MIT Professor Wins $500K Prize for Training Engineers

A professor who spent over three decades reimagining engineering education just received a half-million-dollar prize recognizing his impact on how America trains its technical workforce.

T. Alan Hatton, who led MIT's Chemical Engineering Practice School from 1989 to 2025, won the 2026 Bernard M. Gordon Prize for Innovation in Engineering and Technology Education. The National Academy of Engineering awarded him $250,000 personally, with another $250,000 going to MIT to continue his work.

What makes Hatton's approach different? Instead of keeping students in classrooms, he sends them into real companies to solve actual problems. Students work in manufacturing plants, research centers, and development labs around the world, tackling challenges under genuine operational constraints.

When Hatton took over, the program worked with just a handful of traditional chemical companies. He expanded it to span continents and industries, from pharmaceuticals and energy to food production and even finance. He constantly recruited new partner companies, ensuring students encountered emerging technologies and diverse workplace cultures.

The results show up in tangible ways. Host companies report improved processes, reduced costs, and new technical directions informed by MIT-level analysis. Students gain something harder to find in traditional education: sustained responsibility for complex work, direct interaction with industry professionals, and repeated chances to present and refine their ideas.

Hatton also created an intensive project management course during MIT's January term that became foundational training. Students learn team-based problem solving before they ever step into an industrial setting, preparing them to deliver value from day one.

The Ripple Effect

The program's influence reaches far beyond MIT's campus. Thousands of graduates have carried this immersive learning model into their careers as engineering leaders. Companies that host Practice School students often maintain relationships with MIT for years, creating ongoing partnerships that strengthen both industry and academia.

Current director Fikile Brushett says Hatton built adaptability into the program's DNA. As technology evolves and industry needs shift, the Practice School can pivot while maintaining its core principles of immersion, rigor, and partnership.

Alumni have already established the T. Alan Hatton Fund to help launch new Practice School stations, lowering barriers for emerging partners. The fund ensures the program can continue engaging with a broad range of industries and technologies.

The Gordon Prize citation specifically praised Hatton for strengthening U.S. technological competitiveness and workforce readiness. In an era when engineering challenges cross disciplines and borders, his model shows how academics and real-world problems can combine into powerful preparation for future leaders.

What started in 1916 as an unconventional idea has become a blueprint other universities study and adapt. The Practice School proves that students don't have to choose between rigorous academics and practical experience when both can happen simultaneously.