Georgetown University

What you'll study

Programmes in engineering-related fields at Georgetown typically blend advanced technical coursework with project-based learning and opportunities for interdisciplinary collaboration. Core topics include systems engineering and design, advanced mathematics and modelling, statistics and data analysis, computational methods, and domain-specific courses such as biomedical engineering, electronics, or software systems depending on your specialism. Many pathways offer electives in areas like regulatory affairs, clinical translation, human-centred design, machine learning, and cybersecurity, allowing students to tailor studies to industry or research interests.

Teaching formats often combine lectures, seminars and laboratories with a substantial practical component: individual research projects, capstone design projects or internships with industry, hospitals or government agencies. Students work with faculty on applied research and may draw on resources across the university, including clinical partnerships and policy-oriented centres, to develop projects that address real-world challenges.

Entry requirements

Applicants are normally expected to have an undergraduate degree in engineering, physics, mathematics, computer science, or another closely related field. Admissions typically consider academic transcripts, a statement of purpose outlining objectives and relevant experience, and two or three letters of recommendation from academic or professional referees. A CV or résumé that details technical skills and project experience is commonly required.

Some programmes may request GRE scores; requirements vary by pathway and can be flexible for applicants with substantial professional experience or a strong academic record. International applicants must demonstrate English language proficiency through an approved test unless exempt. Relevant professional experience, research samples or a portfolio can strengthen an application, particularly for applicants seeking more practice-focused routes.

Career prospects

Graduates of engineering-related master's programmes at Georgetown move into a wide range of technical and leadership roles. Typical positions include systems engineer, design engineer, data scientist, product manager, regulatory affairs specialist (particularly for biomedical pathways), research associate, and technical consultant. Because of Georgetown's location and strengths, alumni also find roles in government agencies, policy organisations and NGOs where technical expertise informs regulation, public health, or technology policy.

The programmes are designed to equip students with both hands-on technical abilities and the communication, project management and ethical reasoning skills valued by employers in industry, healthcare, defence, consulting and research. Many students pursue further research or doctoral study after completing a project-focused or research-based master's.

Why study at Georgetown University

Georgetown is located in the heart of Washington, D.C., which provides exceptional access to federal agencies, international organisations, hospitals and a diverse technology sector — a significant advantage for networking, internships and applied projects. The university emphasises interdisciplinary education, so engineering students can draw on strengths across medicine, public policy, business and ethics.

Students benefit from small cohort sizes and close interactions with faculty engaged in translational research and applied problem solving. The university's professional and alumni networks, together with partnerships across the region, support career development and practical experience, making Georgetown a strong choice for students seeking technically rigorous training within a broader public-service and policy-aware context.