Seattle University

What you'll study

The Cellular Biology major emphasises the structure, function and regulation of cells at molecular and systems levels. The curriculum combines core coursework, intensive laboratory classes and a capstone research experience. Students complete Seattle University's liberal arts core alongside major requirements to develop scientific reasoning, quantitative skills and communication.

• Core scientific subjects: cell structure and function, molecular biology, genetics, biochemistry, and physiology.
• Laboratory and technical skills: general and advanced cell biology labs, microscopy and imaging, molecular techniques (PCR, gel electrophoresis, nucleic acid/protein analysis), tissue culture and aseptic technique.
• Advanced and thematic electives: developmental biology, immunology, neurobiology, cancer biology, and elective courses in bioinformatics or computational biology.
• Research and capstone: an undergraduate research practicum or senior thesis in a faculty laboratory, often culminating in a presentation or written report; opportunities for summer research or independent study.
• Interdisciplinary experiences: courses linking cellular biology with public health, ethics, and data analysis; optional coursework in chemistry, mathematics, physics or computer science to broaden technical background.
• Experiential learning: internships, community-engaged projects and field experiences enabled by Seattle's regional research and biotechnology ecosystem.

Entry requirements

Applicants are expected to meet Seattle University's undergraduate admission standards. Typical preparation includes a high school diploma (or recognised equivalent) with a strong record in science and mathematics.

• Recommended subject background: high school biology and chemistry; algebra and precalculus or calculus are highly recommended.
• Competitive applicants present a solid overall academic record; selection also considers the personal statement, letters of recommendation and extracurricular or laboratory experiences where available.
• Transfer applicants should have completed college-level coursework in introductory biology and chemistry with laboratory components; credits are evaluated for transferability.
• International applicants must demonstrate equivalent academic qualifications and proficiency in English through recognised exams or institutional assessments.
• Placement or advising may be used to determine appropriate first-year mathematics and chemistry courses.

Career prospects

Graduates with a cellular biology degree leave prepared for a variety of scientific and professional paths. The programme is a common stepping stone to advanced study and employment in both academic and industry settings.

• Laboratory and industry roles: research technician, laboratory assistant, quality control/assurance roles in biotechnology and pharmaceutical companies.
• Further study: graduate programmes (MSc/PhD) in molecular and cellular biology, biochemistry, biomedical sciences, or professional programmes in medicine, dentistry, physician assistant studies and related health fields.
• Applied and allied careers: roles in public health, regulatory affairs, scientific writing, sales and technical support for life-science companies, and education.
• Research and development: positions in academic laboratories, research institutes and startups—many students leverage undergraduate research experience to pursue competitive post-graduate opportunities.

Why study at Seattle University

Seattle University offers a cellular biology programme grounded in a liberal arts education with a strong emphasis on undergraduate research, mentorship and ethics. Class sizes are relatively small, enabling close faculty interaction and personalised advising.

• Modern facilities: access to up-to-date teaching laboratories and instrumentation housed in campus science facilities, supporting hands-on learning and research.
• Undergraduate research emphasis: faculty-led laboratories provide opportunities for students to engage in original research and present their work.
• Location advantage: proximity to a vibrant regional biotechnology and biomedical community offers internships, volunteer positions and professional networking opportunities.
• Pre-health and career support: institutional advising for students pursuing health professions, plus career services that help with internships, CVs and interview preparation.
• Values-driven education: the Jesuit tradition encourages ethical reflection, civic engagement and service, which are integrated into scientific training and community partnerships.