Top Engineering Jobs in CO

Develop and verify FPGA-based electronic systems for spacecraft and other high-reliability applications. Responsibilities include FPGA SoC verification, digital filters, image processing, communication interfaces, requirements flow-down, and collaboration with electrical and FPGA engineering teams. The role uses VHDL, Verilog, SystemVerilog, FPGA design tools, and potentially Xilinx Vivado/Vitis, ModelSim/QuestaSim, and UVM/OVM methodologies.

Develop and maintain embedded satellite software and test infrastructure for command and control, mission planning, and data analysis. Perform full software lifecycle activities, including requirements, architecture, design, coding, testing, integration, documentation, and support. Work with cloud, web, database, modeling, simulation, and DevSecOps technologies while collaborating across teams in an on-site environment.

Leads space vehicle systems engineering through development, testing, delivery, and on-orbit operations. Supports the chief engineer, manages technical baselines, leads design and readiness reviews, directs systems engineering staff, and oversees architecture, interface, CONOPS, trade studies, risk assessment, and anomaly resolution. The role serves as a technical representative to customers and partners, contributes to proposals, and coaches engineers while balancing technical performance, cost, and risk.

Systems Engineering interns support spacecraft and satellite programs across the product lifecycle. Responsibilities may include MBSE modeling, requirements management, mission and performance simulations, risk and interface analysis, test setup and data reduction, tooling and support-equipment development, hardware testing, compliance analysis, procedures, and technical presentations. The role is on-site five days per week and may involve work in offices, laboratories, production areas, cleanrooms, and outdoor environments.

Supports launch systems integration for satellite missions through requirements development, verification planning, interface control, technical documentation, mission integration analyses, launch readiness activities, configuration management, and coordination with internal teams, launch providers, ranges, and government or commercial stakeholders. The intern will also prepare technical deliverables and presentations while working on-site with multidisciplinary engineering teams.

Systems Engineering Interns support satellite and spacecraft lifecycle activities, including model-based systems engineering, requirements management, mission and performance modeling, risk and interface analysis, test setup and data analysis, hardware and support-equipment development, and procedure creation. Interns collaborate with technical experts, customers, and cross-functional teams while presenting findings and contributing to launch, commissioning, operations, and maintenance activities.

Systems Engineering Interns support satellite and spacecraft programs across the product lifecycle. Responsibilities may include MBSE modeling in Cameo, requirements management in DOORS, mission and performance simulations, risk and interface analysis, test setup and data reduction, tooling and ground support equipment design, requirements verification, procedure development, and hands-on flight hardware testing. Interns also prepare technical presentations and collaborate with engineering teams, customers, and business units in an on-site environment.

Supports launch systems integration for satellite missions through requirements development, interface control, verification planning, mission integration analyses, launch readiness activities, technical documentation, configuration management, and coordination with engineering teams, launch providers, ranges, and integration partners. Interns also prepare presentations and technical deliverables while gaining experience across launch preparation, commissioning, operations, and maintenance activities.

Supports launch systems integration for satellite missions, including launch segment requirements, verification planning, interface control, mission integration analyses, technical documentation, configuration management, and launch readiness activities. The intern collaborates with space vehicle, systems engineering, mission assurance, launch providers, government customers, and commercial partners. Responsibilities also include proposal support, workflow development, technical presentations, and preparation of procedures, test plans, ICDs, and analysis reports.

Leads end-to-end technical development and operational delivery of space-based systems. Serves as mission design authority, manages technical risks, guides systems engineering, leads design reviews and readiness boards, and aligns multidisciplinary teams with customer and executive priorities. Develops CONOPS, oversees hardware lifecycle execution, briefs senior government stakeholders, establishes engineering standards, and mentors engineers.