Seattle University

What you'll study

The Biology BS is built around a strong foundation in core biological disciplines and quantitative skills, delivered through a mix of lectures, laboratory courses and hands-on research. Typical content includes cell and molecular biology, genetics, biochemistry, physiology, ecology and evolution. Students also take supporting courses in chemistry, mathematics/statistics and physics to develop analytical and experimental competencies.

Programme structure usually includes lower-division introductory courses that establish essential knowledge and laboratory technique, followed by upper-division specialised modules. Typical upper-level topics and modules you can expect include:

• Cell and Molecular Biology: advanced cell biology, molecular genetics, and laboratory methods in molecular biology.
• Physiology and Development: organismal physiology, developmental biology and neurobiology.
• Ecology and Evolution: population and community ecology, conservation biology, field methods and evolutionary theory.
• Biochemistry and Analytical Methods: biochemical principles, enzyme kinetics and instrumentation/analytical techniques.
• Research and Capstone Experience: independent research projects, senior seminars or capstone courses that emphasise experimental design, data analysis and scientific communication.
• Electives and Interdisciplinary Options: courses in bioinformatics, environmental science, biotechnology, public health, or education to tailor the degree to career goals.

Hands-on learning is emphasised: expect regular laboratory work, opportunities for independent research with faculty mentors, and chances to take courses that include fieldwork in the Pacific Northwest or internships with local organisations.

Entry requirements

Entry to the Bachelor of Science in Biology normally requires a high-school diploma or equivalent with a strong background in science and mathematics. Typical expectations include successful completion of high-school biology and chemistry courses, and solid achievement in mathematics (algebra and preferably precalculus). Admissions decisions at Seattle University consider the whole application, including secondary-school grades, personal statement, recommendation(s) and extracurricular experiences.

For applicants whose first language is not English, proof of English proficiency is required through recognised tests or accepted institutional alternatives. Transfer applicants should submit college transcripts and may be asked to demonstrate completion of foundational science courses to receive appropriate placement or credit.

Career prospects

Graduates of the Biology programme follow a variety of career paths. Many continue to graduate or professional study in medical, dental, pharmacy, veterinary or graduate research programmes. Others enter the workforce directly in roles such as laboratory technicians, research assistants, environmental consultants, quality control analysts in biotech and pharmaceutical firms, conservation and natural resource roles, or science education and outreach.

The degree also provides a solid foundation for careers in public health, science policy, patent law (with additional qualifications), science communication, and positions with regional biotechnology companies and environmental organisations. Practical experience gained through internships and undergraduate research enhances employability and can lead to direct industry placement or pathways into advanced study.

Why study at Seattle University

Seattle University offers a supportive, student-centred environment with relatively small class sizes and accessible faculty who are active in research and teaching. The university's Jesuit mission emphasises ethics, social responsibility and community engagement, which is reflected in opportunities for service-learning and applied projects that connect biology to societal and environmental needs.

Located in the Seattle region, students benefit from proximity to a vibrant biotechnology and research ecosystem, regional healthcare institutions and abundant natural environments for field study. The university provides resources such as undergraduate research mentorship, pre-health advising, career services and connections to internships, helping students bridge academic study with professional pathways.