UNIVERSITY PARK, Pa. — A team of Penn State undergraduate and graduate students from the College of Arts and Architecture’s Stuckeman School and the Ross and Carol Nese College of Nursing tied for first place in the International Intergenerational Community Design Competition.
The team included John Akudugu, a nursing graduate student; Behnoud Alaghband, an architecture graduate student; Rojina Azadi, a graphic design graduate student; Yuri Moros, an undergraduate landscape architecture student; and Mohammed Rezvan, an architecture graduate student focusing on landscape architecture.
Titled “Interwoven Ages: Designing Age-Responsive Public Environments for Coexistence and Interaction,” the team’s winning submission built upon the design for which the team won first place in the Stuckeman School’s Intergenerational Design Innovation Challenge in January.
“We developed the project by building upon both internal concepts and external feedback that we received from the jurors [in January],” said the team. “This feedback helped us refine both the design content and the graphical presentation as an integrated process.”
Central to the team’s winning submission was prioritizing social interaction among the people that make use of Sidney Friedman Park in State College. Also paramount to the team’s design was aiming to ensure that the interactions between people in the park felt natural, not forced.
The team took a layered approach to their design plan with different park areas dedicated to specific user groups, which were identified as mono-generational, multi-generational and inter-generational spaces. Examples of mono-generational spaces include an "Older Adults Activity Room" and a "Youth Gaming Lounge," which are intended to help reduce anxiety and encourage participation among users.
The team also incorporated central hubs for interaction between park visitors, which include features such as an "Intergenerational Café Garden" and a "Shared Outdoor Workshop." The design features "Community Fruit Gardens," which represent a symbolic "living cycle" — harvesting what the previous generation planted while planting for the next.
According to the team, the entire system is informed by universal design principles, ensuring equitable access, intuitive navigation and usability across diverse ages, abilities and mobility levels without requiring adaptation or specialized design.
The plan was designed to be a replicable model for other urban environments while supporting the University’s mission to lead as an "Age-Friendly University," said the team, "turning a demographic challenge into a public design opportunity."