Facilitating the Future: Hands-On Session on “Robotics for Thermal Applications” | AICTE-RPS Funded Project

Today marked a significant milestone in our journey of integrating real-time industrial practices with academic learning. I had the immense pleasure of facilitating a One-Day Hands-On Session on “Robotics for Thermal Applications” at SNS College of Technology, Coimbatore, for the vibrant and curious minds from Adithya Institute of Technology.

This session was conducted under the AICTE-RPS funded research project, aimed at designing and fabricating a Robotic Arm for Thermal Applications – a unique initiative that combines automation, robotics, and thermal engineering for practical and industrially relevant applications.

Experience as a Session Facilitator

Being a facilitator for this session was both an honor and a deeply rewarding experience. The workshop was designed to provide a comprehensive blend of theory and practical exposure, focusing on how robotics can be leveraged in managing thermal operations such as heating, heat transfer and temperature control across industrial domains.

We started the session by introducing the core objectives of the project and the relevance of robotic automation in thermal engineering. Following this, the students were given hands-on access to the robotic arm developed under the AICTE-RPS project, where they:

• Learned about the system design, controls and sensors integrated within the robotic framework
• Programmed simple automation tasks relevant to thermal applications
• Engaged in real-time demonstrations of robotic pick-and-place operations involving heated components and temperature-sensitive materials
• Discussed the safety, accuracy and energy efficiency aspects of deploying robotics in thermal environments

The students from Adithya Institute of Technology showcased tremendous enthusiasm, active participation and a deep curiosity in learning about the role of robotics in modern manufacturing and thermal process automation. Their thoughtful questions, willingness to experiment and collaborative spirit made the session dynamic and intellectually stimulating.

Key Learning Objectives Delivered

• Understanding the integration of mechatronics with thermal systems
• Developing skills to control and automate a robotic system
• Application-oriented learning for real-world challenges
• Bridging theoretical knowledge with real-time problem-solving

Heartfelt Thanks and Acknowledgements

This event wouldn’t have been possible without the support and vision of several key stakeholders.

SNS College of Technology – I am truly grateful to the management, the Department of Mechanical Engineering and my fellow colleagues for their constant encouragement and provision of world-class infrastructure and a collaborative ecosystem that fosters innovation and hands-on learning.

Adithya Institute of Technology – A big thank you to the faculty team and student participants for making the journey all the way to SNSCT and engaging wholeheartedly in the session.

#All India Council for Technical Education (AICTE) – A sincere note of appreciation for supporting this initiative through the Research Promotion Scheme (RPS). Their commitment to funding research-based and application-driven learning experiences is paving the way for the next generation of engineers.

Today was not just a training session – it was a celebration of cross-institutional collaboration, interdisciplinary innovation and student-centered experiential learning. I firmly believe that such initiatives are the building blocks of a more skilled, industry-ready and innovative India.

#snsinstitutions #snsdesignthinkers #designthinking

#AICTE #Robotics #ThermalApplications #HandsOnLearning #AdithyaInstituteOfTechnology #CollaborativeLearning #RoboticArm