S.G. Kaufman

Papers

Total Citations

155

H-Index

About

S.G. Kaufman is a researcher whose work sits at the intersection of robotics, automated manufacturing, and computational planning, with particular expertise in mechanical assembly planning systems. Kaufman is best known for leading the development of Archimedes 2, a sophisticated second-generation mechanical assembly planning system that earned 112 citations and stands as a landmark contribution to the field. This integrated system combined multiple planners, assembly sequence animation facilities, and a robotic workcell, operating entirely on fully three-dimensional CAD data — a significant technical achievement for its era. Kaufman's reflective work on lessons learned from Archimedes 2 further demonstrated a commitment to advancing the discipline through rigorous self-evaluation and knowledge transfer. Earlier research, documented in an LDRD final report, laid the foundational groundwork for automating assembly sequences directly from CAD models. Kaufman also explored innovative manufacturing frontiers, contributing to freeform fabrication of polymer-matrix composite structures using a novel mold-free robotic technique. Collectively, Kaufman's body of work has shaped how researchers and engineers approach the automation of complex assembly tasks, making it essential reading for anyone studying intelligent robotics or computer-aided manufacturing.