Top Internships

Designs, implements, manages, and troubleshoots firewall solutions using Cisco, Palo Alto, and NetScaler technologies. Monitors network traffic for security threats, addresses vulnerabilities, aligns network security standards with business objectives, translates customer requirements into enterprise solutions, and collaborates with cross-functional teams. The role requires 3–6 years of network engineering experience, with security certifications preferred.

Leads information systems security engineering for complex, distributed defense networks. Responsibilities include designing and validating security architectures, assessing and mitigating risks, applying the Risk Management Framework, conducting vulnerability and compliance assessments, configuring security controls, supporting certification and continuous monitoring, and coordinating with engineering, testing, program, and customer teams. The role also requires security verification testing, policy development, remediation of vulnerabilities, and expert guidance on secure system implementation.

Develops satellite ground system software for command and control, mission planning, and data analysis. Performs full software lifecycle activities, including requirements, architecture, design, coding, testing, integration, documentation, and support. Works within an Agile, cross-functional team to deliver reliable capabilities for space and mission systems. The role is fully on-site five days per week and may involve travel between campuses or other locations.

Supports integrated master plans and schedules, monitors program progress, identifies schedule issues, coordinates cross-functional activities, prepares contract deliverables, supports program reviews and audits, and communicates schedule impacts and resolutions to management and customers.

Conducts system, vehicle, and component-level testing for tracked and wheeled military vehicles. Responsibilities include developing test plans, executing tests, generating reports, troubleshooting vehicle issues, designing test environments, configuring instrumentation and data acquisition systems, analyzing data, and performing mechanical, electrical, hydraulic, thermal, structural, and powertrain testing. The role requires hands-on vehicle testing, field travel of 10–25%, and the ability to obtain a security clearance.

Design, develop, evaluate, verify, and support Navy aircraft launch and recovery systems. Responsibilities include creating engineering processes, updating drawings and documentation, analyzing modular systems, supporting installation and testing, and developing model-based systems engineering and quality capabilities. The role involves multidisciplinary collaboration, mentorship, and potential travel for system verification, testing, and certification.

Leads technical project execution for classified military space environments, managing strategy, budgets, schedules, risks, requirements, compliance, resources, metrics, and stakeholder relationships. Coordinates cross-functional teams, establishes classified program areas, resolves issues, communicates progress to leadership, and supports government and company policy compliance. The role requires on-site work five days per week and may involve travel between campuses and other locations.

Performs structural and thermal engineering analyses using classical methods and FEA tools. Builds and post-processes component- and system-level models, conducts modal, vibration, shock, static, and heat-transfer analyses, and collaborates across engineering disciplines to optimize designs. The role documents findings, presents results, supports program teams, and provides technical guidance to junior engineers. It is hybrid with at least 50% onsite presence and supports aerospace and mission-critical hardware programs.

Lead system security engineering efforts by analyzing adversary threats, designing security architectures, implementing and testing countermeasures, and delivering defense-in-depth solutions. The role involves writing system requirements, defining architectures, integrating hardware and software, validating solutions, applying U.S. Government guidance, using advanced security technologies, and leading an engineering team in a fully onsite defense environment.

Manages cryogenic engineering work scope, cost, schedule, staffing, subcontracts, and earned value performance. Leads cryo-thermal engineers through the design, analysis, verification, and use of flight cryogenic systems and ground support equipment, including cryocoolers, cryoradiators, and dewars. Represents the team in technical decisions, manages priorities and risks, and coordinates with customers and cross-functional stakeholders. The role is fully on-site and may involve work in laboratories, production areas, cleanrooms, and other facilities.