Yale does not specify a minimum GPA for admission. However, the average GPA of admitted students is approximately 4.19 on a weighted scale, indicating a strong academic record with advanced coursework such as AP or IB classes .

SAT: Evidence-Based Reading and Writing: 680–790; Math: 690–800

ACT: Composite score: 31–36

TOEFL iBT: 100 or higher

IELTS: 7.0 or higher

Duolingo English Test (DET): 120 or higher

Cambridge English: 185 or higher (C1 Advanced or C2 Proficiency)



 

Yale's B.S. in Computer Science offers a rigorous and flexible curriculum, blending technical depth with a liberal arts education. Students gain strong foundations in algorithms, systems, and programming, while enjoying opportunities for interdisciplinary study. The program encourages research, innovation, and collaboration through senior projects and active student organizations. Access to expert faculty, cutting-edge labs, and a global alumni network enhances career prospects in tech, academia, or entrepreneurship.

Graduates of Yale’s B.S. in Computer Science pursue diverse and high-impact careers. Common paths include software engineering, data science, cybersecurity, artificial intelligence, and systems architecture. Many work at leading tech companies like Google, Microsoft, and Meta, or launch startups. Others apply their skills in finance, healthcare, or consulting. The program also prepares students for advanced study in computer science, law, or business. With a strong foundation in both technical and analytical thinking, Yale CS graduates are well-equipped for roles requiring innovation, leadership, and interdisciplinary problem-solving in a rapidly evolving tech landscape.

Yale’s B.S. in Computer Science program offers extensive research opportunities for undergraduates. Students can work closely with faculty on projects in artificial intelligence, machine learning, cybersecurity, computer systems, and theory. Many participate in the Senior Project (CPSC 490), conducting original research. The department also supports research through fellowships, summer programs, and lab assistant roles. Interdisciplinary research is encouraged, allowing students to explore computing in fields like biology, economics, and psychology. These experiences help students develop critical thinking, deepen subject knowledge, and prepare for graduate studies or research-driven careers in technology and science.