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Hacking for Defense at Georgetown is a university-based program that gives graduate students the chance to work on real national security problems sourced directly from government sponsors. Rather than treating defense work as abstract case studies, the course places student teams in contact with actual operators and end users inside the defense community. Teams learn to identify the mission owner, frame the problem clearly, and iterate quickly toward a solution that has a real chance of being adopted. The program turns classroom learning into a hands-on engagement with the institutions that shape national security policy and practice across a wide range of contemporary challenges facing the United States and its partners.

A core feature of the Hacking for Defense methodology is its emphasis on customer discovery as a first principle. Student teams spend the early weeks conducting dozens of interviews with stakeholders across the relevant agency, military service, or allied organization. The goal is to understand the operational context, identify unmet needs, and surface hidden assumptions before any technology is built. By grounding their work in conversations with people who live the problem every day, teams learn to separate real signal from regurgitated ideas. This lean startup-inspired approach helps participants develop an evidence-based perspective on what solutions are actually needed rather than what they assume should be built.

The program is built around interdisciplinary teams, typically mixing graduate engineers, scientists, policy students, and MBA candidates. This composition mirrors the reality of modern defense work, where solutions require both technical depth and an understanding of how organizations make decisions. Working closely with government liaisons, students practice communicating across disciplines and across the civilian military boundary. The experience trains participants to translate between scientific findings, engineering constraints, and strategic priorities, skills that are essential for any career at the intersection of technology and public service.

Speed is one of the defining principles of the Hacking for Defense approach. Teams are expected to move from problem framing to a minimum viable product over a single semester, learning to test assumptions cheaply and adapt quickly when new information arrives. The course structure supports this pace with frequent presentations, mentor check-ins, and structured review sessions. Students develop a tolerance for ambiguity and a habit of using limited time efficiently, both of which reflect the operational tempo of real defense programs. The result is a learning experience that mirrors the demands of an actual startup, while remaining grounded in the mission orientation of public service.

Hacking for Defense students at Georgetown receive mentorship from a community that includes experienced defense professionals, alumni, faculty, and industry partners. Mentors help teams navigate the complexity of working with government customers and offer perspective on the unique constraints of defense innovation. Sponsors and partners provide additional context, including access to current challenges faced by the Department of Defense, intelligence community, and other relevant agencies. The combination of academic instruction and practitioner guidance helps students build both technical solutions and the professional network they will draw on after the course ends.

The program is designed to be relevant to students considering a wide range of careers after graduation. Some participants go on to join defense startups, while others pursue roles inside government or return to research with a much sharper sense of how their work can be applied. A number of successful Hacking for Defense projects have continued beyond the classroom, supported by the program’s ongoing community of mentors and alumni. The syllabus and teaching approach are continuously refined based on what past teams have learned, so each new cohort benefits from the experience of those who came before.

Georgetown’s Hacking for Defense program benefits from the university’s location in the national capital region, giving students access to a wide range of government offices, military commands, and policy organizations. This proximity makes it easier for teams to arrange interviews, attend briefings, and engage with sponsors on a recurring basis. Graduate students in particular find that the program complements their broader studies by offering a structured way to apply classroom concepts to live challenges. The program is also a useful complement to related Georgetown graduate offerings, drawing students who want to combine rigorous analytical training with practical mission experience.

The Hacking for Defense teaching team includes faculty and practitioners who have worked inside the defense community and who understand the unique dynamics of innovation in a government setting. They guide students through the methodology while sharing lessons learned from their own experience solving problems for the armed services and intelligence agencies. Course materials cover the lean startup approach, customer development, mission analysis, and the principles of effective communication with government customers. Details about the syllabus, teaching schedule, and program requirements are shared with enrolled students at the start of each term.

Prospective students can find answers to common questions about the program, including registration steps, time commitments, and what to expect from the team experience, through the program’s frequently asked questions page. Additional information is shared through the program blog, news updates, and social channels where current students and alumni post about their projects. A library of videos and recorded presentations lets interested students watch how past teams framed their challenges and presented their final solutions. Together these resources give a clear picture of what participation in Hacking for Defense at Georgetown involves and how the experience fits within a broader graduate program.