Top Systems Engineer Jobs in Denver & Boulder, CO

Support RF airborne and satellite payload programs through systems engineering tasks, performance analysis, and collaboration across teams from concept to delivery.

The RF Systems Analyst evaluates RF technologies, leads development for payload projects, manages requirements, and collaborates across teams to ensure compliance and performance.

The RF Systems Analyst will design, analyze, and verify RF payload systems while collaborating with cross-functional teams and supporting project lifecycle activities.

The RF Systems Analyst will support RF payload system design and analysis, collaborate with cross-functional teams, and manage requirements for system performance and verification.

The Engineer II role involves developing and documenting electrical test equipment, CAD modeling, creating test procedures, collaborating with teams, and managing project-related documentation.

The RF Systems Analyst leads architecture development for payloads, evaluates RF sensing technologies, collaborates on system designs, and manages program requirements with technical expertise across multiple lifecycle phases.

The role involves designing and implementing real-time simulations for space vehicles, managing the full software development lifecycle, and collaborating in a team. Requires a strong foundation in engineering principles and programming.

The RF Systems Analyst will support RF payload system design, analyze signal chain performance, and perform systems engineering tasks, collaborating across disciplines to ensure compliance with requirements and support program reviews.

Support launch segment development, manage integration with space vehicle providers, and ensure technical documentation and requirements are met.

The Senior Principal Engineer will support operations and maintenance of spacecraft, perform mission analysis, develop command products, and provide leadership to a team.

The Engineer Principal - Payload Systems Analyst supports RF payload development, including concept design, system performance analysis, and collaboration with cross-functional teams.

The RF Systems Analyst will support RF payload design, conduct RF signal chain analysis, and collaborate on system engineering tasks while developing specifications and performance assessments.

Develop real-time simulations for space vehicles, perform software lifecycle functions, and collaborate on software development in an agile environment.

Lead customer qualifications for Micron SSD products, conduct system testing, implement testing infrastructure, and collaborate on validation strategies. Oversee test cycles and ensure compliance with industry certifications and requirements.

The Research Engineer will collaborate with scientists to develop and validate machine learning models for speech technologies, manage scalable training systems, and design tools for accessibility to non-technical users.

As an Algorithm Development Engineer, you will develop and implement algorithms for mission data processing, modeling, and simulation for diverse tactical missions.

The role involves designing and leading the development of focal plane subsystems for space applications, overseeing project execution, and collaborating with technical teams.

The Project Engineer II will manage cryogenic engineering projects, oversee teams, make technical decisions, handle cost/schedule, and mentor junior staff while ensuring effective communication across departments.

The Principal Engineer will lead the engineering team in building systems across full stack, improving development efficiency, and expanding products in new markets.

Lead systems engineering teams for space-based systems through concept, design, requirements, implementation, integration, and launch. Manage cost, schedule, risk, technical baseline, architecture, MBSE, requirements traceability, integration & test, and verification. Mentor engineers, interface with program chief engineer, prepare presentations, and maintain stakeholder relationships to ensure mission performance and delivery.

Lead systems engineering teams through concept, design, requirements, implementation, integration, and test for space-based systems. Manage cost, schedule, risk, technical baseline, MBSE architecture, requirements traceability, verification, and system integration. Mentor engineers and present to management and customers.

Lead systems engineering teams through concept, design, requirements, implementation, integration, and launch of space missions. Manage technical baseline, cost, schedule, risk, MBSE-based architecture, requirements traceability, verification/validation, integration & test planning, and mentor engineers while interfacing with program leadership and customers.

Develop and implement internal systems strategy, conduct user research, prototype features, and optimize operational workflows through clear documentation and communication.

Lead failure analysis efforts on returned SSDs, manage RMA cases, conduct electrical diagnostics, generate reports, and mentor junior engineers.

The Senior Engineer 2 will lead the design and development of high-scale data plane services for AI inference, optimizing performance and mentoring junior engineers while ensuring system reliability and operational excellence.