University of Kentucky Sparks Campus-Wide Innovation with Microsoft 365 Copilot

For more than 160 years, the University of Kentucky (UK) has served its Commonwealth with deep fidelity, upholding its foundational promise to ensure Kentucky is healthier, wealthier, and wiser tomorrow than it is today. As the state's land-grant institution, UK advances its mission through education, research, service, and health care, maintaining a presence in all 120 Kentucky counties. As one of only eight institutions in the United States with a full complement of liberal arts, engineering, professional, agricultural, and medical colleges on one contiguous campus, the university is aptly positioned to leverage its strengths across disciplines and talent. This footprint has expanded to include hospitals, clinics, affiliations, and four-year medical school programs across four campuses in the Commonwealth.

This expansive reach serves more than 38,000 students and 33,000 employees. The community ranges from first-generation college students experiencing campus for the first time to seasoned research scientists with deep expertise in computational and data-driven discovery. This breadth makes UK an unusually robust test case for institution-wide technology adoption.

Eli Capilouto, president of the University of Kentucky, views the university's role as a promise to the Commonwealth. "We were birthed more than 160 years ago to provide an education for the common man and, eventually, for the common woman," he said. "We have kept our doors open wide since the first day we opened."

Today, that mission means ensuring that every Kentuckian can lead in a rapidly advancing economy. The university acts as a dynamic hub for societal needs, helping to ensure that technological shifts benefit every corner of the state. For Capilouto, this responsibility translates into a partnership with all Kentuckians. Rather than delivering change from above, the university is focused on building a shared future so that the promise of technology reaches every citizen.

Unifying Campus-Wide AI Initiatives

By 2024, the university recognized that artificial intelligence (AI) adoption was gaining significant organic momentum. It appeared simultaneously in classrooms, research labs, and administrative offices.

When UK leaders took an inventory of AI activity on campus, they identified more than 150 separate initiatives already in motion.

These projects reflected a community eager to explore new tools, but they were largely independent and siloed. This high level of engagement created an opportunity for a coordinated institutional strategy. UK saw the potential to provide a unified framework that would support responsible use and maximize the impact of these diverse projects across the Commonwealth.

"The pace of adoption was faster than, frankly, the uptake of any new technology we had ever seen," said Ian McClure, vice president for innovation at UK HealthCare. Internal research revealed a significant opportunity across the higher education sector. Although many colleges and universities knew AI was being used, fewer than one-fifth had developed a holistic institutional strategy to manage it.^Footnote1

To support this energy, UK established the CATS AI framework. This formal governance framework is designed to provide the scaffolding for responsible AI adoption through five functional subcommittees: research, education, health, administration, and students. The goal was to move beyond isolated experiments toward a coordinated institutional process. This required prioritizing governance-led adoption across every department to ensure consistency and trust.

Converting Governance into Innovation: The CATS AI Framework

By establishing the CATS AI framework, UK designed an engine for innovation that prioritizes interdisciplinary collaboration. This structure ensures that unique challenges are addressed by those closest to the work. The subcommittees act as a broadly matrixed coalition of leaders, providing the perspectives needed to decide how the institution will lead in this transformational era.

The university standardized on the Microsoft platform to power this institutional vision. Leadership cited a shared commitment to the values and technical expertise required for knowledge exchange at scale. "What Microsoft provides is something we can't develop, and that is this powerful technology that is evolving week by week by week," Capilouto said.

The deployment focused on a portfolio approach. Microsoft 365 Copilot was selected as the foundational layer for campus-wide access, ensuring that every student and staff member has the tools to succeed. For clinical settings, the university chose Microsoft Dragon Copilot for its ability to enhance clinical workflows and support provider well-being. Additionally, GitHub Copilot was implemented to support student creation and problem-solving beyond what traditional computer science programs provide. This combination ensures that AI is not just a tool for consumption but a platform for active creation across all disciplines.

Delivering Quantifiable Impact from the Classroom to the Clinic

The impact of this coordinated approach has been immediate across the university system. UK successfully achieved a 100 percent deployment to its campus, providing more than 70,000 students and employees access to Copilot.

