Herman Agustiawan

Papers

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About

Herman Agustiawan is a specialist in underwater robotics, with a primary focus on the development of variable ballast mechanisms for underwater robotic vehicles (URVs). His key research area centers on buoyancy control and depth positioning systems, where he has made significant contributions to the design and actuation of spherical URVs. His most cited work, "Development of variable ballast mechanism for depth positioning of spherical URV" (2008, 25 citations), introduces an innovative mechanism that not only regulates buoyancy but also serves as a motion actuator in the vertical plane, offering a dual-function solution for underwater navigation. This work is notable for advancing the efficiency and maneuverability of compact underwater platforms. Agustiawan’s research has been instrumental in demonstrating how variable ballast systems can replace or augment traditional thrusters, leading to more energy-efficient and stable underwater operations. His contributions are particularly valuable for applications in ocean exploration, environmental monitoring, and underwater inspection, where precise depth control is critical. With a focused body of work that has garnered attention from peers in the field, Agustiawan continues to influence the design of next-generation autonomous underwater vehicles.