Joris van de Klundert

Maastricht University, Institute of Quantitative and Technical Economics

Papers

Total Citations

472

H-Index

About

Joris van de Klundert is a leading figure in the field of operations research, with a primary focus on the combinatorial optimization of manufacturing systems. His research centers on the intricate problem of **cyclic scheduling in robotic flowshops**, a domain where he has made foundational contributions. Van de Klundert’s work addresses the challenge of optimizing the repetitive movements of a single robot as it transports parts between machines in a production line. His seminal 1997 paper, "Cyclic Scheduling of Identical Parts in a Robotic Cell," which has garnered 187 citations, established a core framework for finding the shortest, most efficient robot activity sequence for high-volume production. He further advanced this theory with his highly cited 2000 work, "Cyclic scheduling in robotic flowshops" (196 citations), and provided critical complexity analysis by proving that robotic flowshop scheduling is **strongly NP-complete** (1997, 22 citations). By rigorously defining the computational limits and optimal strategies for these automated systems, van de Klundert’s research has provided both a theoretical bedrock and practical algorithms for modern manufacturing logistics, making him an essential reference for scholars and engineers in production scheduling.