Bachelor of Science in Biology, CALS

4 Years On Campus Bachelors Program

University of Florida

Program Overview

The Bachelor of Science in Applied Biology at the University of Florida is a great choice for students who want to understand how biology works and use that knowledge to address real-world challenges involving people, natural resources and the environment. The program builds a strong foundation in biology, chemistry, physics and mathematics, while giving students the opportunity to explore areas such as genetics, microbiology, biochemistry, plant biology and biological research.

Curriculum Structure

Year 1: Students start by building a strong foundation in the sciences through courses such as General Chemistry 1 and 2, Analytic Geometry and Calculus 1, and Integrated Principles of Biology 1. These courses help students develop the chemistry, mathematics and biological knowledge needed for more advanced study, alongside their general education courses.

Year 2: Students continue developing their understanding of living systems through Integrated Principles of Biology 2, Organic Chemistry 1 and Applied Biology. Courses such as Plant Diversity introduce students to different forms of plant life and help broaden their understanding of biological diversity, while physics and quantitative courses strengthen their scientific skills.

Year 3: The third year takes students into more advanced areas of science, including Organic Chemistry 2, Fundamentals of Biochemistry or Introduction to Biochemistry and Molecular Biology, and further Applied Biology coursework. Students also study Applied Physics 1 and 2, giving them a broader interdisciplinary perspective and helping them connect concepts across different areas of science.

Year 4: In the final year, students explore advanced topics such as Genetics and Basic Biology of Microorganisms while choosing additional subjects based on their interests. Options include Physiology and Molecular Biology of Plants, Reproductive Physiology and Endocrinology in Domestic Animals, and Horticultural Physiology, followed by Critical Analysis of Biological Research, which helps students develop their ability to evaluate and communicate scientific research.

Focus Areas

Applied biology, genetics, microbiology, biochemistry and molecular biology, plant biology, physiology, biological research, sustainability, natural resources and real-world applications of biological science.

Learning Outcomes

Students develop a strong understanding of fundamental biological concepts and scientific methods, learn how to analyze biological information and use evidence to address scientific problems, understand ethical research practices, and build the communication skills needed to explain scientific ideas clearly in written and oral formats.

Professional Alignment (Accreditation)

The program provides a strong foundation for students planning to continue into graduate or professional study as well as those interested in careers related to biotechnology, education, natural-resource management, environmental fields and biotechnology law. Students can also gain practical experience through undergraduate research, internships, supervised research and other hands-on opportunities available through the University of Florida.

Reputation (Employability Rankings)

The University of Florida has a strong national reputation and is well regarded by employers and graduate schools. In the 2026 U.S. News & World Report rankings, UF was ranked No. 7 among U.S. public universities and No. 30 overall, while Forbes ranked it No. 5 among U.S. public universities. UF was also recognized by Forbes in its 2026 “New Ivies” list, highlighting universities whose graduates are highly valued by employers.

Experiential Learning (Research, Projects, Internships etc.)

The Applied Biology BS at the University of Florida gives students opportunities to apply what they learn in class to real biological research and practical scientific work. Students can work with UF faculty on research projects and gain experience in laboratory, field, clinical and computer-lab environments. They can also earn academic credit through supervised research, take part in internships, volunteer in research or, where available, work as paid research assistants. The program connects students with research opportunities across UF and the Institute of Food and Agricultural Sciences (IFAS), which operates research centers throughout Florida.

Students can build practical experience through a range of research, laboratory and academic opportunities:

Undergraduate research: Students can work with UF faculty on real research questions and gain hands-on experience with biological research methods. Research can be completed for academic credit, as a volunteer or through the University Scholar program, with some opportunities available as paid research.
IFAS Undergraduate Research Internship: Biology students in the College of Agricultural and Life Sciences can participate in the IFAS Undergraduate Research Internship, giving them structured experience in biological and agricultural research.
Laboratory and field research: Students can gain experience in different research environments, including bench laboratories, field locations, clinical laboratories and computer laboratories.
Mentored research courses: Courses such as BSC 3911 Entering Research in Biology, BSC 4910 Individual Mentored Research in Biology and BSC 4912 Advanced Mentored Research in Biology allow students to develop research skills while working under faculty guidance.
Science for Life: Through the Science for Life program, students can begin undergraduate research early in their degree and potentially work on longer-term research projects over several years.
Bioinformatics and computing: Students interested in biological data can explore bioinformatics through UF's Bioinformatics minor, which includes programming, genomic-data analysis and independent research experience.
Field-based opportunities: Research does not have to be limited to the UF campus. With the appropriate approval, students can participate in research at laboratories and field locations outside the university.
Scientific research and communication: The Critical Analysis of Biological Research course helps students develop practical skills in evaluating scientific literature, writing about research and considering ethical issues in biological science.
Research presentation and publication: Students participating in the University Scholar program may receive opportunities to present their research at academic conferences and potentially publish their work through the University of Florida's Journal of Undergraduate Research.
IFAS research network: Students can potentially connect with research activities conducted through UF's Institute of Food and Agricultural Sciences, providing exposure to biological research across multiple locations in Florida.

Progression & Future Opportunities

The Applied Biology BS at the University of Florida gives students a broad foundation that can lead to a variety of careers and further study in the biological sciences. Because the program focuses on applying biology to areas such as sustainability, human populations and natural resources, graduates can pursue opportunities in the private sector, government, research or continue into graduate education.

Typical career directions include biological research assistant, laboratory technician, environmental or natural-resource specialist, and biological science-related roles in government or private organizations. The degree also provides a useful foundation for students who want to continue into graduate or professional study:

Career support: The University of Florida's Career Connections Center helps students prepare for employment through career advising, résumé reviews, interview preparation, job-search guidance, career fairs and internship opportunities. Students can also use Gator CareerLink to connect with employers offering internships, co-ops and full- or part-time positions.
CALS career services: Students in the College of Agricultural and Life Sciences can access career support through CALS Alumni and Career Services. The college also organizes the CALS Career Expo, giving students opportunities to meet and network with potential employers.
Research opportunities: Applied Biology students can gain valuable research experience by working with UF faculty. Opportunities include supervised research for academic credit, the University Scholars Program, the IFAS Undergraduate Research Internship, volunteer research and, where available, paid research positions.
Private-sector and government careers: UF specifically identifies the Applied Biology pathway as suitable for students interested in private-sector employment, government careers or graduate school. This gives graduates flexibility to explore different areas of biology rather than being limited to one specific career.
Employer connections: Through career fairs, Gator CareerLink, internships and other career events, students can build professional connections and gain experience with organizations while completing their degree.
Employment and salary information: The University of Florida collects graduate employment and salary information through its student outcomes surveys. However, UF does not publish a specific employment rate or average salary exclusively for Applied Biology BS graduates, so a program-specific figure should not be assumed.
Long-term academic value: The program develops knowledge across biology, chemistry, physics, calculus and statistics, while the Applied Biology specialization allows students to explore sustainability and natural-resource issues. The Critical Analysis of Biological Research course also strengthens students' ability to evaluate scientific research and communicate scientific ideas.
Graduation preparation: Students complete the required major and university coursework and finish with Critical Analysis of Biological Research as an important part of their academic preparation. The program's learning outcomes emphasize biological knowledge, scientific analysis, critical thinking and effective communication.

Further Academic Progression:

After completing the Applied Biology BS, students can continue into graduate study in the biological sciences or related fields. Students who want to specialize further can also explore areas such as bioinformatics, biotechnology, genetics and molecular biology through additional UF coursework and programs. Those interested in teaching biology can also consider the UFTeach pathway, which provides preparation for biology teaching and professional certification in Florida.