Top Aerospace Jobs in Denver & Boulder, CO

The Senior Systems Engineer will define, analyze, and implement mission requirements for aerospace systems, focusing on spacecraft trajectories and operations. Responsibilities include system integration, verification, modeling, risk assessment, and reporting.

As a DevOps Engineer II, you will enhance CI/CD pipelines, manage containerized applications, design cloud solutions, and ensure infrastructure security while collaborating with teams to optimize performance.

Manage inventory planning and picking for aerospace flight hardware: pick and verify parts, use WMS/ERP, perform inspections and cycle counts, operate material handling equipment, maintain safety and workflow, and support continuous improvement of material and production processes.

As a Software Engineer for Mixed Reality, you'll develop and enhance game engine technologies, optimize rendering and physics, and work with AR/VR specialists to integrate mixed reality capabilities for military applications.

Lead security engineering for radar products: derive requirements, design and implement embedded security across heterogeneous processors (CPUs, GPUs, FPGAs), perform architecture assessments and vulnerability mitigation, develop test strategies, secure APIs and firmware, support milestone reviews, brief customers, and collaborate cross-functionally to integrate security from design through deployment.

The Sales Engineer role involves guiding integration of advanced wireless networking solutions for unmanned systems, addressing technical challenges, and ensuring successful deployments while maintaining CRM documentation and customer relations.

The Director of Sales will drive revenue growth by pursuing new high-value drone OEM accounts, managing customer relationships, and overseeing complex commercial negotiations.

Lead and manage a software engineering team while spending ~75% time hands-on developing high-performance C/C++ embedded and SoC software. Design and optimize rendering, simulation frameworks, GUIs, and real-time systems compliant with DO-178C and DoD cybersecurity/RMF. Own integration, testing, CI/CD, program reviews, and customer-facing technical coordination for military AR training systems.

The Technical Supply Chain Manager will lead supply chain execution for aerospace products, managing sourcing strategies, supplier performance, and collaboration with contract manufacturers, ensuring compliance with aerospace and DOD standards.

The Chief Engineer at Red 6 oversees system architecture and technical integrity for AR training systems, mentors technical teams, drives design decisions, and manages risks while ensuring compliance and collaboration with various stakeholders.

The Program Manager coordinates program milestones, manages customer relationships, oversees budget and schedule, and drives technical and operational objectives for program success.

As a Manufacturing Engineer, you'll design and implement manufacturing systems, ensuring production readiness while optimizing processes and collaborating across teams for high-quality outputs.

The President of Liquid Systems will lead the liquid propulsion portfolio, set strategies, drive execution, and maintain high performance in complex engineering projects. Responsibilities include team leadership, P&L ownership, and customer engagement in aerospace and defense.

The Product Marketing Manager will drive Go-To-Market strategies for wireless products, manage lifecycle strategies, and collaborate with teams to enhance consumer adoption and growth.

Assist the Boost Mobile CXO team by analyzing data, creating reports, and exploring customer experience issues to drive improvements in call center operations.

The DevOps Engineer will lead problem management efforts by resolving IT issues, optimizing processes, and enhancing overall service quality. Responsibilities include driving service improvements, minimizing operational risks, and restoring services efficiently through structured analysis and documentation.

The role involves leading Command and Data Handling subsystem development, supporting architecture, implementation, verification, and technical documentation for spacecraft.

Design, develop, and deploy AI-driven applications using large-scale geospatial data. Optimize models and maintain production inference systems while collaborating with teams to create real-world AI solutions.

The Vice President of Engineering will lead the engineering and program management teams, ensuring high-quality solutions and strategic alignment with DoD priorities, while fostering collaboration and innovation.

The Mission Operations Engineer will lead technical authority for on-orbit spacecraft, supporting mission design, operations, testing, and oversight of spacecraft throughout its lifecycle.