In high-stakes clinical environments, Dragon Copilot enhances how health care is delivered. The tool utilizes ambient listening—a technology that securely captures and transcribes spoken dialogue in real time—allowing clinicians to focus more on direct patient interaction. Tama S. Thé, a pediatric emergency-medicine physician and associate professor, explained that the technology enables clinicians to be more present with their patients. "I'm able to get down to the fundamental concerns of my patients a little bit better because now I'm able to completely focus on them. Instead of trying to remember everything that they're saying in excruciating detail . . . something is doing that for me." By allowing the system to handle the medical record, he can remain fully engaged with the families he serves.

Beyond the hospital, students are using GitHub Copilot to become active builders of digital solutions. Chaelyn McGuire, a biomedical engineering sophomore, used the tool to develop a website for her sorority's philanthropic efforts. McGuire doubled the donations to a local domestic violence shelter by streamlining her outreach. "GitHub Copilot kind of brought my project to life," McGuire said. "I was able to get ten to fifteen emails done in an hour. One email to my professor usually takes me a good thirty minutes."

Shifting Toward a Universal Innovation Mindset

Educational innovation is also scaling through student-led projects such as Socratic Tutor. Medical students Hunter Colson and Matthew Bernard co-developed the tool to help students master complex material. Built with GitHub Copilot, Socratic Tutor enables medical students to engage in AI-driven dialogue. This interactivity addresses Bloom's 2-sigma problem, which shows that students who are tutored one-on-one perform significantly better than their peers.^Footnote2

The university is now transitioning from adoption to a vibrant culture of innovation. Every individual on campus is encouraged to see themselves as an empowered innovator. This involves moving beyond tool use toward genuine creative problem-solving. To support this vision, UK is launching the CATS AI Alliance. This collaborative network creates a real-time feedback loop between the institution and its community partners.

By building on the secure cloud foundation of Microsoft Azure, the university is creating a sustainable environment for discovery that safeguards sensitive intellectual property and patient health data. This extensible infrastructure also supports low-code innovation through tools such as the Microsoft Power Platform. By empowering teams to automate workflows and extend AI capabilities without heavy development overhead, the university is equipping nontechnical students and staff to move from ideas to actual platforms, enabling them to safely build their own custom agents and community applications at scale.

The long-term vision focuses on outcomes that demonstrate the true potential of institutional AI. Ian McClure, interim co-director of CATS AI, points to the university's ability to accelerate life-saving research as a primary benchmark. He asked whether the technology will "allow us to find a new drug that saves lives faster than we did before." McClure added, "Certainly those are the outcomes that we'll be measuring that we're most excited about."

Exploring a New Frontier

UK leaders advocate for a model that meets people where they are. They believe the university's responsibility is to work as respected partners to navigate the rapidly advancing economy.

Colson agrees. He views these AI tools as a step stool that allows every student to reach the same level—regardless of where they are or where they start. This approach ensures that a student from rural Kentucky has the same access to the future as a student from a global tech hub. The strategy is designed to drive a revolution in education and health care that grows from the bottom up. Innovation is not restricted to the ivory tower; instead, it is diffused throughout the Commonwealth.

Colson summarized the university's active stance on solving problems. He believes that taking action is more valuable than just discussing the challenges. "If there's an issue, it doesn't do a lot of good to just talk about it," he said. "And I think when you stop talking about the issues and start trying to fix them, that's where a lot of the magic happens."

Through its partnership with Microsoft and the CATS AI framework, the University of Kentucky is fulfilling its promise as Kentucky's AI University. By preparing students for the connected world beyond graduation, UK is ensuring that innovation remains a shared legacy for the Commonwealth.

"Our responsibility is to meet people where they are and work with them as respected partners so that all of us can get to where we need to be in a rapidly advancing economy," Capilouto said. "We want to give everybody a fair shot, and we want to be their partners shoulder to shoulder, hand in hand, to get to that new frontier . . . ."

Notes

1. Jenay Robert, 2024 EDUCAUSE AI Landscape Study (EDUCAUSE, February 2024).Jump back to footnote 1 in the text.↩
2. Benjamin S. Bloom, "The 2 Sigma Problem: The Search for Methods of Group Instruction as Effective as One-to-One Tutoring," Educational Researcher 13, no. 6 (June–July 1984): 4–16.Jump back to footnote 2 in the text.↩

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Mark Sparvell is Director, Microsoft Education, at Microsoft.