4 Years On Campus Bachelors Program
The Bachelor of Arts in Biology at the University of Washington provides broad, hands-on training across the biological sciences, making it suitable for students interested in medicine, research, education, environmental science, or industry. The program combines foundational biology with chemistry, mathematics, genetics, laboratory courses, and upper-division study across molecular, cellular and developmental biology, organismal physiology, and ecology and evolutionary biology.
Curriculum Structure
Year 1: Students begin with the BIOL 180, BIOL 200, and BIOL 220 introductory sequence, building a foundation in genetics, evolution, biodiversity, ecology, and conservation biology. They also begin the chemistry and mathematics requirements that support later biological-science study.
Year 2: Students progress from introductory study into the core disciplines of biology while completing required chemistry, quantitative science, and calculus coursework. GENOME 361, GENOME 371, or FISH 340/BIOL 340 can provide the required genetics component, connecting foundational biology with more specialized study.
Year 3: Students move into upper-division Biology and begin developing greater depth across Molecular/Cellular/Developmental Biology, Organismal Physiology, and Ecology/Evolutionary Biology. Courses such as BIOL 350, BIOL 354, BIOL 355, or BIOL 356 can satisfy the Biology Foundations requirement, while approved upper-division electives allow students to follow individual interests.
Year 4: Students complete the advanced portion of the major through additional upper-division Biology electives and at least two 300- or 400-level laboratory courses, consolidating their ability to apply biological concepts and practical methods. The program also provides opportunities for research and internships, allowing students to graduate with experience relevant to further study or careers in biological sciences.
Focus Areas: Molecular, cellular and developmental biology; organismal physiology; ecology and evolutionary biology; genetics; laboratory biology; field biology; and interdisciplinary biological-science electives.
Learning Outcomes: Students develop an integrated understanding of biological systems, practical laboratory and research skills, scientific data-analysis abilities, and the capacity to evaluate scientific literature and apply biological concepts to new problems. UW Biology also emphasizes hands-on learning through laboratory, fieldwork, research, and internships.
Professional Alignment (Accreditation): The University of Washington's official Biology sources do not state a separate professional accreditation specifically for the B.A. in Biology. The degree is designed to support progression into health sciences, research, education, environmental careers, government, and industry, as well as master's, doctoral, and professional programs.
Reputation (Employability & Official Outcomes): UW Biology reports that more than 40% of students participate in faculty-mentored research projects, while the department describes hands-on research, internships, and coursework as preparation for careers across medicine, conservation, biotechnology, education, and policy. The department also reports that it graduates upwards of 500 Biology majors each year, with students entering clinical and laboratory, field-based, communication, and education careers.
The University of Washington’s B.A. in Biology gives students practical experience through laboratory courses, fieldwork, faculty-led research, internships, and study opportunities beyond the classroom. Students can work directly with UW Biology faculty, develop laboratory and scientific-method skills through undergraduate research, and explore biological systems in settings ranging from UW’s research facilities and greenhouse to the Pacific Northwest and Friday Harbor Laboratories. More than one-third of UW Biology students participate in original research with faculty, while the department also provides opportunities to gain professional experience through internships and applied learning.
Students can build this hands-on experience through several program-specific opportunities:
The B.A. in Biology gives students a broad foundation for careers in health sciences, research, environmental science, education, science policy, government, business, and nonprofit organizations. Students can combine coursework with research and internships to build practical experience for roles such as Laboratory Researcher, Microbiologist, Environmental Consultant, and Health Communications Specialist.
Career Development & Employment Opportunities:
Further Academic Progression: After completing the B.A. in Biology, students can continue into master's and doctoral study in Biology or pursue professional programs in areas such as medicine, dentistry, veterinary medicine, optometry, physical therapy, and other health professions. UW Biology specifically identifies graduate and professional schools as established pathways for its students, while the department itself offers M.S. and Ph.D. programs in Biology for students seeking advanced research and academic careers.


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