Debasish Dutta

Papers

Total Citations

179

H-Index

About

Debasish Dutta is a leading figure in computer-aided design and manufacturing, with foundational contributions to geometric modeling and assembly planning. His pioneering work on automatic disassembly introduced the Disassembly Tree (DT), a structure that maps boundary representations to generate optimal sequences for component removal using purely translational robot motion—a concept that has influenced robotics and manufacturing for decades, earning over 157 citations. Dutta also advanced the representation of heterogeneous objects, enabling the design and freeform fabrication of materials with spatially varying properties, a critical enabler for additive manufacturing and multi-material printing. His research bridges theoretical geometry and practical fabrication, impacting fields from aerospace to biomedical engineering. As a former provost and chancellor at the University of Illinois Urbana-Champaign and Purdue University, respectively, Dutta has shaped engineering education and research policy. His work remains highly cited, reflecting its enduring relevance in automating design and manufacturing processes for complex, multi-material systems.