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

Designs and validates radar and LiDAR signal-processing algorithms and end-to-end systems for lunar spacecraft. Responsibilities include MATLAB/Simulink modeling, FPGA resource analysis, RTL implementation, FPGA prototyping, hardware selection, bring-up, design verification, and integration with GN&C systems. The engineer develops detection, tracking, calibration, and estimation functions while coordinating with electrical engineers, suppliers, and multidisciplinary stakeholders.

Designs and develops fluid-handling, thermal, mechanical, and structural components for lunar fuel-cell power systems. Responsibilities span concept development, CAD modeling, analysis, supplier coordination, procurement, fabrication, testing, qualification, documentation, and operational support. The engineer collaborates across vehicle subsystems, manages risks and development status, creates technical documentation, and supports flight hardware throughout its lifecycle.

Develop and integrate fluids and propulsion subsystems for Blue Origin’s MK1 lunar lander. Lead trade studies, component design and integration, first-order analysis, architecture and schematic updates, subsystem testing, and cross-functional coordination. Apply systems engineering throughout requirements, design, analysis, integration, safety, configuration management, verification, and validation. Support vehicle-level integration with design, software, operations, and other engineering teams.

Designs spacecraft and constellation missions through trajectory analysis, orbital mechanics, delta-V and propellant budgeting, maneuver planning, LEOP operations, collision avoidance, deorbit planning, and orbital debris assessments. Supports constellation geometry, launch deployment targeting, propulsion requirements, communications link analysis, reentry safety, and mission operations. Requires proficiency with mission design tools and engineering programming languages.

Architect and develop the spacecraft software platform for Blue Origin’s orbital data centers. Responsibilities include distributed workload orchestration, custom scheduling, container management, control-plane APIs, multi-tenancy, networking, storage, high availability, failure recovery, and resource optimization under power, thermal, and connectivity constraints. The role leads technical strategy, validation, testing, and cross-functional co-design with hardware and application teams.

Owns end-to-end electrical systems and electrical power system engineering for TeraWave spacecraft, including requirements, architecture, interfaces, power budgets, verification, testing, risk management, and technical closure. Partners across spacecraft bus, payload, propulsion, software, mission operations, and specialty engineering teams to support reliable LEO and MEO satellite production and operations.

Owns hardware reliability engineering for TeraWave satellites and payloads, including reliability requirements, FMEAs, fault trees, reliability predictions, failure assessments, design robustness, radiation and environmental degradation analyses, testing, supplier reviews, and risk reporting. The role supports spacecraft bus, RF and optical payload hardware, avionics, propulsion, GNC, thermal systems, structures, mechanisms, harnesses, and electronic parts across the product lifecycle.

Designs and leads spacecraft data architectures for Blue Ring satellites, including command and telemetry databases, parameter data, onboard storage, uplink and downlink flows, and data prioritization. Collaborates with flight software, spacecraft engineering, operations, systems engineering, and test teams to implement, automate, verify, and scale data solutions across missions. Requires extensive spacecraft development and operations experience, programming expertise, and knowledge of CCSDS standards and command sequencing.

Leads mission-level systems engineering for Blue Ring spacecraft, including requirements, architecture, technical baselines, configuration management, capability roadmaps, trade studies, and systems engineering change management. Collaborates across software, hardware, integration, test, and customer teams to align spacecraft, ground-system, payload, and mission requirements. Uses MBSE tools and supports major design, mission, and readiness reviews across multiple concurrent programs.

Develops and executes manufacturing processes for aerospace electronic assemblies. Responsibilities include creating work instructions and ground support equipment, supporting technicians, troubleshooting and dispositioning nonconforming hardware, leading root-cause corrective actions, contributing to design reviews, implementing engineering changes, and applying Design for Manufacture and Assembly principles to improve production quality and manufacturability.