting lunar systems engineering. Designs scalable architectures, implements and tests web-based services, manages deployment and monitoring, documents technical solutions, collaborates with stakeholders, and mentors engineers. The role develops tools for storing, analyzing, and automating aerospace engineering data while supporting safe human spaceflight.

Own the architecture, design, qualification, and deployment of GPU-based compute payloads for Blue Origin’s orbital data center constellation. Responsibilities include GPU and component selection, compute module board and mechanical design, high-speed interconnect and fabric architecture, thermal integration, radiation and environmental qualification, EMI/EMC compliance, and collaboration with software and systems teams for AI/HPC workloads.

Leads end-to-end design, development, manufacturing, testing, launch, and flight operations for the Sunrise spacecraft. Owns major subsystems including propulsion, power, thermal management, communications, GNC, and flight software. Directly manages engineering staff, oversees verification campaigns, resolves technical and manufacturing challenges, manages make-or-buy decisions, coordinates compute integration, and owns the roadmap for successive spacecraft.

Leads a multidisciplinary fluids design engineering team supporting Blue Origin’s MK1 Lunar Lander. Responsibilities include hiring, coaching, performance management, technical direction, component design, manufacturing and test support, supplier coordination, design reviews, anomaly investigations, corrective actions, process improvement, and lifecycle development of fluids and propulsion hardware.

Develop and evaluate system safety, reliability, and risk processes for Blue Origin’s New Glenn orbital launch vehicle and facilities. Perform reliability modeling, safety analyses, hazard assessments, fault-tree and FMECA reviews, requirements traceability, and risk mitigation. Assess compliance with aerospace and safety standards, analyze flight data, report program metrics, maintain processes, and mentor engineers while integrating solutions across multidisciplinary systems engineering teams.