Dr. Duane McLemore
Duane McLemore, assistant professor at the School of Architecture, is advancing research in computational design and 3D printing to reshape how buildings and objects are created. His work blends geometry, technology, and creativity to develop new tools that expand design possibilities and improve construction methods.
McLemore’s interest in architecture began with a passion for geometry and problem-solving, which later led him to co-found Xover0, a design company focused on jewelry. That experience helped shape his current research, which explores how digital tools and fabrication techniques can transform both large-scale architecture and small-scale design.
“I simply enjoy solving difficult problems of logic, fabrication and space, and I can’t imagine not creating things,” said McLemore. “The joy and satisfaction of making something where once there was nothing – whether a building, a piece of 3D printed ceramics, or fine jewelry that will be in someone’s family for generations – cannot be replicated.”
His work focuses on using computational systems to design complex forms that traditional methods cannot easily produce. Through 3D printing in materials such as clay and concrete, McLemore aims to improve efficiency, reduce waste and make construction more accessible.
One key discovery in his research involves using “kits of parts,” or repeating patterns, that allow untrained individuals to participate in building and assembly. This approach highlights how emerging technologies can make design more inclusive while maintaining precision and innovation.
McLemore collaborates with colleagues across disciplines and institutions, as well as with students who play an active role in his research. Specifically, he works daily with Katherine Voorhies, co-founder at Xover0, to research complex jewelry. McLemore has also contributed to published research alongside multiple other professors and aided undergraduate students in using advanced computation throughout the years. These partnerships help refine ideas and bring practical applications to life, particularly in projects involving 3D-printed ceramics.
“I am motivated to help expand the possibilities for architecture and create tools that allow others to design in previously unimaginable ways,” said McLemore.
Looking ahead, McLemore plans to publish new research on 3D-printed concrete and continue exploring how computational design can bridge the gap between digital concepts and physical materials.
