VT Campuses

The Blacksburg Campus of Virginia Tech is the primary and largest campus, offering a comprehensive range of undergraduate, graduate, and professional programs across multiple disciplines. As a leading public research university, it emphasizes innovation, research, and practical application in education.

• Agriculture and Life Sciences: Programs include animal and poultry sciences, crop and soil sciences, dairy science, entomology, food science and technology, horticulture, and plant pathology, physiology, and weed science. Students engage in hands-on learning through farms, labs, and field studies.
• Architecture, Arts, and Design: Courses cover architecture, industrial design, interior design, landscape architecture, and visual arts, with studios and design projects fostering creativity and technical skills.
• Business: The Pamplin College of Business offers majors in accounting, business information technology, economics, finance, hospitality and tourism management, management, and marketing, including MBA and specialized master's programs.
• Engineering: Renowned for engineering excellence, programs include aerospace, biological systems, biomedical, chemical, civil, computer, electrical, industrial, materials science, mechanical, mining, and ocean engineering, with extensive research facilities and co-op opportunities.
• Liberal Arts and Human Sciences: Disciplines encompass communication, English, foreign languages, history, music, philosophy, political science, psychology, religion and culture, sociology, and theater arts, promoting critical thinking and cultural understanding.
• Natural Resources and Environment: Focuses on forestry, wildlife conservation, environmental science, and fisheries and wildlife sciences, with field-based learning in the surrounding Appalachian region.
• Science: Offers biology, chemistry, geosciences, mathematics, physics, and statistics, supporting cutting-edge research in labs and observatories.
• Veterinary Medicine: The DVM program trains veterinarians in animal health, surgery, and public health, with clinical rotations at the teaching hospital.
• Graduate and Professional Programs: Advanced degrees in all fields, including online options, with interdisciplinary research in areas like cybersecurity, biotechnology, and sustainable energy.

With over 140 undergraduate majors and numerous graduate programs, the campus integrates experiential learning through internships, study abroad, and undergraduate research. Faculty-led initiatives in AI, climate change, and health sciences prepare students for global challenges. The curriculum emphasizes leadership, ethics, and diversity, ensuring graduates are versatile professionals. Campus facilities include advanced labs, libraries, and innovation hubs, supporting a vibrant academic community of over 30,000 students.

The Virginia Tech Carilion School of Medicine Campus in Roanoke is a specialized graduate campus focused on medical education, research, and healthcare innovation. In partnership with Carilion Clinic, it trains physicians through an integrated MD program and supports biomedical research, emphasizing patient-centered care and translational science.

• Doctor of Medicine (MD): The four-year curriculum includes foundational sciences like anatomy, biochemistry, physiology, and pharmacology in the first two years, followed by clinical rotations in internal medicine, surgery, pediatrics, psychiatry, family medicine, and obstetrics/gynecology. Experiential learning occurs in simulation labs and clinical settings.
• Biomedical and Health Sciences: Graduate programs in translational biology, medicine, and health sciences, covering molecular biology, immunology, neuroscience, and epidemiology, with research theses on disease mechanisms and therapies.
• Population Health Sciences: Master's and PhD in public health, focusing on health services research, biostatistics, and health policy, addressing disparities and community health in Appalachia.
• Neuroscience: Advanced studies in brain function, neurodevelopment, and neurodegenerative diseases, utilizing imaging and animal models for research.
• Cancer Biology: Courses and research in oncology, tumor microenvironment, and immunotherapy, collaborating with Carilion's cancer center.
• Cardiovascular Sciences: Programs exploring heart disease, vascular biology, and regenerative medicine, with clinical and lab-based training.
• Interdisciplinary Health Research: Tracks in bioinformatics, clinical research, and medical informatics, integrating data science with healthcare delivery.

The curriculum employs a learner-centered approach with small class sizes (under 50 students), promoting team-based learning, research immersion, and community engagement. Students participate in the Virginia Tech Carilion Research Institute's projects on precision medicine, rural health, and infectious diseases. Facilities include a state-of-the-art medical education building with anatomy labs, simulation centers, and research towers. Clinical training at Carilion Clinic provides exposure to diverse patient populations. The program fosters leadership, ethics, and wellness, preparing graduates for residency and practice. With a focus on underserved areas, it addresses healthcare needs in Virginia and beyond, supported by NIH funding and industry partnerships. This campus integrates engineering and tech perspectives into medicine, innovating in areas like medical devices and telehealth.

