Outside of academics, prospective fuelies are offered outstanding opportunities to follow their passion. One notable distinguished fuelie is Admiral Heinrich, the 46th Chief of the Supply Corps. He was a part of the KU swim team during his time in Lawrence! He mentioned that one of his classmates was an assistant baseball coach while earning his degree. Dee Steinle, the MBA Director at KU, is also one of our strongest advocates. In 2014, she was formally recognized as an honorary Supply Corps officer for her continuing support and appreciation of our leadership and operational experience.
Some students also choose to complete Joint Professional Military Education (JPME) Phase I during their time at KU, either online through Air University or the Naval Postgraduate School.
KU gives you the time and space to pursue your passion—and reconnect with what matters most.
Supply officers shouldn’t hesitate to become fuelies. We are mission enablers and we promote well. Fuel officers consistently advance to senior leadership because our impact is strategic, measurable, and respected across all branches.
How KU Builds Better Fuelies
The KU program is academically intense but strategically aligned. On top of normal MBA classes, we had to take an additional 15-unit credit of graduate level engineering courses. Courses like corrosion management required countless hours of calculations. I spent long days studying outside my professors’ offices—and they were always available, always invested in our success. But it was worth it because we knew it matters – a lot.
The MBA program gave us business frameworks and analysis tools, while the engineering side gave us technical understanding and appreciation for fuel infrastructure management, facility upkeep, and environmental stewardship. But more than that, KU gave me real-world reps. I helped develop a powdered human milk manufacturing plan—modeling yields, costs, and FDA compliance. I built a go-to-market strategy for a low glycemic rice cultivar, analyzed intellectual property protections, and created a federal funding proposal for a state-of-the-art dental bioceramic product. I also worked on customer conversion strategies for a swim school and competed in an MBA case competition. These weren’t simulations; they were complex, high-stakes business problems requiring data analysis, stakeholder alignment, and operational foresight. Every project sharpened the mindset we need in fuels planning: anticipate constraints, innovate solutions, execute with precision.
KU’s strong partnership with the Supply corps has produced over 200 fuelies since 1970. Although we are not trained to become petroleum engineers, we benefit from attending one of the top petroleum engineering schools in the country.
Why Fuelies Matter
There are 14 different types of fuel on the battlefield, and fuelies directly enable our joint warfighters to accomplish the mission. We operate and oversee dozens of Defense Fuel Support Points (DFSPs) that keep entire strike groups, air wings, and joint task forces fueled and mission ready. In every major exercise, crisis, or contingency, fuel officers and planners are right there—alongside every numbered Fleet, quietly keeping the fuel supply chain humming. We don’t just move fuel—we maintain infrastructure and protect the environment to ensure safe, reliable, and sustainable operations.
No other military branch invests in fuel officers like the Navy does. Other services don’t send their officers to earn petroleum management certificates. KU’s dual-degree program reflects how seriously we take fuel. We didn’t just study corrosion or infrastructure vulnerabilities—we learned to think of fuel as a strategic risk, a force enabler, and a global commodity. Group projects on global supply chains, business case competitions, and our international business trip to Panama pushed us to analyze how fuel flows through chokepoints, impacts economies, and enables military operations.
We look beyond daily fuel reports and into the operational horizon: How many barrels does this carrier group need by Day 7? What happens if replenishment is delayed or normal sources fail? How do we shift supply, protect fuel quality, surge capacity, and safeguard the environment—while preserving operational initiative? This kind of operational, anticipatory, joint-thinking mindset defines the fuels community.