Biological Sciences B.S.

4 Years On Campus Bachelors Program

University of Rhode Island

Program Overview

The B.S. in Biological Sciences at the University of Rhode Island provides a strong foundation across the biological sciences and supporting areas such as mathematics, chemistry and physics, while giving students considerable flexibility to specialize in plant or animal biology and areas such as ecology, physiology, evolution, behavior, cell biology or developmental biology. It is particularly suited to students preparing for medical, dental or veterinary school, graduate study, or biology-related careers in research, education, government and industry.

Curriculum Structure

Year 1: Students begin with the fundamentals of biological science through BIO 101/101H/103 and BIO 102/104, building their understanding of core biological concepts and laboratory methods. Supporting coursework in chemistry, mathematics and physics establishes the scientific foundation needed for more advanced biological study.

Year 2: Students begin moving beyond introductory biology and into the program's core areas, with courses such as BIO 201 Principles of Physiology, BIO 262 Ecology and BIO 302 Cell Biology providing different perspectives on how organisms function and interact with their environments. Students can use the program's flexibility to select courses that match their interests while continuing the supporting science requirements.

Year 3: Students develop more specialized knowledge through upper-level courses such as BIO 352 General Genetics, BIO 341 Developmental Biology and BIO 437 Molecular Biology. The curriculum requires students to take courses from at least three of five core areas—cell and development, ecology and evolution, molecular biology, organismal diversity, and physiology—creating a broad but customizable scientific education.

Year 4: Students complete advanced biology coursework and use their remaining electives to deepen their preferred area of study, whether that is ecology and evolution, molecular biology, organismal diversity, physiology or another biological field. By graduation, students complete at least 35 credits in BIO, including the introductory sequence and BIO 352, with at least 23 additional biology credits distributed across the program's core areas.

Focus Areas

Cell and developmental biology, ecology and evolution, molecular biology, organismal diversity, physiology, plant biology, animal biology, genetics, behavior, environmental biology and biological research.

Learning Outcomes

Students learn to explain biological relationships from molecular and cellular levels through organisms, populations, communities and ecosystems; understand genetic information, evolution and biodiversity; design, conduct and interpret hypothesis-driven experiments; use laboratory, field, quantitative and computational methods; evaluate scientific literature and data; communicate biological information effectively; and apply ethical scientific practices.

Professional Alignment (Accreditation)

The University of Rhode Island does not identify a separate professional accreditation for the B.S. in Biological Sciences on the official program or department pages. The degree instead provides broad scientific preparation for professional schools such as medical, dental and veterinary programs and for graduate study in biological sciences and related disciplines.

Reputation (Employability & Official Statistics)

URI's official career information reports that Biological Sciences graduates work across healthcare, laboratory and pharmaceutical, environmental and other sectors, with alumni employed by organizations including Dana-Farber Cancer Institute, Massachusetts General Hospital, Organogenesis, Sanofi, Agilent Technologies, Biogen and Merck. URI's university-wide First Destination Survey reports that 91% of responding 2025 graduates were engaged in a career outcome within six months of graduation, including employment, continuing education, military and volunteer service.

Experiential Learning (Research, Projects, Internships etc.)

URI places a strong emphasis on fieldwork, experiential learning and undergraduate research within the biological sciences. Students can work directly with faculty on research or independent-study projects, undertake intensive summer research, gain teaching experience in biology laboratories, and access field-based opportunities through the College of the Environment and Life Sciences. CELS also reports nearly 150 internship and research placements, including organizations such as Save the Bay, Mystic Aquarium and the Rhode Island Department of Environmental Management.

Students can build practical experience through these program-specific opportunities:

Undergraduate research: Students can conduct faculty-mentored research or independent study and develop their own scientific projects through URI's undergraduate research programs.
CELS Summer Research Fellowship: Provides opportunities to participate in environmental research, education and outreach addressing current environmental and societal problems.
RI NSF EPSCoR SURF: A 10-week summer research experience involving active National Science Foundation research projects.
Oceanography research: Students can participate in a 10-week SURF experience designed for science, mathematics and engineering students through URI's oceanography research opportunities.
Undergraduate Teaching Assistant program: Students who successfully complete biology labs can become UTAs, working with graduate teaching assistants and faculty while developing scientific communication, peer-education and leadership skills.
Internships: Biological Sciences students can pursue regional internships and research opportunities with organizations including the Rhode Island Department of Environmental Management, Mystic Aquarium and Institute for Exploration, Roger Williams Zoo, Save the Bay and Naval Undersea Warfare Center.
Field-based learning: URI's College of the Environment and Life Sciences uses farms, field sites, research stations and Narragansett Bay as living laboratories for teaching and research.
Plant biotechnology: The Plant Biotechnology Laboratory provides research and teaching laboratories where students can be trained in plant transformation and transgenic biology, with facilities supporting tissue culture, molecular analysis, imaging and plant growth.
Environmental data: The Environmental Data Center uses technologies for collecting, storing, managing, analyzing, displaying and distributing geospatial data, providing a direct connection between biological and environmental research and data analysis.
Research themes: Department research includes ecological interactions, genomic-data analysis, evolutionary mechanisms and organismal adaptation, giving students exposure to current biological research areas.

Progression & Future Opportunities

The B.S. in Biological Sciences prepares graduates for professional school, graduate study and employment across healthcare, government, education, research, laboratory, pharmaceutical and environmental sectors. URI's official career data shows alumni working in roles ranging from clinical research and laboratory work to pharmaceutical, healthcare and environmental careers, with employers including major healthcare, pharmaceutical and research organizations.

Typical career directions include Clinical Research Coordinator, Research Technician, Laboratory Chemist, Regulatory Affairs Associate:

Career support: URI's Center for Career and Experiential Education helps students connect with internships and employment opportunities, while CELS provides internship and career opportunities that can earn academic credit.
Career outcomes: URI's First Destination Survey reports a 91% career-outcome rate for 2025 respondents six months after graduation; the university defines career outcomes as employment, continuing education, military service and volunteer programs.
Salary information: URI's Biological Sciences B.S. career database provides salary ranges for specific alumni career paths, including $40,000–$49,000 for Clinical Research Coordinator, $30,000–$39,000 for Research Technician, $70,000–$79,000 for Regulatory Affairs Associate, and $50,000–$59,000 for Clinical Documentation Specialist. These are career-level ranges, not guaranteed starting salaries.
Industry and community connections: CELS reports nearly 150 research and internship placements, including Save the Bay, Mystic Aquarium and the Rhode Island Department of Environmental Management.
Employer network: URI's Biological Sciences alumni have been hired by organizations including Dana-Farber Cancer Institute, Massachusetts General Hospital, Organogenesis, Sanofi, Agilent Technologies, Biogen and Merck.
Research preparation: Students can gain research experience through faculty mentorship, CELS fellowships, NSF-supported SURF opportunities and URI's broader undergraduate research programs.
Long-term academic value: Although the B.S. does not carry a separate professional accreditation identified by URI, its broad biological and supporting-science curriculum is designed to prepare students for professional schools and graduate-level biological science study.

Further Academic Progression: Graduates can continue into the University of Rhode Island's interdisciplinary M.S. or Ph.D. in Biological and Environmental Sciences, with specializations including Cell and Molecular Biology, Ecology and Ecosystem Science, Evolutionary and Marine Biology, Environmental and Earth Sciences, and Sustainable Agriculture and Food Systems. URI also offers 4+1 accelerated programs within the College of the Environment and Life Sciences, allowing eligible students to work toward a bachelor's and master's degree in five years.