Syracuse University today announced the launch of a sweeping for Fall 2026, giving students an unusually complete set of pathways into one of the most consequential fields of the century.

The portfolio includes standalone �����������ǰ�’s and �������ٱ��’s degree programs, cross-disciplinary minors, hands-on co-curricular opportunities and research that together make up a single, coherent ecosystem.

“While AI degree programs are proliferating nationally, few institutions are bringing the full picture to market at once,” says , vice chancellor, provost and chief academic officer. “This is an entire environment for students who want to master AI and shape what it becomes. Whether they want to build the technology, govern it or apply it to a wide range of disciplines, there is now a clear path for these students at Syracuse.”

Academic Opportunities in AI

The Syracuse AI portfolio includes new and degrees in artificial intelligence science; a new �����������ǰ�’s degree in ; a �������ٱ��’s degree in ; seven AI minors; a broad research portfolio across multiple schools and colleges; and a peer-led bootcamp designed to provide students with hands-on AI experience as soon as they arrive on campus.

“Artificial intelligence isn’t confined to a single classroom or discipline at Syracuse University—it’s woven into how our students learn, how our faculty conduct research and how we prepare graduates for a workforce being reshaped by this technology,” says , senior vice president for digital transformation, chief digital officer and interim dean of the . “From new degree programs to cross-campus research initiatives, we’re building an AI portfolio that reflects both the urgency and the opportunity this moment demands.”

The breadth and depth of this portfolio are what distinguishes the Syracuse approach. The �����������ǰ�’s in integrative artificial intelligence is designed for students who want to combine AI with other interests, from public affairs to design to the life sciences. The seven new minors let students in any major add AI fluency in areas like policy, ethics and data. And the AI Bootcamp, a student-led program offering stackable microcredentials, provides students with AI immersion even before they declare a major.

Students are also driving the momentum through the student-led AI organization, United AI, which gives undergraduates hands-on research experience through its Foundry program, cross-campus education initiatives and direct partnerships with leading AI companies.

“Students don’t experience AI as a single subject, and we didn’t want to teach it that way,” says , interim dean of the and associate provost for academic programs. “We built this portfolio so that a future engineer, a future policymaker and a future artist can all find a serious path into AI here and can start the moment they arrive on campus.”

Robust Research

Syracuse University boasts a robust and growing portfolio of research and creative activity related to artificial intelligence. With work spanning engineering, computer science, law, public policy, communications and the humanities, faculty and students are applying AI to challenges ranging from cybersecurity and health care to media literacy and the arts. This interdisciplinary momentum reflects the University’s commitment to advancing AI research that is both technically rigorous and grounded in real-world impact.

“Our faculty are not studying artificial intelligence in the abstract,” says , vice president for research. “They are building systems that detect synthetic media, investigating how algorithmic decision-making affects communities, developing new approaches to cybersecurity and creating new AI capabilities beyond today’s large language models. Students who come to Syracuse will learn from researchers who are actively shaping how AI is built, governed and understood.”

Learn more about artificial intelligence at Syracuse University by visiting .

Artificial intelligence is no longer theoretical. It diagnoses diseases, guides self-driving vehicles, screens for airport security threats and helps make military decisions, in addition to performing dozens of everyday tasks. But can we trust AI to get such critical decisions right, and trust that it is acting in our best interests?

, the inaugural in the (ECS), has built his career on answering those questions. He’s recognized internationally as a pioneer in , an approach that combines the pattern-recognition power of machine learning with the logical reasoning of traditional AI. His work has practical applications across national security, cybersecurity and critical decision-making systems.

Shakarian came to the University this fall from Arizona State University, where he served as research director for the School of Computing and AI. At Syracuse, he directs the , a research lab in the Department of Electrical Engineering and Computer Science dedicated to unifying ideas of reasoning and learning in AI. He also is a course instructor.

We sat down with Shakarian to get his take on some of our most pressing questions about AI.

KG Tan Endowed Professor of Artificial Intelligence Paulo Shakarian was as one of 10 speakers to address emerging trends at the  in Singapore from Jan. 20-27, 2026. AAAI is the premier scientific society dedicated to artificial intelligence (AI), advancing the scientific understanding of the mechanisms underlying behavior and their embodiment in machines.

The emerging trends in AI track at the AAAI conference aims to expose the AI community to exciting, under recognized or fast-developing ideas from the various AI subdisciplines, as well as from adjacent disciplines and domains. Talks will summarize new developments and competitions that are likely to shape future AI research agendas.

Shakarian will be discussing metacognitive artificial intelligence and a recent paper titled “Towards Artificial Metacognition.” Metacognitive AI deals with the study of artificial intelligence systems that can self-monitor and/or regulate resources.  The concept has its roots in cognitive psychology studies on human metacognition.  It has led to the understanding of how people monitor, control and communicate their cognitive processes.

“It is an honor to have been selected to present an emerging trend talk at AAAI,” Shakarian says. “I am really grateful to the community of researchers that have coalesced around artificial metacognition over the past two years.  An exciting community has formed consisting of not only computer scientists, but from diverse disciplines including cognitive psychology, systems engineering and aerospace, among others. Developing artificial systems that reason about themselves is, in my view, a key challenge that we must address in order to deliver AI systems that are more resilient and robust.”

Shakarian has written numerous papers on metacognitive AI and has also edited a book on the topic.  He has received several grant awards on the topic from the Army and DARPA, and most recently he has received funding for several high-end Nvidia-based GPU systems that will soon arrive at Syracuse.

Shakarian has also sought to create a , holding several workshops on the topic since 2023.

“Paulo’s innovative work in metacognitive and neuro-symbolic AI represents the next wave of AI research,” Alex Jones, chair of , says. “His recognition by AAAI signifies both his leadership in the field and Syracuse University’s growing role at the forefront of artificial intelligence.”