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Arijit Banerjee is a leading researcher in the fields of electric machines, smart energy conversion, and bio-inspired robotics. His work bridges the gap between advanced electromechanical systems and biological design principles, with a particular focus on developing novel actuator architectures. Banerjee’s major contributions include the creation of a spring-aided, two-dimensional electromechanical spine that emulates biological vertebrae, offering a gearless, scalable, and distributed actuation system for agile robots. This work, published in 2019 and cited 6 times, addresses key limitations in conventional robotic actuators by improving mobility and flexibility. His research also extends to smart energy conversion, as highlighted in his 2018 guest editorial (8 citations), which explores the role of electric machines in modern energy systems. Banerjee’s system-level design methodology for bio-inspired robots (2021, 2 citations) provides a framework for integrating distributed actuators, while his 2024 modeling and control paper (3 citations) advances the practical application of robotic spines. His work is notable for its interdisciplinary approach, combining electrical engineering, mechanical design, and biological inspiration to create more efficient and adaptable robots.