Students

Dyson and Seidenberg Launch New Computational Economics Major

Posted
August 9, 2023

Beginning in Fall 2023, Pace University will offer a new Bachelor’s of Science in Computational Economics, housed in the Dyson College of Arts and Sciences in collaboration with the Seidenberg School of Computer Science and Information Systems and offered on both the New York City and Westchester campuses.

This interdisciplinary program will empower students to answer economic questions and inform business practices using computer science and information technology, including focuses on programming, big data, artificial intelligence, machine learning, and econometrics. Students will learn to code fluently and manage large datasets using R, Python, and SQL, and take courses such as Economic Data Analysis, Applied AI with Deep Learning, and Econometrics: Models and Organizations.

Quantitative strategies and data analytics are skills that are in high demand in today’s workplace. According to Burning Glass in 2022, employment in data analysis and mathematics is expected to grow 27.61 percent while jobs that utilize Python skills are expected to grow by 48.02 percent. Potential career paths for students with a degree in computational economics can include data scientist or data analyst, financial quantitative analyst, economist, chief information officer, business intelligence analyst and statistician.

Learn more about this exciting new program.

More from Pace

Students

Jesse Ciron ’26, Writing for Diversity and Equity in Theater and Media, is creating theater that reflects who we are and who we can become. Discover how this aspiring playwright is using storytelling to champion representation and social change.

Students

What’s it like to make a full-length documentary in 14 weeks? Hear from Pace student filmmakers and professors as they discuss their journey on Sustain What?, featuring their latest documentary Viola da Terra.

Pace Magazine

Biology major Kelly Ng and Professor David Boerma are using 3D modeling and evolutionary theory to uncover how the structure of our limbs is shaped by the way we move. Their research explores surprising parallels between humans and Egyptian fruit bats—and may even have implications for injury prevention and medical design.