Industrial Automation Magazine India

Our project received great responses as well as points of improvement

Published on : Tuesday 17-10-2023

Siddarth Bangera, Paul Joseph Anthony D'Souza, Students.

Please explain your project briefly in a few sentences. What inspired you to work on this project?
We automated a process using LabVIEW, allowing complete control and monitoring through a custom interface. Inspired by our SCADA course, we aimed to provide a cost-effective solution for automation, using them as educational kits to introduce students and trainees to automation.

How was the response from visitors and peers to your project at Automation Expo 2023?
Our project received great responses as well as points of improvement from industry experts and students alike. It was insightful to receive diverse feedback and perspectives not only from different automation backgrounds but also other fields coming up in automation.

Did you receive any offers or encouragement from exhibiting companies or visiting industry professionals?

Yes, indeed! There were a few professionals who shared with us their existing setup and problems they were facing, in order to find a suitable automation solution. From checking purity of Gold to Warehouse management solution as well as LabVIEW experts who were looking for promising students with strong foundations, the IAC exposure was overwhelming.

Please describe your experience in just three words.
Insightful. Engaging. Inspiring.

We encourage students to transcend theoretical boundaries

-Prof Dattatray Sawant, Mentor.

How did you find the initial idea and what was your reaction to it?
The initial idea of integrating a conveyor system for colour and metal segregation with a LabVIEW interface is quite intriguing. It reflects a thoughtful combination of mechanical automation and software control, showcasing a multidisciplinary approach. I appreciate the creativity in solving a real-world problem through technology. It not only demonstrates a practical application of automation but also provides a hands-on experience for students to work on both hardware and software aspects. The integration with LabVIEW adds an element of real-time monitoring and control, enhancing the overall sophistication of the system. Overall, it's a commendable project that aligns well with the current trends in automation and control systems.

What was the response from the students to your guidance and the deliberations that followed?

The students demonstrated commendable enthusiasm and engagement throughout the project timeline. It's rewarding to see their proactive approach to problem-solving and their eagerness to apply theoretical concepts to real-world automation challenges. Overall, the response has been positive, with a promising outlook for the successful implementation of the project.

How does the college encourage and inspire students to go beyond theory and experiment with projects?

At our college, we believe in fostering a hands-on approach to learning. We encourage students to transcend theoretical boundaries by actively engaging in projects that mirror real-world applications. Such projects not only enhance technical skills but also instill problem-solving abilities and innovation. In essence, the college's approach is to bridge the gap between theory and application, inspiring students to explore, innovate, and excel beyond the confines of traditional learning.

Please describe your experience in just three words.
Application-oriented. Dynamic. Collaborative.