Some ideas arrive quietly but spend years humming beneath the surface while they gain clarity, gather champions, and wait for the exact right moment to become real.
For Jaromy Kuhl, this one started in 2021.
Before the renderings and funding, before the ceremonial shovels hit the dirt this week at the University of West Florida, and before it even had a name, Jaromy Kuhl was thinking about this project and sharing about it with anyone who wanted to know more.
Groudbreaking on April 23, 2026 at the University of West Florida for The Synapse.Yesterday, something remarkable happened on the campus of the University of West Florida. A building that is designed to think like a brain was unveiled at a groundbreaking ceremony with leaders, faculty, students, and community partners gathered just south of the John C. Pace Library.
They called it The Synapse. And if you’re wondering about the name, it’s not just clever, it’s intentional.
Designed in a striking Y-shape, the 55,000-square-foot facility mirrors the way neurons connect in the human brain: interconnected, responsive, alive with possibility.
In other words, exactly how Jaromy Kuhl thinks.
Before Jaromy was mapping out interdisciplinary research hubs, Kuhl was mapping something else entirely: graphs.
The kind that lives deep inside the world of combinatorics, where patterns, connections, and possibilities unfold in elegant, complex ways.
A professor in mathematics and statistics, Kuhl’s research has focused on graph theory, studying structures like bipartite graphs, Latin squares, and the kinds of problems that explore how connections form, stretch, and sometimes break. His work dives into coloring graphs, extremal problems, Hamiltonicity (finding the longest possible cycles), and the intricacies of the Tutte polynomial.
If that sounds abstract, here’s the translation: he studies how things connect. And let me be clear, I am not sure what all of that even means.
But if you want me to put it in a language I understand, I will describe Jaromy as someone who knows how to make those connections stronger, more efficient, and more meaningful.
Kuhl joined UWF in 2005, after earning not one, not two, but four degrees from the University of Mississippi, including a Ph.D. in Mathematics with a focus on graph theory, along with undergraduate degrees in both mathematics and physics.
He’s spent two decades teaching, researching, leading departments, managing budgets, mentoring students, and presenting his work everywhere from China to Australia.
His research has been published in journals like Graphs and Combinatorics, Annals of Combinatorics, and Discrete Applied Mathematics.
But somewhere along the way, his focus expanded.
From equations on a page to the architecture of an entire academic ecosystem.
If you spend even a few minutes with Jaromy Kuhl, you realize something quickly: he’s not interested in short wins.
I have known him for years, but from a distance. I have observed his quiet and kind demeanor in a faith setting, a social setting, and in his role as Provost. Yesterday was the first day I saw his joy elevated to such a high level. This man is thrilled with what is happening on the campus of UWF.
As provost, the chief academic officer responsible for shaping the university’s academic vision, he’s been quietly working behind the scenes to bring this idea to life for years.
Not months, but years. Since 2021, he’s been asking a deceptively simple question: What would happen if we stopped separating disciplines and started connecting them?
The answer now stands in drawing form as The Synapse. A place where artificial intelligence doesn’t sit in one corner, cybersecurity in another, and engineering down the hall, but instead, they collide and collaborate.
Inside The Synapse, you won’t just find labs. “You’ll find momentum,” he shared.
The building will house two powerhouse programs, the Center for Computational Intelligence and the Center for Cybersecurity and AI. Both are already making waves and are about to level up.
The computational work happening here isn’t theoretical. It’s tackling real-world challenges, healthcare, energy, environmental monitoring, and even national defense.
And the cybersecurity and AI center is already nationally recognized. Soon, it will move from downtown Pensacola onto campus, creating even stronger connections between students, faculty, and industry partners.
So, in short, a mathematician who built his career studying connections is now leading the charge as UWF builds a space designed to accelerate them.
Kuhl is quick to point out what matters most. And it is not square footage.
It’s the students. Those who will walk into this building and not just learn about artificial intelligence but work with it.
Students who won’t just study cybersecurity but will help shape it and who will graduate not just with degrees, but with experience that puts them miles ahead.
And in a region like ours, where workforce development isn’t just a buzzword, that matters.
It’s easy to think of The Synapse as a university project. It’s actually a regional investment funded in part by Triumph Gulf Coast and the state of Florida.
Because it will be a pipeline of highly skilled graduates entering industries that are shaping the future of our state and beyond.
It’s sending a signal that Pensacola isn’t just keeping up, it’s stepping forward.
Speaking of stepping forward, President Manny Diaz Jr. called it “transformational.” And with him at the helm of UWF, the movement every single day seems to be led with the thought of good transformation.
But transformation doesn’t happen overnight. It happens because someone like Jaromy Kuhl decides to stay with an idea long enough to see it through, navigate the funding, the planning, and the countless conversations.
To hold the vision steady until everyone else can see it too.
At the groundbreaking, many people were thanked who were involved in this moment – the accolades belong to many.
But make no mistake, Kuhl’s fingerprints are all over this project.
And years from now, when students are collaborating in those labs, when breakthroughs are made in that atrium, and ideas connect in ways we can’t yet imagine, we will look back and realize that the real work started in 2021 with a mathematician who had a question about connection.
