Bachelor of Science (BS) Degree with a Major in Biosciences and a Major Concentration in Biochemistry

4 Years On Campus Bachelors Program

Rice University

Program Overview

Rice University’s Bachelor of Science in Biosciences with a Major Concentration in Biochemistry combines broad biological foundations with advanced study of biochemical processes, laboratory science, quantitative methods, and original research. It is designed for students interested in understanding life at the molecular level and preparing for graduate study, medical or professional schools, or careers across the life sciences.

Curriculum Structure

First Year: Students establish their scientific foundation through courses such as BIOS 201 – Introductory Biology I, BIOS 202 – Introductory Biology II, CHEM 121 – General Chemistry I, and MATH 101 – Single Variable Calculus I. The curriculum also introduces laboratory science through CHEM 123 – General Chemistry Laboratory I, while physics and statistics form part of the broader BS foundation.

Second Year: Students progress into more advanced chemistry, biology, and laboratory work, including CHEM 122 – General Chemistry II, CHEM 124 – General Chemistry Laboratory II, CHEM 211/213 – Organic Chemistry I and Organic Chemistry Discussion I, and BIOS 211 – Intermediate Experimental Cellular and Molecular Biosciences. These courses strengthen students’ understanding of chemical principles and experimental approaches used in modern biosciences.

Third Year: The program moves into dedicated biochemistry through BIOS 301 – Biochemistry I, BIOS 302 – Biochemistry II, and BIOS 352 – Physical Chemistry for the Biosciences, alongside BIOS 311 – Experimental Biochemistry. Students also begin the substantial independent research component through BIOS 310 – Independent Research for Biosciences Undergraduates, applying experimental design, data collection, analysis, and interpretation.

Fourth Year: Students deepen their specialization through advanced electives and complete a capstone course such as BIOS 420 – Molecular Basis of Diseases, BIOS 460 – Cancer Biology, BIOS 470 – Computation with Biological Data, BIOS 481 – Molecular and Cellular Biophysics, or BIOS 482 – Structural Biology. The BS requires at least 9 credit hours of independent research, giving students an opportunity to develop and communicate original scientific work.

Focus Areas

Biochemistry, molecular biology, cellular biology, experimental biosciences, physical chemistry for biosciences, molecular genetics, molecular basis of disease, cancer biology, structural biology, molecular and cellular biophysics, computation with biological data, independent research

Learning Outcomes

Students develop broad biological knowledge, advanced understanding of biochemistry, scientific-literature evaluation skills, experimental design and data-analysis abilities, mathematical modeling experience, and oral, written, and visual science-communication skills.

Professional Alignment (Accreditation)

Rice identifies the program as a BS in Biosciences with a Biochemistry concentration and does not identify a separate professional accreditation for this specific program on its official degree page. The curriculum nevertheless provides substantial laboratory and original-research preparation for graduate, medical, professional-school, and life-science pathways.

Reputation (Employability Rankings)

Rice University was ranked No. 119 globally and No. 29 among U.S. universities in the QS World University Rankings 2026. Rice’s Center for Career Development reports that across the Classes of 2023–2025, 95%+ knowledge-rate outcomes were recorded for 3,077 bachelor-level graduates, with graduates entering employment, continuing education, service, entrepreneurship, and other pathways.

Experiential Learning (Research, Projects, Internships etc.)

Research is a central part of the Rice BS in Biosciences with Biochemistry concentration: the degree specifically requires independent research, with students completing at least 9 credit hours through BIOS 310 and related research/honors options. Rice also gives Natural Sciences students access to mentored research from the first year, including opportunities with faculty and partners in the Texas Medical Center, while the department offers research internships and summer fellowships.

Students gain practical experience through dedicated experimental courses such as BIOS 211 – Intermediate Experimental Cellular and Molecular Biosciences, BIOS 311 – Experimental Biochemistry, and electives including BIOS 313 – Experimental Synthetic Biology and BIOS 314 – Experimental Molecular Biology. Research students working through BIOS 310 participate in an ongoing laboratory project and complete a research paper or poster, creating a direct connection between classroom learning and scientific investigation.

Key experiential opportunities include:

Independent Research: Minimum of 9 credit hours of BIOS 310 or the BIOS 310/401/411/402/412 research sequence.
Experimental Biochemistry: BIOS 311 emphasizes protein expression and function, experimental design, data analysis, and interpretation; students maintain a laboratory notebook and produce a scientific paper.
Experimental Molecular/Synthetic Biology: BIOS 313 and BIOS 314 provide hands-on experimental work involving experimental design, data analysis, technical communication, and team laboratory work.
Research Internships: Rice BioSciences students can conduct research in laboratories on campus or elsewhere in the Texas Medical Center.
Summer Research Fellowships: Departmental fellowships can provide $5,000 for a 10-week research internship, subject to eligibility and funding availability.
Texas Medical Center Access: Undergraduate research opportunities extend to Rice faculty and TMC partners, connecting students with a major biomedical research environment.
Research Institutes and Centers: Relevant Natural Sciences resources include the Institute of Biosciences and Bioengineering, which supports interdisciplinary research, TMC connections, industry partnerships, and research translation.
Scientific Communication: BIOS 310 research culminates in a research paper or poster presentation, while the BS learning outcomes emphasize oral, written, and visual communication of science.

Progression & Future Opportunities

The BS in Biosciences with a Biochemistry concentration develops the biological knowledge, biochemical expertise, experimental research skills, and scientific communication abilities needed for advanced study and careers in the life sciences. Rice specifically states that its Biosciences degree paths prepare students for graduate, medical, and other professional schools, as well as a broad range of life-science careers.

Typical career directions include Biochemist, Biomedical Researcher, Biotechnology Researcher, Molecular Biology Researcher, Pharmaceutical Researcher, Clinical Researcher, Laboratory Scientist, Research Associate, Cancer Researcher, and Life Sciences Research Scientist.

Career development: Rice’s Center for Career Development provides career advising and resources, internship-search support, networking opportunities, conferences, employer connections, and Owl Edge Externships.
Employment outcomes: Across the Rice Classes of 2023–2025, 53% of bachelor-level graduates were reported as working and 33% as continuing education; the university reported a 95%+ knowledge rate for 3,077 bachelor-level graduates.
Salary information: Rice’s current public undergraduate outcomes page does not report a numerical average or median starting salary in the published snapshot, so no program-specific salary figure should be assumed.
University–industry and health partnerships: Rice’s ENRICH office facilitates collaborations with Texas Medical Center institutions including Baylor College of Medicine, Houston Methodist, Memorial Hermann, MD Anderson Cancer Center, Texas Children’s Hospital, UTHealth, and UT Medical Branch.
Research-to-industry environment: Rice’s Institute of Biosciences and Bioengineering works to foster ties with the Texas Medical Center, create industry partnerships, and translate research discoveries.
Research preparation: More than 75% of Rice Natural Sciences students participate in research before graduation, according to the department’s undergraduate research information.
Graduation and professional preparation: The BS curriculum combines advanced biochemistry, laboratory courses, independent research, and a capstone, supporting progression into graduate, medical, and other professional education.

Further Academic Progression: Rice students can pursue graduate study in biochemistry, cell biology, biosciences and related disciplines, medical or other professional schools, or apply to Rice’s accelerated BS/MS/PhD program in Biochemistry and Cell Biology. Qualified students may apply to the specialized accelerated track, with the department also providing research-intensive preparation for PhD-level study.