Mihail Abrudean

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About

Mihail Abrudean is a control systems engineer whose research focuses on the intersection of industrial robotics and fractional-order control theory. His work addresses the critical challenge of precision positioning in heavy industrial environments, particularly for robotic arms used in steel manufacturing processes like billet unloading from rotary hearth furnaces. In his most cited work, Abrudean designed a fractional-order controller for an industrial robot that achieves movement with zero overshoot—a significant achievement for applications requiring exact placement of hot steel blocks. His 2017 paper on this topic has garnered 3 citations, while his complementary 2016 study on fractional-order model identification for a billet unloading robotic arm has received 2 citations. These works demonstrate his methodological approach: starting from experimental data to derive integer-order models, then extending them to fractional-order representations that better capture the complex dynamics of robotic positioning systems. Abrudean’s contributions are particularly valuable for engineers working on automation in harsh manufacturing settings, where precise, reliable control is essential for safety and efficiency. His research bridges theoretical control advances with practical industrial applications, making him a notable figure in the field of fractional-order robotics.