Dhanush Kumar

Papers

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About

Dhanush Kumar is a researcher dedicated to democratizing robotics education through low-cost, open-source technologies. His primary research areas include neuro-inspired robotics, open-source hardware architectures, and remote laboratory systems for sustainable education. Kumar’s major contribution lies in developing affordable, accessible robotic platforms that enable hands-on learning in resource-constrained environments. His most cited work, “Enabling a Freely Accessible Open Source Remotely Controlled Robotic Articulator with a Neuro-Inspired Control Algorithm” (12 citations), introduces an internet-enabled robotic system that combines neuro-inspired control with remote accessibility, breaking down barriers to robotics education in developing economies. He further advanced this mission with “Low cost neuro-inspired robots for sustainable laboratory education” (5 citations) and “Online bio-robotics labs: Open hardware models and architecture” (5 citations), where he proposed a Raspberry Pi-Arduino-based architecture that ensures scalability and affordability. Kumar’s work is notable for its humanitarian focus, directly addressing the need for sustainable, scalable educational technologies. By championing free and open-source software models, he has created a pathway for universities worldwide to implement robotics curricula without prohibitive costs, making him a key figure in the movement toward inclusive, technology-driven education.