Skip to main content
Prospective Students/Visitors homeUConn Today home
Story
2 of 20

Kay Wille Appointed as UConn School of Civil and Environmental Engineering Director

Wille will transition from interim director to formal director in August 2025.

Dean JC Zhao of the UConn College of Engineering has appointed Professor Kay Wille as the director of the School of Civil and Environmental Engineering (SoCEE). Wille’s formal appointment will start in August 2025. 

Wille has served as interim director since August 2024.

Kay Wille
Professor Kay Wille will become the permanent director of the School of Civil and Environmental Engineering in August 2025.

“I feel incredibly fortunate for the vote of confidence in leading the School of Civil and Environmental Engineering,” Wille said. “Having been part of this academic community for more than a decade, I’ve seen firsthand the talent, dedication, and innovation that define our students, faculty, and staff. I’m excited to build on our legacy of research excellence and educational leadership while preparing the next generation of engineers to tackle society’s most urgent infrastructure and sustainability challenges.” 

Wille joined UConn Engineering in 2010 as an assistant professor in the (then) Department of Civil and Environmental Engineering. He then served as associate professor from 2016- 2024, and professor and interim director since 2024. He has held roles as group coordinator of Structures and Applied Mechanics from 2022-2024 and the director for graduate programming from 2015-2016. 

“Dr. Wille is an excellent scholar, an innovative researcher, and a respected leader in our community,” said Zhao. “His deep commitment to student success and impactful research make him well-suited to lead the School of Civil and Environmental Engineering into its next chapter. We’re proud to have him at the helm.” 

Wille has led a total of 31 funded research projects (26 as PI), totaling more than $12.7 million. 

His research focuses on ultrahigh performance concrete (UHPC), concrete durability, and sustainable infrastructure materials. He is a leading expert in UHPC development and application, with particular emphasis on fiber-reinforced composites. His work also addresses concrete deterioration caused by pyrrhotite-containing aggregates, and he actively explores resource-efficient, sustainable mix designs to improve long-term performance and environmental impact. 

Before arriving at UConn, he worked as a postdoctoral researcher at the University of Michigan, and a graduate research/teaching assistant, and research assistant at the University of Leipzig in Germany. 

He earned his diploma and Ph.D., both in civil engineering, from the University of Leipzig in 2002 and 2008, respectively.  

During his teaching career at UConn, he has taught 54 courses, impacting more than 1,600 students. 

He has authored one book, two patents, 60 journal papers, and 40 conference papers. His significant contributions to research and scholarship have led to the recognition to be among the top 2% of world scientists ranked by the methodology developed by Stanford University.