How One Engineering Student Went From Jacksonville University to a Cadillac Formula 1 Internship
For most engineering students, the dream of working in Formula 1 racing feels distant — a fantasy reserved for elite graduates of the world's top technical institutions. But for Stephen Coleman, a student at Jacksonville University in Florida, that dream became reality through a combination of dedicated faculty mentorship, immersive hands-on learning, and a willingness to build something from nothing. His journey from the classroom to a Cadillac Formula 1 internship is not just an inspiring personal story — it is a blueprint for what modern engineering education can and should look like.
The Power of Hands-On Engineering Education
Traditional engineering curricula have long been criticized for emphasizing theoretical knowledge at the expense of real-world application. Students spend years studying differential equations, thermodynamics, and materials science without ever touching the physical systems those principles describe. Jacksonville University is challenging that model, and Stephen Coleman's story is one of its most compelling success stories.
At Jacksonville University, engineering students are encouraged to apply what they learn in lectures directly to practical projects. Faculty members serve not just as instructors but as active mentors who guide students through the messy, unpredictable process of solving real engineering problems. This philosophy proved transformative for Coleman, who credits the hands-on culture of his university as the critical factor that distinguished him from other candidates when he pursued his Formula 1 opportunity.
The skills developed through practical, project-based learning — problem-solving under pressure, iterative design, cross-disciplinary collaboration — are precisely the skills that elite motorsport organizations like Cadillac's Formula 1 team demand from their engineers. A resume filled with coursework is common. A portfolio built on actual engineering experience is rare and powerful.
What Is Formula SAE and Why Does It Matter?
One of the most significant developments to emerge from Coleman's time at Jacksonville University is the establishment of a Formula SAE chapter — a program he helped build for fellow students. Formula SAE, organized by SAE International, is a collegiate design competition in which teams of students design, build, test, and race a small open-wheel formula-style car. The program is widely recognized across the engineering industry as one of the most effective experiential learning environments available to undergraduate students.
Participating in Formula SAE teaches students skills that cannot be learned in a classroom alone. Teams must manage budgets, source materials, coordinate manufacturing processes, and optimize vehicle performance — all under the time pressure of a competition deadline. Students take on specialized roles in aerodynamics, powertrain engineering, chassis design, electronics, and data analysis, mirroring the organizational structure of a professional motorsport team.
For Jacksonville University, launching a Formula SAE chapter represents a significant investment in student development. The program signals institutional confidence in experiential education and provides students with a tangible, prestigious credential that resonates deeply with engineering employers. More importantly, it creates a community — a group of students united by a shared, demanding goal — that elevates the ambitions of everyone involved.
Faculty Mentorship: The Hidden Engine of Student Success
Behind every student success story like Coleman's is a network of faculty members who chose to invest their time and expertise beyond the boundaries of their formal teaching responsibilities. Faculty mentorship in engineering programs is not merely about reviewing homework or holding office hours. It is about helping students identify opportunities they might not have known existed, building confidence in the face of imposter syndrome, and providing honest guidance when a student's ambitions need refining or redirection.
At Jacksonville University, the mentorship culture Coleman experienced appears to have been genuinely transformative. Faculty engagement that goes beyond the syllabus — recommending students for internships, connecting them with industry contacts, encouraging them to pursue ambitious projects — is one of the most undervalued drivers of career outcomes in higher education. Research consistently shows that students who report strong faculty mentorship relationships are more likely to pursue graduate education, secure competitive employment, and report higher levels of professional satisfaction.
The Cadillac Formula 1 internship that Coleman secured is a direct product of this ecosystem. It is unlikely that a student without meaningful project experience, strong faculty advocacy, and a demonstrated passion for motorsport engineering would have been competitive for such a position. Jacksonville University helped create all three of those conditions.
What the Cadillac Formula 1 Connection Means for Engineering Students
Cadillac's entry into Formula 1 is itself a landmark moment in motorsport history, representing General Motors' return to the pinnacle of open-wheel racing. As a new constructor on the grid, the Cadillac F1 team is building its engineering and operational infrastructure from the ground up — which means it is actively seeking talented, motivated engineers at all levels of experience, including interns who can grow with the organization.
For Coleman and for Jacksonville University, this connection is more than a personal achievement. It establishes a precedent and a pathway. Other students at the university can now see concretely what is possible. Prospective students considering engineering programs can point to this outcome as evidence that Jacksonville University prepares students for careers at the highest levels of the industry.
Lessons for Universities Invested in Engineering Student Success
The story of Stephen Coleman and Jacksonville University's Formula SAE program offers several lessons worth considering for institutions seeking to improve engineering graduate outcomes.
- Project-based learning produces differentiated graduates. Students who have built real things, solved real problems, and worked in real teams stand out in competitive hiring processes.
- Faculty mentorship is a strategic institutional asset. Universities that cultivate a strong mentorship culture see measurable returns in student achievement and alumni reputation.
- Student-led initiatives amplify institutional investment. When students like Coleman take the initiative to build programs — such as the Formula SAE chapter — they create value for the entire institution, not just for themselves.
- Industry partnerships begin with visible student success. One student landing a prestigious internship can open doors for dozens of students who follow.
The Road Ahead
Stephen Coleman's journey from the classrooms of Jacksonville University to a Cadillac Formula 1 internship is a story about more than motorsport. It is a story about what happens when an educational institution commits seriously to experiential learning, when faculty choose engagement over detachment, and when a student combines passion with preparation. As Formula 1 continues to grow in popularity across North America — driven in large part by the sport's expanding media presence — the demand for homegrown American engineering talent in the paddock will only increase. Jacksonville University has positioned itself, through programs like Formula SAE and through a culture of mentorship, to be a meaningful contributor to that talent pipeline. For engineering students everywhere, Coleman's story is both an inspiration and a practical reminder: the path from classroom to career is built one project, one mentor, and one opportunity at a time.