Aerospace engineering education was key in his transition to military aviation

Every career path has its unique challenges, but for Jack van Dyke, a 2022 graduate of the University of Minnesota Twin Cities aerospace engineering and mechanics (AEM) program, the journey has been an adventure.

Van Dyke grew up in Minnesota, where he completed his high school education before enrolling at the University of Minnesota, pursuing his degree while simultaneously engaging in the ROTC (Reserve Officer Training Corps) program, a decision that would shape the trajectory of his life.

“My dad worked for General Dynamics, so I was always around the technology and the incredible things that aerospace engineering creates,” says van Dyke. “I was fascinated by documentaries on astronauts and the way the world of aerospace worked. It just seemed natural to me to want to study aerospace.”

He chose the University of Minnesota because of its top-ranked aerospace engineering and mechanics program, but also because it was close to home and affordable—an ROTC scholarship secured his path.

Building a better career with education

The aerospace engineering and mechanics program proved to be pivotal in shaping van Dyke’s future. The in-depth knowledge and practical applications he gained in the classroom became key assets when transitioning into his military aviation career.

“The concepts we learned in AEM were exactly what I applied when I became a pilot,” van Dyke says. “The technical knowledge I gained from understanding things like compressor stalls and systems information was a huge advantage in flight school.”

Aerospace engineering also instilled strong study habits in van Dyke, skills that directly transferred to flight school’s intensive learning environment.

“Flight school was intense, with information coming from all directions, but my background helped me develop a method for organizing and synthesizing all the data I needed to process, which was extremely helpful, he says.”

After graduation, van Dyke was commissioned into the United States Navy. The transition from the University of Minnesota to the Navy’s aviation program was a natural progression for him, but that doesn’t mean there weren’t hurdles. In fact, the pilot pipeline involved long periods of waiting, during which van Dyke used his time outside of formal instruction to stay engaged with the aerospace world and further develop his technical expertise, including a personal passion for building drones.

Taking his education even higher

Today, van Dyke has completed his primary training with the T-6, a turboprop aircraft, in Corpus Christi, Texas. He then selected jets as his future career path, meaning he will be trained on the T-45, the Navy’s advanced jet trainer, before moving on to more advanced aircraft such as the F-18, F-35, or the EA-18 Growler.

“When I started flying the Cessna, it was a pretty slow, basic plane. Moving to the T-6, with 1,000 horsepower and ejection seats, was a huge leap. Then the T-45 will take me to jet speed and advanced avionics, which is incredibly exciting. The progression keeps getting more intense,” says van Dyke.

His background in aerospace engineering makes him uniquely suited for this role. “The concepts of aerodynamics, systems, and data handling all prepared me to handle these advanced machines,” he says. “It’s truly the greatest career out there, and I feel like everything I’ve done has set me up to succeed.”

Looking back on his time at the University of Minnesota, a few moments stand out to van Dyke as particularly formative.

“My flight dynamics professor, who was a Navy officer, really shaped my perspective on both aerospace engineering and aviation. He gave me a deeper understanding of the practical application of flight principles,” says van Dyke. “Also, my senior design project was a standout experience. We were working with Northrop Grumman on designing an interceptor missile to target drones. Now, as I’m preparing to fly jets in the Navy, it’s surreal to think I was working on systems that could one day be used on the very aircraft I’ll be piloting.”

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This story is adapted from the College of Science and Engineering