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

Leads flight dynamics across spacecraft missions from concept through on-orbit operations, including orbit design, trajectory optimization, launch analysis, delta-V budgeting, orbit determination, maneuver planning, conjunction assessment, and collision avoidance. Builds astrodynamics tools and automated workflows, integrates them with GNC, flight software, and mission operations, supports launch and anomaly resolution, and mentors engineers.

Lead and develop a software engineering team delivering aerospace mission-critical software. Oversee technical planning, integration, testing, compliance, Agile/DevOps practices, and cross-functional collaboration to meet program objectives and continuous improvement goals.

Owns end-to-end development of high-reliability power electronics, including architecture, converter and circuit design, PCB layout, modeling, testing, qualification, production transition, and support. Performs power integrity, stability, stress, thermal, and efficiency analyses; leads integration and qualification campaigns; presents design reviews; mentors junior engineers; and researches emerging technologies for aerospace and space applications.

Leads power electronics architecture, requirements, converter and power supply design from low voltage to over 20 kW. Performs circuit, stability, reliability, EMC, thermal, and failure analyses; develops verification and qualification plans; leads board bring-up, testing, system integration, and production release. Manages a small engineering team, mentors engineers, and supports vendor and external development activities.

Designs and delivers high-reliability power electronics for spacecraft and aerospace systems. Responsibilities include power converter architecture, schematic and PCB design, circuit modeling, worst-case and stability analysis, testing, qualification, production transition, and customer design reviews. The role leads integration campaigns, supports production, mentors junior engineers, and researches emerging technologies. Requires strong laboratory troubleshooting, communication, and experience with power electronics design for space, automotive, or defense applications.

Leads the architecture, design, simulation, testing, qualification, integration, and production release of high-power analog and power electronics systems for satellite communications. Designs AC-DC and DC-DC converters, power distribution systems, filters, and control systems; performs reliability, stress, worst-case, FMEA, and power integrity analyses; develops verification plans; supports manufacturing; and mentors and leads power electronics engineers.

Leads complex aerospace and satellite communication programs from planning through production and customer delivery. Develops integrated strategies, schedules, budgets, performance metrics, and risk mitigation plans. Serves as the primary customer interface, leads cross-functional teams, manages contractual and financial performance, and presents program status to executives. The role also improves program governance, execution processes, reporting, and operational effectiveness while coordinating engineering, manufacturing, supply chain, quality, finance, product management, and business development activities.

Leads the design, development, integration, testing, verification, and qualification of complex power conversion and distribution hardware. Advances power electronics methodologies, evaluates efficiency and thermal performance, resolves complex engineering issues, guides technical decisions, supports cross-functional product development, mentors engineers, and improves reliability, manufacturability, and design quality across multiple programs.

Develops, analyzes, integrates, tests, and improves mechanical components, assemblies, structures, mechanisms, and hardware for complex aerospace and space products. Performs structural, thermal, tolerance, and design trade analyses; evaluates CAD models, drawings, test data, and manufacturing information; and supports verification, validation, reliability, and manufacturability. Collaborates with engineering, manufacturing, quality, supply chain, and operations teams while producing technical documentation, bills of materials, engineering changes, and design recommendations.

Own and advance CesiumAstro’s FPGA prototyping testbed, developing complex architectures, RTL, interfaces, verification methods, and hardware implementations. Lead FPGA integration, bring-up, debugging, qualification, timing closure, performance analysis, and large-scale Linux-based CI/CD prototype workflows. Evaluate power, thermal characteristics, utilization, and compute performance using AMD Versal devices. Advise technical leadership and customers, lead investigations and reviews, improve engineering practices, and mentor FPGA engineers.