University of Virginia

What you'll study

The undergraduate engineering curriculum combines a common first-year foundation with progressively specialised coursework in your chosen major. Early study emphasises calculus, linear algebra, physics, chemistry, introductory computing, and engineering design and communication. Students take a mix of core engineering science and mathematics courses alongside laboratory and project-based learning.

After the foundational year, you choose an engineering major such as Biomedical Engineering, Chemical Engineering, Civil Engineering, Computer Science (offered jointly with other schools), Electrical Engineering, Environmental Engineering, Mechanical Engineering or Systems & Information Engineering. Typical modules and subjects include:

• Engineering design and teamwork (studio and lab courses)
• Signals and systems, circuits, and electronics (electrical)
• Thermodynamics, fluid mechanics and heat transfer (mechanical/chemical)
• Structural analysis, geotechnics and hydraulics (civil/environmental)
• Biomaterials, biomechanics and biomedical device design (biomedical)
• Chemical process principles, transport phenomena and reaction engineering (chemical)
• Data structures, algorithms and software engineering (computer/systems)
• Systems engineering, optimisation and modelling (systems & information)
• Laboratory methods, instrumentation and experimental design
• Capstone design project or team-based senior project integrating technical, economic and ethical considerations

Students can tailor study with technical electives, minors (for example computer science, business, public policy or applied mathematics), undergraduate research projects with faculty, and internships that offer industry experience. The programme emphasises ethical practice, communication skills and the ability to translate theory into practical solutions.

Entry requirements

Admission to the University of Virginia is competitive. Prospective students apply to the University and indicate interest in the School of Engineering and Applied Science; specific policies for direct admission to engineering majors or later declaration vary by programme. Applicants should demonstrate strong preparation in mathematics (including calculus where available) and laboratory sciences. Typical academic preparation includes:

• High-school coursework in advanced mathematics (calculus strongly recommended), physics and chemistry
• Demonstrated ability in problem solving and quantitative subjects; additional coursework such as computer science is advantageous
• Standardised testing or qualifications as required by the University for domestic and international applicants (where applicable), and proof of English language proficiency for non-native speakers
• Evidence of extracurricular engagement, leadership, research, or engineering-related projects and internships can strengthen an application

Transfer applicants should consult the School of Engineering and Applied Science for guidance on transferable coursework and prerequisites. Specific entry conditions and any curricular placement assessments are defined by the University and the engineering school.

Career prospects

Graduates are prepared for technical and interdisciplinary careers in industry, government and academia. Typical roles include design engineer, systems engineer, electrical or software engineer, mechanical engineer, project engineer, process engineer, environmental engineer and research engineer. Many graduates enter technology firms, manufacturing, energy, infrastructure, healthcare device companies, consulting and finance, or join start-ups.

The degree also provides a solid foundation for graduate study in engineering, applied sciences, business (MBA) or professional schools. Undergraduate research experience and industry internships often lead to direct employment or postgraduate scholarship opportunities.

Why study at University of Virginia

The School of Engineering and Applied Science at the University of Virginia combines a strong undergraduate teaching focus with access to multidisciplinary research and a collaborative campus culture. Students benefit from hands-on design courses, well-equipped laboratories, and opportunities to work alongside faculty on research in areas such as robotics, data science, biomedical engineering and sustainable systems.

The University’s location in Charlottesville provides a supportive college-town environment and proximity to industry partnerships and regional employers. Students also gain from a broad university education, numerous extracurricular engineering societies and clubs, an active alumni network and career services that support internship and job placement.