Biotechnology B.S.

4 Years On Campus Bachelors Program

University of Rhode Island

Program Overview

The Biotechnology B.S. at the University of Rhode Island prepares students for professional careers in the biotechnology, biomedical and pharmaceutical industries, combining biological science with practical training in biotechnology and manufacturing. It is well suited to students interested in research, bioprocessing, quality control, drug development and technical support, with a strong emphasis on laboratory learning and professional industry experience.

Curriculum structure

Year 1: Students begin by building their scientific foundation through BIO 101/103 – Principles of Biology I/Lab, CHM 101/102 – General Chemistry I/Lab, and BTC 110 – Introduction to Biotechnology. They also develop their mathematical foundation through pre-calculus or calculus while beginning to understand biotechnology applications and laboratory methods.

Year 2: Students progress into more applied biotechnology and biological sciences through CMB 211 – Integrative Microbiology, CHM 124/126 – Introduction to Organic Chemistry/Lab, and BIO/CMB 352 – General Genetics. BTC 195 – Biotechnology Manufacturing Methods introduces cell culture, separation and purification processes, giving students an early understanding of how biotechnology products are produced.

Year 3: Students deepen their knowledge of molecular and cellular processes through CMB 311 – Introductory Biochemistry, BIO/CMB 341 – Principles of Cell Biology, and BIO/CMB 437 – Fundamentals of Molecular Biology. The curriculum also develops quantitative skills through calculus, biostatistics or research statistics and connects classroom learning with professional practice through the biotechnology internship.

Year 4: Students move toward advanced applications through CMB 333 – Immunology and Serology and BTC 405 – Drug Discovery and Development, exploring how biotechnology contributes to therapeutic development and disease treatment. Professional preparation is reinforced through biotechnology internship experience and advanced coursework, helping students transition into research, manufacturing, quality, regulatory and other industry roles.

Focus areas: Biotechnology, Biomanufacturing, Bioprocessing, Molecular Biology, Genetics, Cell Biology, Microbiology, Biochemistry, Drug Discovery and Development, Quality Assurance, Regulatory Affairs, Research and Development

Learning outcomes: Evaluate complex biotechnology problems, work effectively in teams, communicate scientific and technical findings, organize and conduct experiments, analyze and interpret data, and use scientific judgment to draw evidence-based conclusions.

Professional alignment (accreditation): No separate professional or programmatic accreditation is stated on URI's official Biotechnology B.S. program pages. The curriculum is specifically designed for professional careers in biotechnology, biomedical sciences and pharmaceutical industries, including biomanufacturing, bioprocessing, quality assurance, regulatory affairs, operations and research and development.

Reputation (employability): URI states that the required 12-credit biotechnology internship can be completed with a local biotechnology company or organization, and more than half of these internships turn into part-time employment while students are completing their degree.

Experiential Learning (Research, Projects, Internships etc.)

The Biotechnology B.S. gives students substantial hands-on preparation for the biotechnology and biomedical industries through laboratory-based courses, manufacturing training and a required professional internship. Students learn practical biotechnology methods alongside biology, chemistry, genetics and molecular biology, while specialized biotechnology courses at URI's Providence Campus provide access to dedicated biotechnology laboratories. The program also connects students with active research areas including biotechnology, cancer biology, infectious disease, microbiomes and plant biotechnology.

Students gain practical experience through:

Biotechnology laboratory methods: BTC 212 – Biotechnology Laboratory Methods develops laboratory competencies considered essential for success in the biotechnology industry.
Biomanufacturing practice: BTC 295 – Biotechnology Manufacturing Methods combines lecture and laboratory work covering cell culture, separation and purification, giving students practical exposure to biotechnology manufacturing processes.
12-credit industry internship: BTC 199/BTC 499 – Biotechnology Internship provides professional field experience with a biotechnology company or organization. The experience is structured around a job description and learning contract, and can provide up to 12 credits.
Professional preparation: BTC 102 – Biotechnology Seminar introduces current biotechnology topics and includes speakers from the biotechnology industry, while professional coursework helps students prepare for industry careers.
Drug development: BTC 405 – Drug Discovery and Development examines the development of therapeutic drugs for diseases including cancer, AIDS and thrombosis, connecting biotechnology knowledge with pharmaceutical applications.
Molecular and genetic research: URI's Cell and Molecular Biology research includes biotechnology, cancer biology, infectious disease, microbiomes, bioinformatics and computational biology, giving students opportunities to learn within a research-active academic environment.
Plant Biotechnology Laboratory: URI's Plant Biotechnology Lab provides more than 4,900 square feet of laboratory space, including a centralized transgenics core and media lab, with equipment for plant tissue culture, transformation, genome editing, molecular analysis and imaging.
Laboratory equipment: The Plant Biotechnology Lab includes laminar-flow hoods, growth chambers, electrophoresis systems, thermocyclers for PCR/RT-PCR and qPCR, gel documentation equipment, fluorometers, NanoDrop instrumentation and centrifuges.
Industry connection: URI's biotechnology program is also connected with the Amgen Biotech Experience, a program supported by the Amgen Foundation that brings authentic biotechnology laboratory techniques and applications into education.

Progression & Future Opportunities

The Biotechnology B.S. is designed to move students directly toward professional careers in biotechnology, biomedical sciences and pharmaceutical industries, particularly in biomanufacturing, bioprocessing, quality assurance, regulatory affairs, operations and research and development. The degree also provides a strong foundation for graduate and professional education, including medical school.

Typical career roles include Biotechnology Research Associate, Bioprocessing Associate, Quality Assurance Associate, Regulatory Affairs Associate, along with positions in manufacturing, operations, technical support and research and development.

Students can build their professional future through:

Internship-to-employment pathway: URI reports that more than half of biotechnology internships become part-time employment opportunities while students are still completing their degree, making the required internship a particularly valuable bridge into industry.
Career preparation: URI's Fannon Institute for Student Success and academic advising resources provide career guidance, while the program's BTC 102 – Biotechnology Seminar exposes students to current industry topics and biotechnology professionals.
Industry-ready skills: URI identifies research, biochemical assays, ELISA, packaging and labeling, and agarose gel electrophoresis among skills associated with Biotechnology B.S. alumni.
Industry pathways: The program prepares graduates for biotechnology, biomedical and pharmaceutical organizations in research and development, manufacturing, quality control, operations, technical support and regulatory functions.
Employment and salary information: URI's current Biotechnology-specific advising page does not publish a dedicated salary table for this major, so no program-specific salary figure is stated here.
Professional value: Although URI does not state a separate professional accreditation for this B.S., its curriculum is directly aligned with biotechnology industry functions such as biomanufacturing, bioprocessing, quality assurance, regulatory affairs and research and development.
Industry experience: The 12-credit internship provides documented professional field experience, with URI reporting that more than half of internships have led to part-time employment during the degree.

Further Academic Progression: Graduates can continue into graduate and professional education, including advanced study in biological and environmental sciences, cell and molecular biology, biotechnology-related fields and medical school. URI's Department of Cell and Molecular Biology offers graduate-level M.S./Ph.D. study in Biological and Environmental Science with a Cell and Molecular Biology specialization, providing a pathway into advanced research and molecular bioscience careers.