PrinTimber Team Member Dr. Teal Contributes Chapter in New Book
A newly published book, “Artificial Intelligent Architecture” features a chapter written by Dr. Randall Teal.
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PrinTimber Team Wins Hacking For Homebuilding Competition
University of Idaho architecture graduate students took home a $9,000 dollar prize from Boise Entrepreneur Week’s Hacking for Homebuilding Pitch Competition on October 4, 2023.
PrinTimber featured on Idaho Today
Mallory Bermensolo (Master of Architecture student) was interviewed on Idaho Today regarding the PrinTimber project. The Boise-based show brings statewide recognition to PrinTimber and the team’s research into developing technology to produce sustainable building products made from wood waste. Congratulations to PI Michael Maughn and all the PrinTimber researchers for this well deserved recognition.
Building Blocks of the Future
When Marissa Hilliard joined the University of Idaho College of Art and Architecture, she knew she would combine analytical and creative thinking to work on real life projects. She didn’t expect she would be involved in creating a new sustainable construction material. A team of researchers from U of I and Auburn University are exploring how…
U of I Earns $4M to Build 3D-Printing Technology
Moscow — The University of Idaho announced in a press release it is developing technology to turn Idaho wood waste into one the most sustainable building construction materials on the market — by using it as a medium for 3D-printing building construction materials. An interdisciplinary research team led by College of Engineering Assistant Professor Michael…
Manish Sakhakarmy Places in the ASABE Oral/Poster Competition
Manish Sakhakarmy, a Graduate Research Assistant at Auburn University, placed in the American Society of Agricultural and Biological Engineers (ASABE) Oral/Poster Competition for my oral presentation entitled, “Comparative study on pyrolysis of Douglas Fir, Eucalyptus, and Poplar for Novolac production”.
3D Printed Composite Materials Developed from Forestry Waste Used in Affordable Rural Housing
Affordable housing is needed in rural communities, and a team of researchers from Auburn University, in partnership with researchers from the University of Idaho, are developing an innovative solution to the problem by using forestry waste to create composite materials able to be additively manufactured into strong, reliable building components. The bio-resin development as the…