Our students aren’t just memorizing textbooks; they are building the technology that addresses the global challenges of 2026. This latest project showcases how Computer Science is being used to revolutionize sustainable agriculture and water conservation. The Visionaries Behind the Project Proudly featuring our brilliant B.Tech Computer Science students: The Project: Soil Moisture Detector Shravan and Akanksha have engineered a smart Soil […]
If you’ve ever walked into a lab and felt that rush of excitement when a piece of code finally turns into a physical movement, you’ll know exactly how we feel right now. For our latest project, we decided to tackle a real-world problem: how to make industrial sorting faster, cheaper, and smarter. The result? Our
Color Sorting Project Read More »
Manual is out, AUTOMATION is in! Say goodbye to the frustration of traditional claw machines. Our latest project from Prashanti College features a smarter, more efficient way to play! The Innovation:Most claw machines lack precision, but ours uses IR Sensors and a 4-motor system to automate the entire process. Once the product is grabbed, the machine
Ai Powered Claw Machine Read More »
This award winning project aimed to investigate the combustion behavior of Solid Rocket Propellants (SRPs), specifically focusing on the micro-scale phenomena occurring on the burning surface. By using a window bomb and high-speed cameras, the researchers were able to capture detailed images of the flame structure and determine the temperature profile of the burning surface.
The study demonstrates the promising potential of graphene nanofluids as a viable solution for enhancing the thermal management of lithium-ion batteries. By optimizing the use of nanofluids, we can improve battery safety, efficiency, and lifespan, leading to advancements in various applications such as electric vehicles and renewable energy storage. The present investigation delves into the
Comparative Investigation on Battery Thermal Management System for Nano-Fluids. Read More »
This project focuses on the design and development of a specialized test rig for evaluating valve stem seals used in internal combustion engines. The rig incorporates advanced technologies such as Arduino Uno, servo motors, a two-bar linkage mechanism, and an oil pump to simulate real-world operating conditions. This Project outlines the design and development of
Design and Development of Valve Stem Seal Test Rig Read More »
