AI and Its Benefits Being Seen in Student Centers, Student Affairs

Practical uses of generative artificial intelligence in student centers and student affairs are being adopted to reduce administrative workload, improve the consistency and timeliness of student communications, and strengthen services through 24/7 self-service support systems. That said, it is being implemented while trying to preserve space for human judgment for student well-being, conduct, eligibility decisions, and other high-stakes areas.

Organizations are applying AI to improve responsiveness and consistency in high-volume workflows while reserving relationship-centered and high-stakes decision-making for staff. The broader societal conversation may often be clouded by reports of government documents showing police disabling AI oversight tools or the non-disclosure of AI-written police reports in plea deals, but campuses look to be taking a different path: one of transparency and “Human-in-the-Loop” ethics.

So while student centers are adopting AI to improve service and reduce time spent on repetitive administrative tasks, with the focus on high-volume informational support, reservations and scheduling workflows, event operations, and communications, they remain the primary location where initiatives for belonging and “sense of place” begin.

As they evolve from a gathering place into a high-tech hub, using AI to manage the logistical friction of student life, student centers are also trying to free up staff for high-impact human interventions.

Some of the areas where staff oversight can be maintained and outcomes can be measured through service metrics include:

• 24/7 Service Desk Support: Instant chat-based assistance for hours, locations, policies, services, and events, with support from staff still available for non-routine questions.
• Space and Resource Reservations: In-take support, scheduling suggestions, and faster routing/approvals for student organizations and campus partners.
• Event Operations: Support for staffing estimates, vendor/catering planning, and structured analysis of post-event feedback.
• Student-Facing Communications: Drafting announcements, newsletters, web content, and FAQ updates with staff review for accuracy, tone, and inclusion.
• Accessibility and Multilingual Communications: Translation, captioning, and plain-language rewrites for signage and event materials.
• Service Analytics: Summarizing common questions and peak service periods to inform staffing models, hours of operation, and process improvements.

For the tasks above that require content generation, staff are using Microsoft Copilot and ChatGPT Edu to draft emails, departmental newsletters, reports, and presentations. To assist with managing meetings, the most common tool has become Zoom AI Companion, which can be used to help generate automated meeting summaries, real-time Q&A during sessions, and action items. This gives staff time to focus more on student interaction than note-taking.

Adobe Acrobat AI Assistant can be used for document analysis as it can quickly summarize long policy documents, student handbooks, or research reports to extract key data points. That data can then be used to identify patterns in student engagement and service usage, helping to inform departmental decision-making.

Deeper dives in engagement, volunteering, and community service can be conducted using engagement reporting tools like GivePulse that compile “student voice” data that is then used to analyze sentiment analysis on feedback from specific events. Staff can then identify particular groups, like first-gen students, that may feel disconnected and then adjust programming accordingly. Safety monitoring through AI-integrated security systems can now detect “anomaly behavior,” like a student sleeping in the center for multiple nights, and trigger a discreet, compassionate outreach from a student affairs professional rather than a security guard.

Concierge Services and “Vibe” Management

Student centers are also deploying sophisticated AI assistants like concierge chatbots and “study buddies” to handle the bulk of routine inquiries. At both California State University–Northridge (CSUNny) and Arizona State University (Sunny), chatbots act as the first point of contact, answering questions about club locations and building hours. At Maryville University, the chatbot Max reportedly handles over 6,000 inquiries a month with a 97% resolution rate.

Cardy the Tree, Stanford University’s bot, goes a step further, acting as a study companion that allows students to quiz themselves using AI-generated flashcards while hanging out in student center common areas, and Pounce at Georgia State University offers proactive nudges when paperwork for financial aid and other deadlines are approaching. Instead of waiting for questions, Pounce proactively leads students through the enrollment process (FAFSA, transcripts, orientation), recently reporting that it reduced “summer melt” by 21%, helping Georgia State admit its largest first-year classes ever in 2021 and 2022.