The Virginia Tech Innovation Campus in Alexandria is a graduate-focused facility dedicated to advancing education and research in emerging technologies, particularly for the tech-savvy Northern Virginia region. Opened to emphasize innovation, it offers master's and doctoral programs in high-demand fields, partnering with industry giants like Amazon and Capital One.

• Computer Science and Applications: Master's in computer science with specializations in software engineering, machine learning, and cloud computing. Courses include algorithms, AI ethics, and big data, with capstone projects solving real industry problems.
• Cybersecurity: Graduate certificate and master's programs covering network defense, cryptography, risk management, and cyber policy. Hands-on labs simulate threats, preparing students for roles in government and corporate security.
• Data Analytics and Decision Sciences: Programs in data science, analytics, and operations research, teaching statistical modeling, visualization, and predictive analytics using tools like Python, R, and Tableau.
• Information Technology: Master's in IT with focuses on enterprise systems, cybersecurity management, and digital transformation, integrating business and technical skills for IT leadership.
• Smart and Systems Engineering: Courses in systems engineering, IoT, and smart infrastructure, exploring automation, resilient systems, and urban tech applications.
• Human-Computer Interaction: Graduate studies in UX design, user research, and interactive systems, combining psychology, design, and computing for innovative user experiences.
• Business Information Technology: Advanced degrees blending IT with business strategy, including fintech, e-commerce, and supply chain analytics.

The campus curriculum is designed for professionals, featuring accelerated formats, online-hybrid delivery, and experiential learning through internships and hackathons. Research centers focus on AI, cybersecurity, and data ethics, with funding from NSF and industry. Interdisciplinary collaboration is key, drawing faculty from Blacksburg and local experts. Students benefit from proximity to tech corridors, gaining access to networking, career services, and innovation incubators. The 130,000-square-foot facility houses collaborative spaces, VR labs, and maker studios, supporting a diverse cohort of 500+ students poised to lead in the digital economy. Emphasis on entrepreneurship encourages startup ventures, aligning with Virginia Tech's motto of innovation for societal impact.

The National Capital Region (NCR) Campus of Virginia Tech, located in Northern Virginia, focuses on graduate and professional education tailored to the Washington, D.C. area's demands in government, technology, and policy. It serves as a hub for advanced studies in high-impact fields, leveraging proximity to federal agencies and industry leaders.

• Engineering and Technology: Graduate programs in computer engineering, electrical engineering, systems engineering, and cybersecurity, with courses on network security, data analytics, and software engineering. Students participate in projects with NASA, DoD, and tech firms.
• Public Policy and Administration: Master's in public administration, nonprofit management, and urban affairs, covering policy analysis, leadership, ethics, and international development. Emphasis on real-world applications through internships at federal agencies.
• Business and Economics: Executive MBA and master's in business administration with focuses on global business, finance, and entrepreneurship, designed for working professionals in the D.C. metro area.
• Education: Programs in higher education administration, instructional technology, and curriculum development, preparing educators for leadership roles in policy-influenced environments.
• Information Technology: Courses in IT management, data science, and human-computer interaction, integrating practical skills for government and private sector IT challenges.
• Geospatial and Environmental Sciences: Graduate studies in geospatial information sciences and environmental policy, utilizing GIS tools and remote sensing for urban planning and sustainability.
• Communication and Media: Advanced degrees in strategic communication, science communication, and rhetoric, focusing on public relations, digital media, and policy messaging.

This campus offers flexible formats including evening classes, online options, and executive education to accommodate professionals. Research opportunities abound in areas like national security, health policy, and smart cities, with collaborations involving think tanks and international organizations. The curriculum stresses interdisciplinary approaches, innovation, and ethical decision-making, equipping students to influence policy and technology at national and global levels. Facilities include state-of-the-art computing labs, seminar rooms, and networking events, fostering a community of over 1,000 graduate students and alumni in key D.C. positions.