Preview is a one day program hosted by Jane Street for students at any point in their academic career. This is an opportunity to learn how math, computer science, and probability concepts have a real-world impact on the work we do.
Participants will interact with traders and technologists to learn how they transitioned from studying STEM subjects at university to careers at Jane Street.
There is no prior knowledge of finance required for this program—just intellectual curiosity and a genuine interest in what a career at Jane Street might look like.
Students currently enrolled in university at any level, including incoming first-year students who self-identify with historically underrepresented minority ethnic/racial groups are introduced to Jane Street in this fun and engaging two-day program.
First-year university students learn about our trading and technology models in this interactive two-day program.
Undergraduate and graduate students who self-identify with historically underrepresented minority ethnic/racial groups explore our trading, software development, and business development teams in this interactive three-day program.
Self-identifying women and gender expansive people learn how we use math and computer science to solve real-world problems in this interactive four-day program.
Students and recent graduates join any office location to meet our teams and learn about quantitative trading, software engineering, quantitative research, or business development.
Current university students including undergraduate, graduate and PhD students are invited to learn about Jane Street in this fun and engaging one-day program.
University students from Asia Pacific-based universities will explore how math and probability concepts are used in quantitative trading in this interactive three-day program.
First and second year university students explore how we use math and computer science to solve real-world problems in this educational four-day program.
Current and recent Ph.D. students explore several quantitative trading problems using mathematical and computational techniques in this challenging two-day program.