Top Systems Engineer Jobs in Denver & Boulder, CO

Entry-Level Systems Engineers will contribute to system architecture, integration, and testing for missile defense projects, collaborating with teams and government stakeholders.

The Associate Systems Engineer will engage in systems architecture, integration, verification, validation, and modeling with government and industry partners to enhance missile defense systems.

Lead engineering efforts for missile defense systems, focusing on architecture, integration, and simulation. Collaborate with stakeholders to shape system requirements and verify performance.

The job involves shaping system-level concepts, architecture, requirements, and assessments for the Missile Defense System. Responsibilities include systems architecture, integration, testing, and modeling/simulation across various stakeholder collaborations.

Support on-orbit satellite operations and sustainment: telemetry trending, health monitoring, anomaly response, mission performance analysis, and development/maintenance of operations products, tools, and training. Participate in integration, testing, and occasional night/weekend/on-call shifts while collaborating across teams and presenting technical content.

The Mission Planning Systems Engineer will participate in Agile development activities, collaborate with teams to define system designs, create artifacts, and manage design documentation. They will lead design sessions and ensure system design details are met for mission planning software.

Support transition and delivery of large-scale on-premise and cloud platform architectures for the U.S. Space Force. Provide systems engineering for integration and test operations, DevSecOps and secure multi-tenant system operations, configuration management, deployment process assessments, integration working groups, and technical support to the program office.

Responsible for designing and analyzing complex optical systems, leading cross-functional teams, and ensuring deliverables meet mission-level requirements.

The Systems Engineer Intern will collaborate with cross-functional teams on system architecture, requirements definition, and verification testing for aerospace systems.

The Principal Engineer will design and implement autonomous fault detection and correction for spacecraft, engaging in systems engineering, documentation, test plans, and team collaboration to ensure mission success.

Support EW sustainment by developing and executing detailed test procedures, performing software testing, reporting deficiencies, managing requirements, implementing verification methods, and using TMDE and engineering tools to validate EW systems and training systems.

Manage Payload CONOPS and requirements, guide subsystem development, communicate with stakeholders, and mentor others while supporting engineering practices and integration tests.

Manage Payload CONOPS and operations requirements, guide subsystem development, support integration and test activities, and mentor engineers.

The Principal Electrical Systems Engineer will lead design and validation of electrical and embedded modules, contribute to system architecture, and evaluate emerging technologies for product innovation.

The Senior Infrastructure Systems Engineer will manage and improve technologies across the business, focusing on critical compute and storage platforms. Responsibilities include system monitoring, collaborating with teams to enhance operational efficiency, and providing out-of-hours support.

As a Principal Systems Engineer, you will lead systems integration, mission planning, and training for Dream Chaser operations, ensuring mission success. Experience in developing systems architecture and managing multimodal projects is essential.

The Systems Engineer III leads system development by managing requirements, integration, and validation, while collaborating with technical teams to ensure system performance and compliance.

The role involves designing, building, verifying, and launching spacecraft with a focus on fault management systems, collaborating with teams, and developing tailored solutions for spacecraft health and safety.

As an AI & IT Systems Engineer, you will ensure robust IT infrastructure, enable AI workflows, and manage SaaS applications. You will partner on AI initiatives and provide cross-functional technical support.

The Systems Engineer II will lead sustaining engineering for hardware infrastructure, handle server and firmware issues, and improve operational capabilities. The role involves technical leadership, incident resolution, and collaboration with multiple teams to enhance cloud infrastructure.

The role involves designing, integrating, testing, and maintaining mission IT systems and supporting spacecraft operations. Responsibilities include requirement verification, user training, developing documentation, and ensuring system integration.

The Systems Engineer II will design, integrate, and maintain mission IT systems and networks, and support real-time operations and user training.

The Systems Engineer I will qualify and deploy firmware packages for servers, troubleshoot hardware issues, and improve automation and validation processes.

The Lead Systems Modeling Engineer will act as an SME in MBSE for space and missile defense programs, managing and developing system models while ensuring compliance with DoD standards and fostering collaboration in Agile environments.

Administer and support OSS/NMS applications: install, configure, and maintain NMS, OS, and databases; provide on-call issue resolution; follow change management; monitor availability and performance; generate reports; document configurations; and assist template, deployment, and core service engineers.