EVENT TITLE: POP Lecture Series-I on “Industrial Robotics”
DATE: 12-08-2025
TIME: 12:30 PM to 02:50 PM
VENUE: Gallery Hall-3, SRMIST, RAMAPURAM
EVENT CONVENER: Dr. K.N. SRINIVAS, Professor & Head/ EEE
EVENT COORDINATORS: Dr.S.PREMALATHA, Associate Professor/EEE
Mr.K.Arulvendhan, Assistant Professor/EEE
Dr.V Jayakumar, Assistant Professor/EEE
Synopsis of the Event
Introduction:
The Department of Electrical and Electronics Engineering, SRM Institute of Science and Technology, Ramapuram, conducted a Professor of Practice (POP) Lecture on 12th August 2025 from 12:30 PM to 2:50 PM at Gallery Hall–3.
The distinguished lecture was delivered by Mr. A. Ezhilmaran, B.E., M.B.A., Co-founder & Managing Director of Axis Global Institute of Industrial Training (AGIIT), Chennai, who is well known for his extensive industrial experience and entrepreneurial expertise. The session was centered on the theme “Robotics and its Industrial Relevance” and provided the students with a comprehensive understanding of the fundamentals as well as the applied aspects of robotics.
About the Lecture:
The lecture began with an engaging introduction to the concept of robotics and its increasing role in modern industries, followed by a historical overview that traced the development of robotics from early automated machines to the sophisticated intelligent robots of today. Mr. Ezhilmaran further explained the famous Laws of Robotics, emphasizing their importance in ensuring ethical and safe deployment of robotic systems in diverse environments. He then discussed in detail the basic components of a robot, including actuators, sensors, controllers, and power sources, along with their functions and significance in overall operation. The characteristics and specifications of robots, such as payload, speed, accuracy, and repeatability, were elaborated to help students understand how robots are evaluated and selected for industrial tasks.
To build a strong conceptual base, the resource person introduced key terminology and concepts used in robotics engineering and explained the anatomy of robots, describing the structural aspects such as joints, links, and kinematic chains. A special focus was given to the robot wrist mechanism, which plays a vital role in achieving complex motions and precision in manipulative tasks.
One of the highlights of the session was the discussion on various robot configurations based on coordinate systems, where Mr. Ezhilmaran explained Cartesian, cylindrical, polar, and articulate configurations, along with their working principles, advantages, limitations, and industrial applications. Throughout the lecture, the resource person supplemented his explanations with real-world examples, industrial case studies, and practical insights, which enabled the students to connect theoretical concepts with real-time practices in automation, manufacturing, healthcare, and defense sectors.
The session was highly interactive, with students actively participating and clarifying their doubts, which created a dynamic learning atmosphere. By the end of the program, the students gained not only a solid foundation in the principles of robotics but also a broader perspective on its scope, challenges, and future opportunities.
Highlights of the Lecture
- Provided an introduction to robotics and its growing significance in industries.
- Presented a brief history of robotics, tracing its evolution from early automation to modern intelligent systems.
- Explained the Laws of Robotics and their ethical implications in real-world applications.
- Discussed the essential components of robots such as sensors, actuators, controllers, and power sources.
- Elaborated on the characteristics and specifications that determine robot performance like payload, speed, and accuracy.
- Introduced robotics terminology and fundamental concepts to strengthen students’ technical vocabulary.
- Detailed the anatomy of robots, highlighting joints, links, and kinematic structures.
- Explained the robot wrist mechanism and its role in achieving complex and precise movements.
- Illustrated different robot configurations based on coordinate systems: Cartesian, cylindrical, polar, and articulate.
- Linked theoretical knowledge with practical industrial applications in automation, healthcare, defense, and manufacturing.
- Engaged students in an interactive discussion, encouraging questions and clarifications.
