Top Engineering Jobs in CO

Develop and implement RF payload calibration solutions, create physics-based calibration models, error budgets, and bias corrections. Evaluate payload performance requirements, support design/test/validation, collaborate across engineering disciplines, support pursuit and execution of RF sensing missions, present findings to stakeholders, and maintain effective working relationships and schedules.

Lead design and analysis of space-based RF payloads and digital receivers; manage suppliers and subcontractors; integrate ultrawideband ADCs, ASICs, and AI/ML signal processing; work across direct-sampling, heterodyne, and HF-to-mmWave receivers; collaborate with cross-functional teams. Requires active TS/SCI clearance, BS in engineering plus experience, and on-site work five days per week.

Perform structural and vibration analysis for mechanical ground support equipment and spacecraft using closed-form and finite element techniques. Support structural and vibration testing, write detailed technical reports, and collaborate across engineering teams. Maintain on-site presence and comply with site work and safety requirements.

Perform structural and vibration analysis for mechanical ground support, spacecraft, instruments, and payloads using closed-form and FEA methods (Nastran). Support structural/vibration testing, write detailed reports, collaborate across teams, and maintain on-site work schedule.

Lead development and implementation of RF payload calibration approaches, build physics-based calibration models and error budgets, support payload architecture and verification, coordinate across engineering teams, and present results to stakeholders while supporting program reviews and mission opportunities.

Lead design and analysis of RF payload systems and board-level digital receivers. Manage suppliers/subcontractors, integrate wideband receiver/processors, and collaborate with customers and internal teams. Apply technologies such as ultrawideband ADCs, ASICs, AI/ML signal processing, and phased-array RF chains to develop space-based RF sensor payloads. Provide technical leadership, presentations, and cross-functional coordination.

Perform structural analysis for mechanical ground support equipment, spacecraft, instruments and payloads using closed-form and finite element methods. Support structural and vibration testing, write detailed reports, collaborate across teams, and maintain regular on-site presence.

Lead development and implementation of RF payload calibration approaches, create physics-based calibration models, error budgets, and bias corrections; evaluate payload performance; collaborate with systems, test, AI&T, and mission teams; support design reviews, verification, and mission/payload opportunities; present findings and support program gates and integration activities.

Lead spacecraft electrical power systems engineering across program phases. Act as responsible engineer for batteries, solar arrays, power conversion and distribution, support procurement, sizing, technical proposals, and IR&D. Represent EPDS to programs and contribute to power system architectures, testing, and delivery of space-qualified hardware.

Lead spacecraft electrical power systems engineering for space missions, performing design, sizing, testing, procurement oversight, and delivering EPDS components (batteries, solar arrays). Represent power team to programs, support proposals, advance power architectures, manage IR&D, and collaborate across teams to ensure mission requirements are met.