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

Manage cost and schedule control for contracts with validated cost/schedule control systems. Perform financial analyses, budget and schedule preparation, variance and funding analysis, maintain expenditure records, and update contractual changes into control systems to keep contracts within agreed parameters and government guidelines.

Lead systems engineering across the product lifecycle: derive, decompose, allocate, trace, and manage requirements; develop system architecture and concepts of operation; oversee integration, verification, and V&V; track technical performance and risks; produce milestone artifacts and lead cross-functional teams while mentoring engineers and improving processes.

Lead systems engineering activities across the product lifecycle: derive, decompose, allocate, trace, and manage requirements; define system architecture and concepts of operations; support integration, verification, and milestone reviews; identify and mitigate technical risks; produce engineering artifacts; and collaborate with cross-functional teams to deliver compliant spacecraft system solutions.

Lead process development and scale-up for spacecraft solar array manufacturing. Implement and qualify new tools and automation, translate R&D processes to production, run validation campaigns, optimize factory flow across SMT to array integration, apply data analytics and SPC to drive improvements, and train manufacturing teams.

The Structural Analysis Engineer II will design, analyze, and develop structural systems, work on technical problems, and collaborate with mechanical teams to meet program milestones.

As a Mechanical Technician I, you will assemble, test, and maintain mechanical systems and components while collaborating with engineers to ensure quality and reliability of flight hardware.

Lead and drive multidisciplinary systems development, architect integrated system solutions, manage requirements and traceability, oversee integration, verification, and validation, identify and mitigate technical risks, define system concepts of operation, lead milestone reviews, mentor engineers, and contribute to corporate systems engineering policy and process improvements.

Lead systems engineering integration and test (SEIT) activities: derive, decompose, allocate, trace, and manage requirements and architectures; define concepts of operation; oversee integration, verification, and validation; run milestone reviews; identify and mitigate technical risks; mentor engineers and ensure adherence to engineering processes and standards.

Lead systems engineering activities including requirements decomposition, architecture, integration, verification and validation. Oversee requirements traceability, develop concepts of operation, manage technical risks, drive milestone reviews, mentor teams, and ensure compliance with engineering processes and standards across the system development lifecycle.

Lead strategic initiatives to improve production efficiency and quality, design and optimize manufacturing processes, mentor junior engineers, integrate new products with production, oversee maintenance and predictive maintenance programs, diagnose complex equipment issues, and manage projects including budgeting, scheduling, and resource allocation in an aerospace/defense manufacturing environment.