NYU Abu Dhabi Launches New Master’s Programme In Interdisciplinary Data Science And AI

NYU Abu Dhabi has introduced a new Master’s program in Interdisciplinary Data Science and Artificial Intelligence (MIDSAI). This initiative enhances its graduate offerings and supports the UAE's knowledge economy. The program, ranked 17th globally by QS in Computer Science and AI, is a two-year research-focused course. It aims to develop advanced skills in data science and AI.

The MIDSAI program is designed to be interdisciplinary, allowing students to specialise in areas like healthcare informatics, Arabic natural language processing, ethics and responsible AI, computational social science, human-machine interaction, and urban mobility. By leveraging NYU’s global network, students will engage with international ideas in data science and AI while working on projects with both local and global significance.

Applications for MIDSAI are now open, with the first batch set to start in Fall 2026. In parallel, NYUAD has welcomed the first group of students into its PhD in Astrophysics and Space Systems (PASS) program. This program is unique in the UAE and the region, featuring six students, half of whom are Emirati. It underscores the university’s commitment to developing expertise aligned with the UAE’s national priorities, particularly in the space sector.

Fabio Piano, NYUAD’s interim Vice Chancellor, stated that graduate education is central to NYU Abu Dhabi’s future plans. He said: "Graduate education is at the heart of NYU Abu Dhabi’s next chapter. With the launch of the MIDSAI program, the continued success of PASS, and the expansion of Stern at NYU Abu Dhabi through the one-year MBA and the recently launched Executive MBA, we are proud to be shaping programs that not only meet the demands of the global economy but also align closely with the UAE’s vision for innovation and talent development."

NYU Abu Dhabi was established with a vision for fostering global collaboration. Its graduate programs continue this mission by expanding their impact through innovative research, a worldwide network, and a community of students and alumni making significant contributions locally and internationally.

With inputs from WAM