Isaac Vandermeulen

University of Sheffield, iRobot (United States)

Papers

Total Citations

H-Index

About

Isaac Vandermeulen’s research lies at the intersection of multirobot coordination, modular robotics, and communication-aware autonomy. His most influential work addresses the fundamental challenge of **multirobot coverage**—planning efficient paths for teams of identical robots to fully explore an environment while minimizing mission time. His 2019 paper on this topic, with 37 citations, introduced turn-minimizing strategies that directly reduce energy and time costs in real-world deployments. Vandermeulen also pioneered the concept of **Modular Fluidic Propulsion (MFP)** robots, a novel paradigm where robots are fluid networks that reconfigure and propel by routing fluid through their own bodies. This 2020 work, garnering 21 citations, promises scalable, versatile designs for challenging environments. Additionally, he has contributed to **communication resilience** in robot teams, developing methods for robots to maintain spatial beliefs and re-establish wireless links when separated—a critical capability for robust field operations. Through these contributions, Vandermeulen has advanced both the theoretical foundations and practical capabilities of autonomous multirobot systems, with his work cited across robotics, control, and systems engineering communities.