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BIG

The Makers’ KUbe for the The University of Kansas School of Architecture & Design . LAWRENCE

BIG . renders: © Kilograph + BIG

Designed in direct response to the needs and wishes of the University of Kansas School of Architecture & Design’s 1,300+ students, faculty and board, the new mass timber building for learning and collaboration, titled the “Makers’ KUbe” consolidates all architecture and design programs into three interconnected buildings, tying together the existing Marvin Hall from 1908, Chalmers Hall from 1978 and the new six-story Makers’ KUbe. The adjacent Marvin Hall’s stone façade and beloved spaces will be historically preserved while Chalmers Hall will be renovated to bring in more daylight. The campus seeks to embody four primary principles: to become an emblem of creativity; to create a connected campus hub; to be innovative and future-proof; and to showcase environmental stewardship.

The Makers’ KUbe is a 50,000-square-foot mass timber cube structure that will serve as a teaching tool, showcasing sustainable practices through its mass timber diagrid design. The KUbe’s distinct frame – engineered by structural engineer StructureCraft – is optimized to reduce material and curtail carbon-intensive concrete. Inspired by traditional Japanese joinery techniques, the building’s structure uses tight-fit dowels and notched glulam – or glue laminated timber – to create an all-wood structure with columns and beams that run diagonally, without steel plates or fasteners.

The stripped back façade – a timber structure enclosed in glass – foregoes cladding and finishing, exposing the KUbe’s MEP systems and further proving the building’s ability to remain minimal and efficient, only using what is necessary. The mix of transparent and opaque insulated glass on the exterior showcases the school’s creativity to the entire University of Kansas campus while creating moments of privacy and reducing glare. The building’s enclosure includes natural fiber thermal insulation in the form of biodegradable hempwool, which is exposed within the facade’s shadow boxes for improved thermal performance.
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