Sangmook Jung

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About

Sangmook Jung’s research centers on robotics and autonomous construction, with a particular focus on developing algorithms that enable small robots to build large-scale structures. His most-cited work, “A Tree-Based Algorithm for Construction Robots” (2014, 11 citations), introduces a novel approach inspired by Harvard’s TERMES project, where robots gather blocks from a reservoir and assemble user-specified structures far larger than themselves. This algorithm leverages a tree-based decision framework to coordinate robot movements and block placement, addressing key challenges in scalability and efficiency for construction robotics. Jung’s contributions advance the field of swarm robotics and automated construction, offering practical pathways for deploying robot teams in real-world building tasks. His work has been recognized for bridging theoretical algorithm design with tangible robotic applications, making it a valuable reference for researchers exploring autonomous construction systems. With a growing citation impact, Jung continues to influence the development of intelligent, distributed robotic systems for infrastructure and assembly tasks.