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A blueprint for Solar Decathlon success

Four women and two men pose in formal attire.

Mizzou’s winning Solar Decathlon team is Margaret Jordan, Janee Thompson, Megan Wahlquist, Professor Michael Goldschmidt, Jessica Blankinship and Brandon Smeets.

For Megan Wahlquist, the moment of triumph wasn’t the award presentation. It wasn’t when she and her cohorts deftly answered every question from the panel of judges. It wasn’t even the round of congratulatory handshakes from industry professionals.

It was the moment of silence.

“They ran out of questions for us,” says Wahlquist, a junior from Fair Grove, Missouri. “That didn’t happen to the other groups. We knew exactly what it would take for our building to work because of our preparation.”

A 3D model of a building.

The winning building model is a 56,000 square-foot apartment complex designed for mixed use: low-income housing and commercial space. Plans include a geothermal HVAC system, a load-bearing “green wall” with living plants and a solar panel array.

Wahlquist and her teammates — Jessica Blankinship (Warsaw, Missouri), Margaret Jordan (St. Louis), Brandon Smeets (Plainfield, Illinois) and Janee Thompson (Chicago) — took top undergraduate honors at the U.S. Department of Energy’s Solar Decathlon April 14 at the National Renewable Energy Laboratory in Golden, Colorado. The group of four architectural design students and one civil engineering student (Smeets) presented a building plan for a 56,000 square-foot apartment complex in the category of “mixed-use multifamily residential.”

Wahlquist, Blankinship, Jordan, Smeets and Thompson were joined by additional team members who participated in the project from its initial inception:

  • Hunter Corcoran
  • Albert Fleer
  • Brett Farrington
  • Daniel Davis
  • Grace Hartman
  • Mary Kate Rodlund
  • Daniel Linneman
  • Carson Bettendorf
  • Collin Mantle
  • Paola Mansilla
  • Dennis Metz
  • Darwin Flaherty
  • Matt Strobel
  • Thomas Westrich
  • Menghao Wu

Led by Michael Goldschmidt, MU associate teaching professor of architectural studies, the team designed a solar-powered “net zero” structure, meaning it theoretically produces more energy and electricity than it consumes. Presentations are judged across the decathlon’s 10 categories: affordability, architecture, energy analysis, engineering, indoor comfort, innovation, marketability, operations, presentation and resiliency (against natural disasters).

“I was really impressed by how well the students balanced design with affordability,” says Goldschmidt, who has a dual appointment as a housing and environmental design professor with MU Extension. “The depth of their research on all of the different systems was phenomenal.”

“I learned more from the hands-on work than sitting in a classroom taking notes and exams,” Smeets says. “It was my first time working with architecture students — or students from any other discipline for that matter.”In the months leading up to the competition, the team worked with the Columbia Housing Authority and consulted local engineering and construction companies, including Quaker Windows and Doors in Freeburg and NetZero SIPs in Jefferson City. The team has even been in contact with the American Society of Heating, Refrigerating and Air-Conditioning Engineers to possibly initiate construction.

The judges, who were particularly impressed with the design’s resiliency score, also noted that the Mizzou team was the only one out of 48 entrants comprised predominantly by women.

“The Solar Decathlon is an opportunity to prove that Mizzou undergraduate students can compete at this international competition with teams from all over the world,” Goldschmidt says. “A normal building isn’t good enough. We want a building of the future.”

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