Top Internships

Develop and maintain embedded satellite software for command and control, mission planning, and data analysis. Perform full software lifecycle tasks: requirements, architecture, design, coding, testing, integration, documentation, and support. Work on-site regularly and collaborate across teams to deliver mission-critical systems.

Develop and maintain embedded satellite command-and-control, mission planning, and data analysis software. Perform full software lifecycle tasks (requirements, architecture, design, code, test, integration, documentation) and collaborate across engineering and business units. Support CI/CD, containerization, and associated test infrastructure.

Lead engineering for Tactical Data Link/C4ISR programs, directing cross-functional teams through design, development, test, delivery, and sustainment. Ensure cost, schedule, and technical performance using EVMS and program metrics; identify and communicate technical risks; support proposals and bids; build staff capabilities and engineering processes; liaise with program management, contracts, and customers. Requires active Secret clearance and extensive defense program engineering experience.

Serve as technical lead for the Tactical Datalinks portfolio, owning system architecture, requirements, interoperability, roadmap, risk mitigation, and technical integration across airborne platforms. Guide engineering teams, influence customers and leadership, drive reuse and modernization, support certification and continuous improvement, and ensure solutions meet mission needs, cost, and schedule.

Develop and maintain embedded satellite command-and-control, mission planning, and data analysis software. Perform full software lifecycle tasks: requirements, architecture, design, coding, testing, integration, documentation, and support; collaborate across teams and work on-site.

Perform systems engineering for enterprise satellite ground systems: requirements decomposition, interface/ICD development, MBSE modeling and simulation, verification planning, integration and test support, trade studies, program gate support (SRR/PDR/CDR), and project leadership on ground programs.

Lead systems engineering for enterprise satellite ground systems including requirements decomposition, interface definition, MBSE modeling, verification planning, integration and test support. Prepare design artifacts (SEMP, ICDs, CDRLs), run trade studies and performance analyses, support program reviews (SRR/PDR/CDR), and may perform project leadership while working on-site in an Agile environment.

Principal systems engineer supporting design, integration, and testing of enterprise satellite ground systems. Perform requirements decomposition, MBSE modeling, interface (ICD) development, verification planning, trade studies, risk analyses, and support SRR/PDR/CDR gates. Guide program execution, present to stakeholders, and ensure cost, schedule, and performance goals are met.

Design, implement, test, and integrate embedded satellite command-and-control, mission planning, and data analysis software. Perform full software life-cycle activities, create UML models, follow formal development practices, and maintain on-site presence while collaborating across teams and supporting program test infrastructure.

Lead and execute spacecraft assembly, integration, and test campaigns; define AI&T strategies and test flows; mentor engineers and technicians; manage GSE, facilities, cost/schedule estimates, and proposal input; ensure rigorous verification in cleanroom and lab environments while tracking performance metrics and reducing risk.