Intelligent space monitors are now being use to manage physical footprints more effectively and to manage the “vibe” of spaces through changes in temperature, lighting, and sound. Using an ecosystem of tools, student centers can also develop “turnout” metrics for future events and literally “move” people around in real time (dynamic signage).

• Predictive Attendance: By analyzing historical data like student ID card swipes, student centers and dining areas can now predict the turnout for events, allowing for precise catering orders and reducing food waste.
• Dynamic Signage: AI-powered displays in lobbies now update based on real-time data. If Wi-Fi heatmaps show a high concentration of students in the dining area or atrium, the signage automatically prioritizes wait times, where events are being held, and other information about things like transit schedules, workshop locations,
  and delays.
• Frictionless Reservations: Platforms like Ellucian have enterprise resource planning systems called Banner and Colleague that sync with room-scheduling software like 25Live and EMS by Accruent. Algorithms then optimize room bookings, and if, for example, a club consistently books a large hall but only 10 people attend, the platform should suggest more appropriate spaces that maximize building efficiency.

A Campus-Wide Community of Practice for AI Users

When Joe Sabado was an undergraduate student at the University of California–Santa Barbara in the 1990s, he quickly found a home in the workings of student life on campus, working as an Upward Bound resident assistant, serving as chair of the Pilipino Cultural Society, and working in the Office of Student Life and as a student peer advisor.

So when he went on to land a job on campus as a web developer, it set him on a path to become an associate chief information officer for student affairs, and finally, to his current position as the university’s deputy chief information officer. As a first-generation college student at the University of California–Santa Barbara, Sabado often felt he didn’t belong. Today, with nearly 30 years in higher education, he champions a human-centered, human-driven, technology-enabled approach, designing systems around people—not
just processes. 

With a master’s degree in business administration, Sabado now leads the campus business information services division of UC–Santa Barbara’s central IT system, although he has never lost his connection to student affairs and student life. In fact, he’s called his connection to student affairs one of his “superpowers” in doing his job.

Last year, Sabado launched Campus AI Exchange, a passion project that is an information hub designed to contribute to higher education beyond UC–Santa Barbara while emphasizing the critical role of information technology, including AI, in advancing student success and supporting the entire campus community.

The site offers the Campus AI Framework—structured guidance on governance, ethics, and implementation—alongside policies, research, and practical decision-making tools. It also features the EPIC Blog, use cases, and maps of AI governance efforts across campuses, making it a go-to resource for sharing insights and best practices. 

Another impactful project that has evolved over time is an expansive AI Community of Practice on campus that has grown to include around 350 students, staff, and faculty members. It is a community that welcomes skeptics, where faculty, staff, and students work through AI ethics, security, and hands-on use cases together, and where local AI initiatives often find their birthplace. 

Sabado’s leadership philosophy, EPIC, stands for: 

• To be an Exemplar of values-driven leadership. 
• To stay Purpose-driven in aligning strategy
  with mission. 
• To be Inspirational in vision and collaboration. 
• To lead with Compassion, placing people at the center of every decision. 

Through the EPIC blog, Sabado explores how AI, culture, and institutional design can align with dignity, justice, and purpose. Drawing from his journey as a first-gen immigrant and systems leader, he bridges the personal and institutional, the technical, and the human. 

“The EPIC Blog looks at AI from different lenses,” he says. “It’s about leadership, success, and technology
coming together.” 

One blog example is “The Future Is Already in Our Campus Systems: Why Leadership Can’t Wait,” a post that examines responsible leadership, institutional readiness, and preparing people—not just technology—for what’s already here.

UC–Santa Barbara is not alone in opening up an AI community of practice broadly to students, staff, and faculty. The University of Minnesota has a similar community—the Artificial Intelligence Community of Practice (AICOP) that includes a Google Group sharing space, and Columbia University’s School of Professional Studies manages a campus-wide collective and collaborative space that includes a newly-launched AI lab that will explore areas as diverse as corporate partnerships tied into the school’s 19 master’s capstones and alumni access to AI tools.