BS in Bioinformatics and Computational Biology
Where biology meets data, computing and discovery
The BS in Bioinformatics and Computational Biology at the University at Buffalo is designed for students who want to use biology, data and computing together to solve complex problems. You will learn to analyze biological data, model living systems and uncover patterns in genes, proteins and populations. This interdisciplinary degree prepares students for graduate study or careers in fast-growing fields at the intersection of life sciences, data analysis and technology.
Modern biology runs on data. From genomics to public health, scientists rely on computational tools to understand life at scale. This program is designed to help you build that skill set—step by step—within a supportive academic environment.
This degree is a strong fit if you:
- Enjoy biology and want to work with data, math or computing
- Like solving problems by combining multiple disciplines
- Are interested in genetics, genomics, health data or systems biology
- Want preparation for graduate study or technical science careers
You’ll gain experience applying computational thinking to biological questions, with guidance from faculty across the life sciences.
- Interdisciplinary training that combines biology, biochemistry, computing and data analysis
- Core coursework in biological sciences, mathematics, statistics and computer science
- Experience working with real biological datasets and research questions
- Required independent study, undergraduate research and a senior capstone experience
- Faculty-guided research opportunities that integrate computation and biology
- Advising support to help students plan a coherent, goal-driven pathway
Looking for an added challenge?
High-achieving students may apply to the Department of Biological Sciences Honors Program during their junior year.
Honors students complete advanced coursework, conduct original research with a faculty mentor and present their work at a departmental symposium.
Students in bioinformatics and computational biology build a strong foundation in biology while developing quantitative and computational skills that are in high demand.
By completing this degree, students learn to:
- Analyze biological data using mathematical and computational tools
- Apply computing to questions about genes, proteins and biological systems
- Think critically about experimental design and data interpretation
- Build models to explore biological processes
- Communicate complex scientific ideas clearly
Learning progresses from foundational concepts to advanced applications, helping students build confidence as skills develop over time.
Graduates of the BS in Bioinformatics and Computational Biology pursue a wide range of paths that combine biology with data and technology.
Possible outcomes include:
- Graduate study in bioinformatics, computational biology or related fields
- Roles in biotechnology, pharmaceuticals or health research
- Data-driven positions in research institutions or industry
- Science-focused careers that value analytical and computational thinking
The interdisciplinary nature of the degree gives students flexibility as science and technology continue to evolve.
If you are excited by biology, enjoy working with data and want a degree that connects science with computation, the BS in Bioinformatics and Computational Biology at UB is a powerful place to start.
