Rice University

What you'll study

Typical modules and structure

The programme combines core coursework in molecular and cellular biology, genetics, ecology and evolution with laboratory and quantitative training. Early modules emphasise foundational subjects such as cell structure and function, genetics, introductory biochemistry and organismal biology. Later modules allow deeper focus in areas such as advanced molecular biology, developmental biology, neurobiology, systems biology, ecology and conservation biology.

All students complete hands-on laboratory courses and are encouraged to take mathematics and statistics for the life sciences to develop quantitative skills. Electives and seminars let you explore interdisciplinary topics, for example bioinformatics, computational biology, biophysics and synthetic biology.

Research and practical experience

A distinctive feature is the strong emphasis on undergraduate research: students can join faculty-led labs across campus and at neighbouring research institutions. Independent study and capstone projects allow you to design experiments, analyse data and present findings. Internships and field courses are available for experience in applied and environmental biology.

Entry requirements

Admission to Rice is selective. Successful applicants typically demonstrate a rigorous secondary-school curriculum with strong performance in science and mathematics. Recommended preparation includes courses in biology, chemistry and mathematics; taking advanced or college-level science where available strengthens an application.

Applications are considered holistically. Typical elements evaluated include academic record, letters of recommendation, a personal statement, and evidence of engagement with scientific activities (research experience, science clubs, competitions or relevant work). Standardised test policies may vary; check the university’s admissions pages for current guidance. International applicants should show evidence of English proficiency through recognised assessments if required.

Career prospects

Graduates move into a wide range of careers. Common paths include:

• Graduate research and doctoral programmes in biology and related fields.
• Professional schools such as medicine, dentistry, veterinary medicine and physician assistant programmes.
• Employment in biotechnology and pharmaceutical companies in roles spanning research, development, clinical research and quality control.
• Conservation, environmental consulting, and natural resource management.
• Science education, communication, and policy roles at schools, museums, NGOs and government agencies.

Rice’s location close to a major medical and research hub and its strong emphasis on undergraduate research help graduates secure laboratory positions, internships and further study opportunities.

Why study at Rice University

Rice offers small class sizes, close faculty mentorship and a collaborative culture supported by its residential college system. Undergraduates benefit from access to well-equipped laboratories and interdisciplinary centres, and from partnerships with nearby medical and research institutions that expand research and internship options.

The department emphasises mentorship and early research involvement, so students can graduate with substantive laboratory experience and a competitive portfolio for graduate study or employment. The university’s focus on undergraduate education and its strong networks in research and industry make it a compelling place to study biology.