Shaping Creative Thinkers

Dr. Tony McCaffrey is turning bold ideas into real-world solutions.

At Eagle Hill School, creativity plays a central role in how students engage with learning and problem solving. For Computer Science teacher and Computer Science Department Chair Tony McCaffrey, that means inviting students to work on real-world challenges and encouraging them to recognize the value of their ideas.

In 2025, McCaffrey was named one of the Top 50 Global Thought Leaders and Influencers on Creativity by Thinkers360 in recognition of his research and innovative approach to problem solving. More recently, C-Suite Outlook recognized him as their “2026 AI Visionary: Redefining the Future of Augmented Creativity and Collaborative Problem-Solving.” The honor reflects McCaffrey’s distinctive approach to artificial intelligence—rather than focusing on popular topics like AI agents or automation, his work centers on creating effective collaboration between humans and AI that can produce innovations neither could generate alone. This philosophy carries directly into this classroom, where students develop creative thinking skills needed to address meaningful problems beyond the classroom.

McCaffrey consistently centers his work on students and how young people approach complex problems.

While these recognitions highlight his research, McCaffrey consistently centers his work on students and how young people approach complex problems. He is particularly interested in what makes teenage thinking distinct. “Young thinkers know enough to come up with ideas that could work,” McCaffrey explains, “but they haven’t learned all the reasons something can’t be done yet.” That openness, he says, often leads to solutions that experts overlook.

In his computer science courses and problem-solving programs, students tackle challenges that extend beyond traditional classroom assignments. Projects have included addressing space debris in Earth’s orbit and designing housing concepts for extreme flooding. In one project, students developed a concept for capturing space junk that later drew interest from aerospace engineers and NASA. In another, a student proposed a flood-resilient home capable of rising with floodwaters by borrowing principles from submarine engineering. Students share their work with professionals and refine their ideas through expert feedback.

A central part of this process is a visual, collaborative method McCaffrey developed called BrainSwarming. Rather than generating ideas in a single session, students record, organize, and connect ideas over time—mirroring how innovation unfolds through sustained exploration and collaboration. This approach allows quieter students and independent thinkers to contribute just as meaningfully as their more outspoken peers. Outside his classroom, a whiteboard invites the broader Eagle Hill community to contribute ideas to posted problems—extending collaborative problem-solving beyond his students and into campus-wide conversation.

McCaffrey believes learning is most powerful when it is connected to something larger than ourselves.

As a computer science educator, McCaffrey sees this work as preparation not just for future careers, but for meaningful contribution. His approach reflects one of Eagle Hill's core values: Purpose. McCaffrey believes learning is most powerful when it is connected to something larger. He has found that students are more creative and more motivated when they are working on problems that matter—challenges that extend beyond the classroom and invite real impact. By emphasizing creativity as a practical, necessary tool and by giving students the space to collaborate and build on ideas, his work reflects a belief that creative thinking is not optional but essential to shaping a more innovative and resilient future. As McCaffrey puts it: “Creativity is our world’s only hope.”

Read CSuite Outlook’s feature article on Dr. McCaffrey >>