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

Manage project risk registers, cybersecurity and compliance risks, RMF activities, ATO and cATO support, and risk acceptance decisions. Integrate risk management into Agile, DevSecOps, Sprint, and Program Increment planning. Coordinate with project leaders, cybersecurity teams, system owners, clients, and regulatory stakeholders while assessing NIST controls, DoD STIGs, supply chain risks, and software security practices.

Deploys, manages, and troubleshoots Microsoft Azure cloud infrastructure across multiple environments. Develops Infrastructure as Code using Bicep or Terraform, supports Azure Kubernetes Service and virtual machines, resolves identity and access issues, and designs secure network interconnectivity using Azure Firewall, application gateways, and routing. Collaborates with DevOps, software, and systems engineers in an onsite, rapid-prototyping environment supporting Air Force research and national security missions.

Develop and maintain Java and Spring Boot backend applications supporting astrodynamics and space operations. Build secure cloud-native systems using Kubernetes, Docker, AWS, CI/CD, GitLab, and DevSecOps practices. Modernize legacy Fortran and C++ systems, implement astrodynamics algorithms, optimize numerical methods, manage databases, and support monitoring, automation, testing, and distributed services.

Develop and maintain Java-based astrodynamics and backend applications, including Spring Boot services, cloud-native deployments, Kubernetes or Docker environments, and secure CI/CD pipelines. Support legacy C++, Python, and Fortran modernization; apply DevSecOps, GitOps, automation, testing, logging, analytics, and database technologies. Collaborate across interdisciplinary teams to optimize astrodynamics algorithms, analyze large datasets, and support U.S. Space Force mission systems.

Leads a geographically dispersed systems engineering and integration team supporting A3M and PATS SATCOM systems. Develops integration strategies across space, ground, terminal, network, cyber, and cryptographic segments; manages technical baselines, requirements, risks, reviews, schedules, and contractor deliverables. Supports post-Milestone C production, transition to operations, sustainment engineering, government acquisition activities, and technical decision-making. The role is fully onsite at Peterson Space Force Base and requires up to 25% CONUS and OCONUS travel.

Support Global Broadcast Service systems engineering and integration for military satellite communications and NC3 systems. Responsibilities include systems architecture, hardware and software integration, requirements management, cybersecurity documentation, technical assessments, test engineering, troubleshooting, sustainment, and technical documentation. The role coordinates with DoD and commercial stakeholders, supports program meetings and acquisition processes, and requires up to 20% CONUS and OCONUS travel.

Owns CI/CD pipelines for containerized applications deployed to Azure Government and air-gapped Kubernetes environments. Designs cloud-native infrastructure for classified workloads, creates Helm charts, containerizes legacy applications, troubleshoots Kubernetes deployments, and collaborates across technical teams. The role also supports security scanning, infrastructure automation, and platform architecture for Air Force rapid prototypes.

Builds and deploys Helm charts and containerized applications to Kubernetes clusters, develops GitLab CI/CD pipelines, troubleshoots deployments, and designs cloud-native systems and networks. The role supports Air Force research missions in an onsite environment and requires collaboration across technical teams, independent problem solving, and experience with cloud engineering, pipeline development, Kubernetes, Docker, Linux, and Git.

Build and deploy Helm charts to Kubernetes, develop GitLab CI/CD pipelines, containerize applications, troubleshoot deployments, and design cloud-native architectures. The role supports Air Force research missions in an onsite environment and requires collaboration across varied technology stacks. Responsibilities also include researching complex technical problems independently and may involve cloud services, infrastructure as code, security tooling, event streaming, and air-gapped deployments.

Provides senior systems engineering support for Space Systems Command MILSATCOM and NC3 operations and sustainment programs. Develops and maintains requirements and systems engineering documentation, applies SEIT processes, CMMI frameworks, Agile practices, and acquisition best practices, and manages technical baselines. Coordinates government, military, and commercial stakeholders, resolves technical challenges, and supports mission readiness for strategic and tactical space communications systems. The role is fully onsite at Peterson Space Force Base with travel up to 20%.