Top Engineering Jobs in CO

Leads advanced testing and validation of aerospace systems and components, including test planning, procedures, reporting, equipment use, and technical problem solving. Mentors early-career engineers, oversees program milestones, represents Test Engineering with senior stakeholders, and serves as a prime technical contact on major programs. Requires expertise in test engineering methods and active Top Secret clearance.

Develops and integrates complex spacecraft systems across the product lifecycle. Responsibilities include deriving and managing requirements, developing architectures and concepts of operation, supporting milestone reviews, overseeing system integration and verification, managing technical risks, and coordinating cross-functional engineering teams. The role may lead small teams and requires compliance with engineering processes, effective stakeholder communication, and the ability to obtain and maintain a Secret U.S. security clearance.

Leads ground support equipment and tooling engineering projects for spacecraft, satellite, and solar product lines. Oversees technical design, integration, trade studies, estimates, supplier coordination, risk management, cost, schedule, and quality. Leads cross-functional teams, mentors engineers, communicates project status, manages Statements of Work, and serves as the bridge between Engineering and Program offices while driving innovation and continuous improvement.

Owns the authoritative MBSE system model throughout the product lifecycle. Responsibilities include requirements derivation and traceability, system architecture, concept of operations, model governance, configuration and version control, integration, verification and validation, risk management, milestone deliverables, and modeling standards. Collaborates with cross-functional engineering teams and subject matter experts, may lead small teams, and supports cohesive spacecraft and mission-system development.

Leads electrical systems integration for spacecraft programs, including architecture, harnessing, power, RF and data interfaces, EICD management, electrical analysis, testing, verification, and nonconformance resolution. Coordinates with customers, suppliers, and engineering teams while supporting manufacturing, ground testing, and flight operations. Requires extensive systems engineering experience, spacecraft knowledge, and an active Secret clearance.

Develops and integrates advanced spacecraft systems by managing requirements, architecture, system decomposition, traceability, integration, verification, and validation. Supports technical milestones, performance tracking, risk identification, and cohesive system delivery using Model Based Systems Engineering approaches. Requires an active Secret clearance and U.S. citizenship.

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 software systems integration for satellite flight systems, ensuring flight software works with avionics, payloads, ground equipment, and spacecraft-ground interfaces. Manage FlatSat and hardware-in-the-loop testing, interface validation, software builds, mission simulations, fault-management validation, test planning, and defect closure. Advise program leadership on software architecture and system risks while supporting verification campaigns, integration, manufacturing, and flight operations.

Conduct thermal analysis and support thermal-system development for aerospace vehicles. Perform vehicle-level analysis, system design, first-order analysis, and apply aerospace principles and standards. Prepare technical data, reports, and presentations; collaborate with cross-functional engineering teams; participate in technical reviews and problem-solving; and communicate technical findings to engineers and stakeholders under general supervision.

Leads mechanical systems engineering for satellite programs, including architecture, requirements, interface control, integration, verification, testing, mass properties, nonconformance resolution, and flight hardware support. Coordinates structural, thermal, mechanism, and propulsion subsystem integration while advising technical leadership on system-level risks. Drives mechanical design from concept through production and flight test, supports manufacturing and operations, and improves engineering workflows and digital engineering practices.