NASA's University Leadership Initiative (ULI) has reached a significant milestone: ten years of fostering breakthrough aeronautical innovations while cultivating the next generation of aviation professionals. Since its inception in 2016, ULI has awarded $220 million to 33 university teams across eight rounds of solicitations, supporting over 1,100 students at 100 schools. These students have tackled NASA's top priority areas, including high-speed flight, advanced air mobility, future airspace management, safety, and electrified propulsion. What sets ULI apart from traditional NASA research is its bottom-up approach: instead of NASA dictating the research agenda, universities propose their own projects aligned with NASA's goals. This empowers students to identify big problems and apply their creativity to solve them. For example, early ULI teams explored slotted natural laminar flow (SNLF) wings, which reduce drag and improve fuel efficiency—a concept that remains of interest to industry a decade later. Another team investigated whether airliners could save fuel by flying in a 'V' formation, inspired by migrating birds. While not yet implemented, such ideas push the boundaries of conventional thinking. The impact on the aviation workforce is tangible. Many ULI alumni have secured positions at major companies like Boeing and Lockheed Martin, as well as at NASA itself. Forrest Carpenter, a former ULI student, credits the program with challenging him to grow beyond being "just an engineer" and helping him find his passion. James Coder, a professor who led an early ULI team, emphasizes that the program goes beyond workforce development by putting students in the driver's seat of technical leadership. For ATPL and ATC students, ULI's achievements underscore the importance of staying abreast of emerging technologies. Concepts like SNLF wings, morphing aircraft structures, and advanced air mobility will shape the aircraft and airspace systems of tomorrow. Understanding these innovations can give future pilots and controllers a competitive edge, as they will be operating in an environment increasingly influenced by university-led research. Moreover, ULI demonstrates that the aviation industry values creative problem-solving and hands-on experience—qualities that ATPL and ATC training programs should foster.