The Department of Robotics & Artificial Intelligence of Mangalore Institute of Technology & Engineering (MITE) organized a two-day workshop titled “Intelligent Motion: A Hands-on Journey through Robotic Modeling and Simulation” on 27th and 28th October 2025, from 9:30 AM to 4:30 PM. The workshop aimed to provide participants with a comprehensive understanding of robotic modelling, motion analysis, and simulation techniques using advanced software tools. It served as an immersive learning experience to bridge theoretical knowledge and practical skills in robotics and automation.
The sessions were conducted by Dr. Ankur Jaiswal, Associate Professor, Department of Mechatronics, Manipal Institute of Technology (MIT), Manipal. Dr. Jaiswal is a distinguished academician and researcher with extensive expertise in robotic systems, kinematic modelling, motion planning, and mechatronic design. His proficiency in MATLAB-based robotic simulations and industrial automation has contributed significantly to the fields of advanced robotics and control engineering. With a strong background in both research and teaching, he has been actively involved in developing innovative solutions for robotic motion optimization and industrial applications.
During the workshop, Dr. Jaiswal guided participants through fundamental and advanced concepts of robotic modelling and motion simulation using industry-relevant tools such as RoboAnalyzer and RoboStudio. The first day focused on understanding the basics of robotic manipulators, including kinematics, workspace analysis, and motion trajectories. Through interactive sessions, students learned how to model robotic arms and simulate their movements to understand the relationship between design parameters and task execution. The participants also explored how trajectory planning algorithms are applied to achieve efficient and precise robotic motion.
The second day of the workshop provided hands-on exposure to virtual simulation environments, where students worked on building and testing robot models for various real-world applications. Dr. Jaiswal demonstrated how simulation platforms help in optimizing robot performance before hardware implementation, thus reducing design errors and improving system efficiency. Participants gained insights into how simulation tools are used extensively in industrial automation, manufacturing systems, and research-based robotic projects. The session also introduced them to control strategies and methods of integrating mechanical design with intelligent control algorithms.
The workshop proved to be highly beneficial for students of the Department of Robotics & Artificial Intelligence and related branches. It enabled them to develop practical skills in robotic modelling and understand how virtual design and testing form an essential part of modern robotics. Students expressed that the workshop deepened their conceptual knowledge of kinematics and control systems while enhancing their problem-solving abilities in the context of robotic automation.
The event was effectively coordinated by Dr. Ramalingam H. M, Head of the Department of Robotics & Artificial Intelligence, along with Dr. Aveen K. P and Dr. Adithya Hegde, faculty coordinators. Their meticulous planning and support ensured the successful execution of the workshop. The interactive and hands-on approach of the sessions fostered a strong learning environment and inspired participants to pursue further research and innovation in robotics.
Overall, the two-day workshop served as an enriching platform for students to gain technical competence and research-oriented exposure in robotic simulation and design. It emphasized the significance of simulation tools in bridging the gap between conceptual understanding and industrial application, aligning well with the department’s vision of fostering excellence in robotics education and innovation.