Judith Sheine is an academic expert in mass timber design, Southern California 20th century architectural history, design and construction technologies, and housing. At the University of Oregon, she is a professor in the Department of Architecture and the Director of Design for the TallWood Design Institute (TDI), a collaboration between the UO’s College of Design and Oregon State University’s Colleges of Forestry and Engineering focused on the advancement of timber products and their application in building systems. Since 2008, Sheine has worked in interdisciplinary teams of architecture and engineering faculty and students focused on advanced timber products and their applications. This work led to her involvement in the formation of the TallWood Design Institute in 2015. Sheine is engaged in TDI research, outreach, and education; current research projects include the development of single-family mass timber workforce housing and façade retrofits for energy and seismic resilience, both projects employing prefabricated mass timber panel assemblies, and the re-use potential of mass timber building components. Sheine has expertise in affordable housing, having won several prizes in the 1990s for competition entries and one built project, expertise that she is now applying to the new timber technologies. Her background in the examination of Southern California architects and the connection of their design theories to construction technologies serves as an underpinning of her more recent work in the field of design and construction technologies in timber. Sheine is also an award-winning architect whose projects have been published internationally and she has been recognized as the leading authority on the work of R.M. Schindler; her publications on the architect include R.M. Schindler (Phaidon Press, 2001) and her most recent book, Schindler, Kings Road and Southern California Modernism (University of California Press, 2012), co-authored with Robert Sweeney.
“In a tall building, you really do want the base of it to be concrete, and as you go up in the building it gets lighter, and makes more use of wood,” says University of Oregon architecture professor Judith Sheine.
“The advantage of CLT over concrete is that it’s lighter, so it goes up easier and faster than concrete does … it’s also quieter in construction,” Judith Sheine, department head of the School of Architecture at the University of Oregon.
"What we’re working on for the affordable housing is a panelized approach where we would have mass timber panels that would have water proofing, and being able to assemble them in a certain location."
"We think by very cleverly, we hope, using these thinner materials and using digital workflows and digital fabrication equipment, we can actually make these affordable and have all these other benefits at the same time."
“You can use small diameter logs, and increasingly we’re testing low-value species like ponderosa pine, and others that are being pulled out of forests, to help forest health and reduce wildfire risk.”
“Mass timber has enormous potential in the state for economic development, environmental stewardship and social equity,” Sheine said.
Researchers at the University of Oregon will receive more than $16 million in federal funds as part of a major government grant to the Oregon Mass Timber Coalition from the Build Back Better Regional Challenge. The U.S. Department of Commerce’s Economic Development Administration has awarded the coalition a total of $41.4 million, with $24.6 million going to the TallWood Design Institute, a collaboration between the UO and Oregon State University to support Oregon’s mass timber industry. OSU will receive $8 million.
06-Sep-2022 12:05:38 PM EDT