Our expertise spans warheads, fuzing, and blast and ballistic analysis for U.S. and allied weapons programsDigital Engineering Solutions - Delivering advanced digital engineering by combining AI, high-fidelity modeling and simulation, immersive visualization, and high-performance computing to accelerate design and drive optimized, data-driven solutionsLaunch Systems - Designing and delivering robust launch systems and target solutions that provide precise, repeatable performance to support hypersonic testing, weapons evaluation, and mission-critical system validationManufacturing & Prototyping - Bridging digital design and physical reality through rapid prototyping, advanced manufacturing, and integrated test and evaluationMissile Defense - Strengthening Missile Defense Agency missions through modeling, simulation, testing, and engineering support that accelerates threat-informed, mission-ready missile defense solutionsRange Engineering - Providing comprehensive range systems support by combining advanced computational analysis with mobile, multi-domain on-range operations, maintenance, and sustainment to ensure safe, on-time, and on-budget test executionRequirements:Candidate must be a US Citizen, and some positions will require an ability to obtain (and maintain) a Secret Clearance Pursuing a Computer Science (or similar STEM discipline) degree with at least a 3.0 GPA (Graduate students are welcome to apply as well) Demonstrated understanding of coursework related to academic pursuits and technical projects relevant to specific areas of interest Ability to work at least 8-10 weeks on-site over the course of the summer (typically mid/late May through early August) Why Intern Here:Corvid offers a unique combination of cutting-edge defense technology, hands-on experience, and a culture that invests in its people. We leverage the predictive capabilities of our high-fidelity physics solvers, digital engineering tools, supercomputers, and our advanced manufacturing, ballistics, mechanics and laser labs to investigate high-rate physics phenomena and accelerate system development cycles.