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

Design, analyze, develop, and test primary and secondary metallic and composite structures for lunar lander systems. Create 3D models and drawings, support manufacturing and integration, develop test plans and execute structural tests, and manage configuration, schedules, budgets, and technical status.

Design and maintain spacecraft CAD models and interfaces for New Glenn payload accommodations using Creo/ProEngineer and Windchill. Produce interface control drawings, fabrication and installation drawings, export CAD for analysis, and support configuration through procurement, assembly, integration, testing, and production readiness while coordinating across disciplines.

Create, maintain, and release CAD data for spacecraft avionics and harnessing. Prepare detail parts, assemblies, and installation models, route harnesses with subsystem teams, review drawings for standards, manage large CAD assemblies/BOMs, and apply engineering/manufacturing methodologies to meet cost, schedule, and performance requirements.

Lead systems engineer responsible for defining, documenting, and verifying integrated vehicle stack configurations for lunar missions. Own configuration management, stack requirements in Jama Connect, ICDs, CREO model interrogation, verification planning with I&T, integration trade studies, risk mitigation, and cross-functional technical leadership through SRR/PDR/CDR and test readiness.

Lead system-level integration and test activities for complex aerospace systems: develop/execute test plans, build fixtures and automated test environments, analyze results, troubleshoot issues, document findings, mentor junior engineers, and drive continuous improvement within an agile development environment.

Design and develop space-qualified power electronic converters (isolated and non-isolated DC-DC) from requirements through production. Perform topology selection, component selection, controller algorithm development, circuit simulation, PCB schematic/layout, prototype bring-up, testing, troubleshooting, and iterative improvements while collaborating with firmware, mechanical, and systems teams to ensure manufacturability and reliability for aerospace applications.

Manage safety and reliability processes for lunar lander development, perform technical leadership, and facilitate program safety assessments to reduce risks.

As an RF Systems Engineer III, you will develop RF communication architectures, define RF specifications, and analyze RF systems for spacecraft, working closely with project teams and conducting performance analyses across various mission profiles.

The Mechanisms Test Engineer III is responsible for planning, executing, and analyzing tests for aerospace systems, focusing on electromechanical mechanisms and multi-axis gimbals, and collaborating with cross-functional teams to ensure mission success.

Develop spacecraft motion control systems and mechanical designs, support assembly and testing, and review test data to improve mechanisms for aerospace applications.