Syracuse University

What you'll study

The Biology B.S. at Syracuse combines core coursework in biology with supporting courses in chemistry, mathematics and statistics, plus laboratory and field-based training. Early years focus on foundations such as introductory biology, general chemistry, calculus or statistics and introductory laboratory techniques. Core biology modules typically include cell and molecular biology, genetics, ecology and evolution, physiology, microbiology and biochemistry.

• Laboratory and practical work: multiple semester-long lab courses develop microscopy, molecular techniques (DNA/RNA work, PCR), microbiological methods and data analysis skills.
• Advanced and elective topics: students can take specialised electives such as developmental biology, genomics, bioinformatics, neurobiology, conservation biology, plant biology and immunology.
• Research and capstone: opportunities for independent research with faculty, a senior thesis or a capstone seminar are central to the programme; many students participate in on-campus labs or community-based field projects.
• Interdisciplinary study: coursework often integrates chemistry (including organic chemistry), statistics and computational methods; students may also combine biology study with courses in public health, environmental studies or computer science.

Programme structure

The degree is organised over four years and includes general education requirements, a sequence of core biology courses, required supporting science and math classes, and a range of upper-level electives. Students work with faculty advisers to select electives and research experiences that match their interests and professional goals.

Entry requirements

Applicants are expected to have a strong secondary-school academic record with particular emphasis on science and mathematics. Typical preparation includes high school biology and chemistry, and coursework in algebra, precalculus or calculus. Physics and advanced mathematics are recommended where available.

• Academic credentials: a competitive high school GPA with a rigorous programme of study in sciences and mathematics.
• Subject prerequisites: prior study of biology and chemistry is expected; successful applicants often have completed advanced or honours-level science courses if available.
• Standardised tests and English language: international applicants must demonstrate English proficiency through recognised tests unless exempt; standardised test submission policies vary, so applicants should consult admissions guidance for current recommendations.
• Supporting materials: personal statement, teacher or counsellor recommendations, and any relevant extracurricular experience (research internships, science clubs, volunteer work) strengthen applications.

Career prospects

Graduates of Syracuse's Biology B.S. follow a wide range of career paths. Many pursue graduate study (M.S., Ph.D.) or professional programmes in medicine, dentistry, veterinary medicine, pharmacy and related fields. Others take roles directly after graduation.

• Research assistant or laboratory technician in academic, government or commercial laboratories
• Biotechnology and pharmaceutical industry positions such as quality control, R&D support or regulatory affairs
• Environmental and conservation roles with NGOs, government agencies or consulting firms
• Public health and clinical research positions and roles in diagnostics
• Secondary-school science teaching (with additional teacher certification) and science communication or policy

Why study at Syracuse University

Syracuse offers a Biology programme with accessible faculty and multiple pathways for hands-on experience. Undergraduates benefit from opportunities to join active research labs, participate in community-engaged fieldwork in central New York, and access core laboratory facilities and instrumentation. The campus environment supports interdisciplinary collaboration across departments, and academic advising helps students tailor their programme toward research, professional school preparation or industry careers.

Beyond academics, students can expand their experience through internships, undergraduate research grants and study-abroad options that complement biological training and strengthen graduate-school or job applications.