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Sponsored by: University of New England
September 26, 2024

UNE’s new School of Computer Science and Data Analytics

The School of Computer Science and Data Analytics is located on the coast in Biddeford, Maine.

With a deep background in artificial intelligence at MIT’s Computer Science and AI Laboratory developing computer vision and image-guided surgical systems using big data, Sylvain Jaume brings a lifetime of experience to UNE’s new School of Computer Science and Data Analytics. As the inaugural director of the new school, he plans to promote cross-disciplinary learning to equip graduates with a wide range of skills for the rapidly evolving world of computer science. We sat down with him for a brief conversation.

Q. Why is UNE starting the School of Computer Science and Data Analytics?


Sylvain Jaume, inaugural director of UNE’s new School of Computer Science and Data Analytics.

The School of Computer Science and Data Analytics launches at a pivotal time when computing permeates nearly every aspect of life. It addresses the growing demand for skilled graduates in computer science and data analytics across diverse industries.

The new school aims to prepare students for evolving workforce needs and build a talent pipeline for Maine’s economic development, leveraging UNE’s deep understanding of the state’s needs. It offers four interdisciplinary fields of study — computer science, data science, statistics, and mathematics — which together provide students with a comprehensive skill set highly relevant in today’s digital economy.

With a booming job market, especially in AI, graduates will have excellent career prospects. The school’s focus on interdisciplinary connections will also position students for valuable careers in fields like biomedicine, business, and environmental science.

Q. How will AI affect the computer science industry?

AI is revolutionizing the computer science industry by creating new job roles and increasing demand for computer and data science graduates. It’s driving the development of next-generation intelligent systems, while also fostering interdisciplinary collaboration to solve complex societal problems. This transformation emphasizes the growing importance of AI expertise in the field, highlighting the need for professionals who can work across disciplines to leverage AI’s potential from medicine to sustainable farming.

Q. What are some current trends in computer science and data analytics?

Current trends in computer science and data analytics center on AI’s rapid advancement. Machine learning techniques are revolutionizing data analytics, enhancing pattern recognition and predictive capabilities across diverse fields. In software development, AI is automating routine tasks like coding and debugging, freeing developers to focus on creative problem-solving and innovation. This shift is ushering in a new era of technological progress, with AI and data science developments driving multiple exciting storylines across the industry.

Q. What is unique about the School of Computer Science and Data Analytics?

UNE’s School of Computer Science and Data Analytics stands out for its strong focus on interdisciplinary education and experiential learning. The curriculum integrates real-world challenges and global perspectives, building connections across diverse academic disciplines like health science, biology, marine science, and business.

This approach offers graduates distinct advantages: better concept understanding through contextual application, immediate problem-solving capabilities, and cross-disciplinary skills valued by employers. The school emphasizes staying current with rapid technological advancements through industry collaboration, faculty expertise, and integration of emerging technologies. It prioritizes early introduction to research, offering undergraduates abundant opportunities in faculty-led projects, internships, and assistantships.

The program recognizes coding as a foundational skill applicable across various sectors. It also focuses on AI for good, especially in health and environmental fields, while incorporating ethical considerations and encouraging creative problem-solving for positive societal impact.

Q. What are your hopes for graduates of the school?

Graduates from the School of Computer Science and Data Analytics will be prepared for diverse career paths, equipped with both technical expertise and interdisciplinary skills. They are expected to become leaders and innovators in fields such as health care, business, and environmental science. The program aims to empower students to address complex challenges facing their generation, leveraging their computational and analytical abilities to make significant impacts across various sectors.