Skip Navigation

Eco-Sooner Team Wins Top Honors at Global Sustainability Competition

NEWS
Place your image here. Please ensure that your image upload meets all of these requirements: Image dimensions, 900 by 600 pixels; file type, jpeg or jpg; file size, maximum of 300kb. Overlaying crimson and white stripes.
A rendering of the team’s multi-family housing project idea. Image provided.

Eco-Sooner Team Wins Top Honors at Global Sustainability Competition


By

Bonnie Rucker
brucker@ou.edu

Date

May 5, 2025

OKLAHOMA CITY, OKLA. - A team of graduate students from the University of Oklahoma Christopher C. Gibbs College of Architecture claimed a significant victory April 27, earning top honors in the Multi-Family Housing Division of the international BuildingNEXT competition, held at the U.S. Department of Energy’s laboratory in Golden, Colorado.

The Eco-Sooner team, made up of 11 master’s and doctoral students from various divisions of the college, competed against 93 other colleges and universities from around the world. Judges praised the team for its innovative and well-rounded design, which focused on high-performance systems and long-term energy savings. Their project tackled substantial global challenges like affordable housing and lowering consumer costs with solutions that can be scaled widely.

Negar Matin, Ph.D., faculty advisor to the team, expressed her pride in their accomplishment. “This recognition is a testament to our students' hard work, innovation and collaborative spirit,” she said. “Their success not only highlights the excellence of our academic programs but also underscores our commitment to sustainable and affordable housing solutions across Oklahoma.”

The BuildingNEXT competition, formerly known as the Solar Decathlon competition, recognizes outstanding achievement by awarding four teams in each division an honorable mention. The Eco-Sooner team’s win in the Multi-Family Housing Division places them among the top-performing teams in the world.

"This latest achievement in the BuildingNEXT competition further solidifies the OU team’s position as one of the top-performing groups in the nation,” said Hans Butzer, dean of the College of Architecture. “Their continued excellence reflects not only technical skill but also exceptional leadership, bringing together master’s and Ph.D. students from across disciplines to deliver outstanding results."

The Eco-Sooners team's student members include Shiva Azizi, Akshaya Balakrishnan, Abbey Fradette, Jennifer Fuentes-Gonzales, Yousef Haghighi, Rodney Hurt, Charlotte McMeekin, Iman Moradi, Keerthana Nampally, Juan Jose Serrano Sala and Oluwayanmife Taiwo.

The award ceremony held at the Department of Energy facility marked a high point in a rigorous competition known for showcasing the latest in sustainable design and construction.

About the University of Oklahoma

Founded in 1890, the University of Oklahoma is a public research university located in Norman, Oklahoma. As the state’s flagship university, OU serves the educational, cultural, economic and health care needs of the state, region and nation. For more information about the university, visit www.ou.edu.


Recent News

Campus & Community
March 18, 2026

OU to Host Undergraduate Research Day Showcasing Student Scholarship

The University of Oklahoma Honors College will host its 38th annual Undergraduate Research Day on April 16, offering the community an opportunity to see the research, creative projects and scholarly work produced by OU students across disciplines.


Research
March 18, 2026

Hearing Yourself Speak Helps Fine-Tune Tongue Movements

When people cannot hear their own voices, their tongue movements become less precise when they speak, according to a study from the University of Oklahoma. This finding, the first direct evidence of its kind, could help guide therapies designed to restore speech control in people with hearing loss or those whose tongues have been affected by cancer.


Research
March 16, 2026

Oklahoma Meteorologist Leads Global Hunt for Extreme Winter Weather

With funding from NASA, Steven Cavallo is leading a global study of how small disturbances in the polar tropopause, a region roughly 30,000 feet above Earth’s surface, eventually grow into massive winter storms impacting millions.