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The B.S. in Computer Science at the University at Buffalo offers a rigorous and technically focused education, ideal for students looking to build strong foundations in computer science and pursue careers in high-demand tech fields or advanced study.
This program emphasizes analytical thinking, mathematical precision, and hands-on problem-solving, preparing students to innovate in a fast-paced, technology-driven world.
Core Computer Science Curriculum
Students in the B.S. program complete a set of core courses that develop a deep understanding of computational theory and real-world application:
Programming Languages
Data Structures
Algorithms
Computer Organization
Operating Systems
Machine Learning
These courses are designed to equip students with the skills to design, develop, and optimize complex software systems and computing solutions.
Mathematics & Science Requirements
The B.S. degree places a strong emphasis on mathematical and scientific foundations, which include:
Calculus
Probability and Statistics
A two-semester science sequence in disciplines such as physics, biology, or chemistry
This technical depth supports the program’s goal of producing graduates who can approach computing problems with analytical precision and scientific reasoning.
Technical Electives
Students also choose from a range of advanced electives, allowing them to specialize in areas like:
Artificial Intelligence
Cybersecurity
Data Science
Software Engineering
Human-Computer Interaction
These electives provide opportunities to tailor the degree to individual interests and emerging industry trends.
With its strong academic foundation and focus on innovation, the B.S. in Computer Science at UB prepares students to lead and adapt in an ever-evolving tech landscape.
At the University at Buffalo, learning goes far beyond the classroom. The B.S. in Computer Science program emphasizes experiential learning, giving students the opportunity to apply their knowledge, develop real-world skills, and explore their interests through practical experiences.
Internships
Students are strongly encouraged to pursue internships with companies that align with their career goals. These hands-on roles offer invaluable exposure to the tech industry and allow students to:
Apply classroom concepts to real-world projects
Build professional networks
Gain experience that enhances their resumes and job readiness
Undergraduate Research
Computer science students can also participate in research projects alongside faculty members working on the front lines of innovation. These opportunities allow students to:
Explore advanced topics like machine learning, cybersecurity, and software systems
Develop critical thinking and technical writing skills
Prepare for graduate study or research careers
Experiential Learning Programs
The School of Engineering and Applied Sciences offers a variety of programs designed to bridge academics with professional development. These include:
Co-curricular learning experiences
Community-engaged projects
Initiatives that build problem-solving, communication, and leadership skills in real-world contexts
Student Organizations & Competitions
Outside the classroom, students can join active computing clubs and organizations that foster collaboration and creativity. Opportunities include:
Coding clubs, hackathons, and tech meetups
National and international programming competitions
Leadership roles and peer networking that build confidence and community
With these diverse hands-on experiences, UB’s Computer Science students graduate with the knowledge, experience, and adaptability to thrive in today’s rapidly evolving tech landscape.
Graduates from UB's Computer Science programs are well-prepared for diverse career paths in technology, research, and academia.
Employment Opportunities:
UB's computer science program is designed for individuals who appreciate both the theoretical and practical aspects of the field, preparing them for roles such as developers or programmers.
The program's emphasis on both theoretical and applied aspects ensures that graduates are equipped with the skills sought after by employers.
Graduate Studies:
The strong foundational knowledge provided by these programs prepares students for advanced studies in computer science and related fields.
By integrating a rigorous curriculum with extensive experiential learning opportunities, the University at Buffalo's Computer Science programs aim to develop well-rounded professionals capable of adapting to the rapidly evolving tech landscape.
SAT/ACT Update: UB is test optional and supports SUNY’s decision to make the submission of SAT and ACT test scores optional. Students can share their scores as part of their application if they choose by selecting this option on their application. UB will consider your highest SAT or ACT score if you choose to submit test scores.English Language Proficiency: Minimum accepted scores: TOEFL iBT/Home Edition: 70 (including MyBest) TOEFL Essentials: 8.5 TOEFL PBT/ITP Plus: 523 IELTS Academic: 6.0 Duolingo (DET): 105 PTE Academic/Online: 50 ACT (English & Reading): 18 SAT ERWS: 500 Alternative qualifications: IB English A: Lang & Lit (HL/SL): Grade 5 or equivalent AP English Lang & Comp: Score of 4 and/or grade B in class (I)GCSE English First Language: Grade C GCE AS/A-Level English: Grade C Scores must be under 2 years old at admission. Self-reported scores accepted for initial review. Official scores must be sent directly: TOEFL: Code 2925 IELTS: University at Buffalo – SUNY Duolingo: University at Buffalo, The State University of New York, Undergraduate, New York, USA.Recommendations: School Report- Required, Final Report- Required, Teacher Evaluation(s): 0 Required, 3 Optional, Other Evaluation(s): 0 Required, 3 Optional.Writing Requirements: Common App personal essay- Required, College questions- Depending on your answers to some questions, you will be required to complete a writing question.Highschool Coursework: Our applicants have completed rigorous coursework in high school. Most students have taken high school courses in basic academic knowledge areas. The following courses are not required for admission, but are suggested as adequate preparation for university-level coursework: Four years of English (with a substantial writing component) Four years of social studies Three years of college-preparatory science Three years of a second language At least three years of college-preparatory mathematics Some students who haven’t completed such a program still qualify for admission; however, it might be necessary to take additional courses to strengthen your knowledge in one or more of those areas after you enter the university.Career Pathway:
Software Engineering: DeveloperFull-Stack EngineerMobile App Developer
AI & Data Science: Machine Learning EngineerData ScientistAI Researcher
Cybersecurity & Cloud: Cybersecurity AnalystCloud EngineerEthical Hacker
Finance & Business Tech: Quantitative AnalystFintech DeveloperBlockchain Specialist
Product & Management: Product ManagerTechnical Program Manager
Entrepreneurship: Startups and innovation
Further Studies: MS or PhD in AIcybersecurityor data science for research rolesMBA for leadership and management positions
Long-Term Growth: Engineering: Software Engineer → Tech Lead → CTO
Data & AI: Data Scientist → Head of AIManagement: Product Manager → VP of Engineering
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University at Buffalo SUNY
