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Develop and deliver technical training for field technology teams, including ITSM workflows, troubleshooting, diagnostic tools, and standardized support procedures. Conduct training needs assessments, create curricula and learning materials, measure training effectiveness, and establish knowledge-transfer programs such as train-the-trainer initiatives and communities of practice.

Engineering interns will support RF collection system development for Space Force missions. Responsibilities include antenna system design, testing, deployment, simulations, MBSE analyses, system and wiring diagrams, power and RF link budgets, BOMs, design reviews, presentations, R&D, and technical documentation under manager mentorship.

Develop algorithms and robust software for synthetic aperture radar, electro-optical, low-observable, and remote-sensing systems. Translate prototypes into scalable applications, collaborate with radar and research scientists, and participate in the full software development lifecycle, including requirements, design, implementation, testing, deployment, documentation, and maintenance. Troubleshoot technical issues, improve image quality, and work onsite while supporting classified government missions.

Develop algorithms and robust software for synthetic aperture radar, electro-optical, low-observable, and remote-sensing technologies. Convert prototypes into scalable applications, collaborate with radar and research experts, and participate across the full software development lifecycle, including design, implementation, testing, deployment, documentation, and maintenance. Troubleshoot technical issues, improve image quality, and work onsite with team members in an Agile development environment.

Conduct market research, competitive intelligence, TAM/SAM sizing, government policy and acquisition analysis, and strategic opportunity assessment. Develop executive briefings, dashboards, databases, and market intelligence products. Lead AI-assisted research using generative AI, automation, structured knowledge repositories, and analytical workflows. Support go-to-market strategy, capture planning, executive decision-making, process improvement, and vendor evaluation while managing relationships with research technology and data providers.

Develop algorithms and robust software for synthetic aperture radar, electro-optical, low-observable, and remote-sensing technologies. Responsibilities include translating prototypes into production applications, collaborating with radar and research experts, writing tested code, participating across the software lifecycle, troubleshooting issues, and learning remote-sensing techniques. The role is onsite in Ypsilanti, MI; Westminster, CO; or Chantilly, VA, and requires an active TS/SCI clearance.

Participate in a 12-week, on-site internship designing and managing CI/CD pipelines, supporting software releases, maintaining servers and development environments, and configuring tactical systems and networks. Collaborate with multidisciplinary engineering teams supporting Space Force missions, develop and maintain software products, and design testing and imaging procedures. Assist with project planning, system testing, commercialization, and process improvements.

Leads synthetic aperture radar algorithm development and signal processing, translating prototypes into efficient operational software for large-image processing. Integrates algorithms into complex software and hardware platforms, resolves technical issues, collaborates with government and vendor partners, represents programs in working groups, and mentors junior team members. The role supports space-based remote sensing programs and requires an active TS/SCI clearance.

Leads development, review, configuration control, and baseline management of technical drawings and system architecture documentation for an Air Force enterprise IT environment. Creates data flow and security boundary diagrams, rack elevations, schematics, cable layouts, and technical data packages using Microsoft Visio. Performs drawing and physical configuration audits, processes engineering changes, and collaborates with systems engineers, network architects, cybersecurity specialists, and configuration managers.

Develop algorithms and robust software for synthetic aperture radar, electro-optical, and remote sensing systems. Responsibilities include translating prototypes into production applications, collaborating with radar and research experts, writing tested code, participating across the software development lifecycle, troubleshooting issues, and improving image quality. The role requires onsite work and an active TS/SCI clearance.