Virginia Commonwealth University

What you'll study

This programme provides a balanced curriculum across biology, chemistry, physics and mathematics, with a strong emphasis on laboratory skills and quantitative reasoning. In the early years you take core courses such as General Chemistry, Calculus, Introductory Physics, and Introductory Biology to build a common scientific foundation. Later modules move into Organic Chemistry, Cell and Molecular Biology, Genetics, Biochemistry, Physical Chemistry and Analytical or Instrumental Methods.

• Laboratory classes in chemistry, biology and physics to develop experimental technique, safety and data analysis.
• Computational and quantitative modules covering statistics, scientific computing or modelling relevant to both life- and physical-science problems.
• Advanced electives that may include environmental science, materials science, biophysics, spectroscopy, microscopy, or neuroscience depending on faculty offerings.
• Research methods and a capstone experience — many students complete an independent research project or join a faculty laboratory for an undergraduate research placement.
• Opportunities to take complementary courses or minors in areas such as mathematics, computer science, public health or business to tailor the degree to career goals.

The degree is typically structured over four years: foundational coursework in the first two years, progressive specialisation and electives in years three and four, and a senior capstone or research thesis option for students seeking intensive research experience.

Entry requirements

Applicants are expected to have a strong high-school background in mathematics and science. Typical preparatory coursework includes high-school chemistry and biology plus algebra and calculus or precalculus; prior physics is highly recommended. Admissions consider the overall academic record, letters of recommendation and any relevant extracurricular science experience such as laboratory internships or research projects.

For international applicants, proof of English language proficiency is required through a recognised test or an approved alternative. Transfer applicants should present college-level coursework in calculus, chemistry and physics for advance placement into major courses.

While there is flexibility in elective choice, prospective students should be prepared for a quantitatively demanding programme and plan their high-school preparation accordingly.

Career prospects

Graduates leave the programme with versatile scientific training that supports a wide range of career pathways. Many alumni progress to graduate study (MSc/PhD) or professional schools in medicine, dentistry, pharmacy and allied health. Others move directly into the workforce in roles such as:

• Research technician or laboratory assistant in academic, industrial or government laboratories
• Positions in biotechnology and pharmaceutical companies (quality control, process development, regulatory support)
• Environmental consulting and testing laboratories
• Data-analyst roles that require scientific literacy and quantitative skills
• Secondary-school science teaching (with completion of appropriate certification)
• Further professional opportunities in science policy, patent law (with additional qualifications), and technical sales

Undergraduate research experience, internships with local industry or healthcare institutions, and participation in co-curricular projects significantly improve employment and graduate-school prospects.

Why study at Virginia Commonwealth University

Virginia Commonwealth University offers this interdisciplinary degree within a research-intensive institution located in Richmond, providing access to active faculty across biology, chemistry and physics. Students benefit from hands-on laboratory training in modern facilities and numerous opportunities for paid or credit-bearing undergraduate research with faculty across disciplines.

VCU’s urban location supports strong connections with local hospitals, research institutes and a growing regional biotech sector, creating internship and collaboration opportunities. The university also provides structured academic advising, career services that help with internship placement and résumé preparation, and programmes that support transfer students and first-generation undergraduates.

For students seeking a degree that blends life-science knowledge with the analytical rigour of the physical sciences, VCU’s programme offers flexible pathways to research, professional school and industry careers while emphasising experiential learning and interdisciplinary collaboration.