Top Systems Engineer Jobs in Denver & Boulder, CO

Provide real-time on-orbit support and investigate/resolve GPS satellite anomalies. Train as a subsystem SME for satellite bus subsystems, interface with operations customers, perform telemetry trending and data analysis, write technical reports, and support spacecraft command processor and mission planning while improving processes and documentation.

Own and automate end-to-end employee lifecycle and shared IT infrastructure using infrastructure-as-code and SRE practices. Manage ITSM platform and AI-driven virtual agents, build integrations (Okta, Workday, JAMF, Google Workspace, Slack, Zoom, GitLab), instrument metrics, ensure reliability and compliance, and mentor support engineers.

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.

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 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.

Design, develop, and test complex software systems for space and ground systems. Write maintainable code, use version control, participate in code reviews, troubleshoot issues, document configurations, and provide technical leadership and mentorship. Make high-level design decisions impacting cost, schedule, and performance while staying current with industry trends.

Lead systems engineering activities across missions, segments, elements, and subsystems. Manage requirements allocation, traceability, verification, and interface development using MBSE. Support chief engineer and customer engagements, prepare for SRR/PDR/CDR/PSR reviews, coordinate verification with I&T, mentor engineers, and support program risk, ERB, and delivery activities while maintaining cross-functional relationships.

Lead systems engineering activities across missions, segments, elements, and subsystems. Ensure requirements allocation, traceability, verification, and interface development using MBSE. Support gate reviews, coordinate verification with I&T, manage risk/opportunity processes, mentor engineers, and interact with chief engineers and customers to deliver mission systems.

Lead systems engineering activities across mission, segment, element, and subsystem lifecycles. Manage requirements allocation, traceability, verification, MBSE-based architecture and interfaces, support major reviews (SRR/PDR/CDR/PSR), coordinate verification with I&T, mentor engineers, manage risks and ERB processes, and interface with chief engineers and customers.

Develop and maintain requirements, architecture, APIs, interfaces, and algorithms for SATCOM mission planning software. Support full software lifecycle in Agile/DevSecOps environments, build backend services, implement CI/CD pipelines, perform code reviews, and translate designs into modern front-end interfaces emphasizing automation, testing, security, and performance.

Support on-orbit operations and maintenance of spacecraft and payloads, engage in mission performance analysis, and develop operational products and tools.

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

Serve as a senior technical authority defining and integrating complex software-intensive mission systems across software, cloud, networking, cybersecurity, and operations. Lead architecture, trade studies, risk mitigation, cross-domain integration, and customer engagement. Mentor engineers, establish systems engineering practices, and apply AI-assisted engineering to improve analysis, documentation, and workflows for mission-ready capabilities.

Support systems engineering across ground and space vehicle domains: decompose and manage requirements, develop V&V strategies, execute integration and test activities, coordinate subsystem interfaces, track technical risks, and document verification results to achieve flight and operational readiness.

The Systems Engineer III develops advanced system solutions, guiding teams through the product lifecycle, managing requirements, and ensuring system integration and verification while aligning with project objectives.

Lead development and integration of Salesforce-centered GTM systems: build Apex/LWC solutions, design event-driven integrations, optimize data flows to Snowflake, manage CI/CD with Gearset/Git, write SQL for reporting and data quality, troubleshoot production, and mentor developers while advancing AI-enabled, composable CRM automation.

Design, implement, and maintain scalable, secure IT infrastructure and cloud platforms (AWS/Azure). Lead and mentor junior admins, apply advanced security practices, automate processes with scripting/automation tools, perform systems performance tuning, manage networking/distributed environments, and lead IT projects while producing technical documentation and representing the company to stakeholders.

The Software Systems Engineer II designs, develops, and tests software for space systems, writing maintainable code and collaborating with teams on innovative solutions.

The Systems Engineer III will develop and integrate aerospace systems, support requirements traceability, conduct analysis, and ensure mission readiness while collaborating with teams on complex space operations.

As Lead Systems Engineer, you will define and implement mission requirements for space systems, lead cross-functional technical teams, and guide verification efforts, ensuring mission success and operational readiness.

Lead design, development, test, and operations of spacecraft fault management systems. Participate in systems engineering, develop and verify fault management concepts, produce documentation, execute test campaigns, and support hardware integration and operations while mentoring peers and collaborating with internal and customer stakeholders.

The role involves supporting spacecraft operations, maintenance, and testing. Responsibilities include performance analysis, telemetry trending, and collaborating on mission operations products.

Design, develop, test, and maintain software for space systems. Write clean code, use version control, participate in code reviews, troubleshoot issues, document designs, and collaborate with engineering teams following Agile practices.