LP201 Open House event was successfully conducted in GCE, Tirunelveli. The students themselves identified real-world problems and worked towards designing and implementing engineering solutions for them. Eight projects, supervised by GCE faculty and LEAP experts, were submitted during the program.
The teams demonstrated and explained the working of their prototypes to the judges. The high quality and creativity shown by the participants gave the judges a difficult time in choosing the winner and runner-up!
The college principal, faculty members, and the students enthusiastically participated in the event. The dedication shown by the students and the faculty mentors, as well as the strong support provided by the college made the event a memorable one.
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Air-Conditioned Helmet
Project DescriptionThe air-conditioned helmet monitors the temperature inside the helmet using sensors and automatically maintains it at 23 degrees C if the temperature increases above this value. The Peltier Effect is used to maintain the temperature. This satisfies a very real need for motorcycle riders in hot temperatures. MentorsProf. M. Balasubramanian, Prof. Dr. J. Aldrin Raj Team MembersJeba Mathew J, Selvaraja A, Kannan S, Rudhresh A. S, Madhavakkannan P, Anthony Sasikala S, Arthy K. M WinnerAir-Conditioned Helmet
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Automatic Headlight Dimmer-Bikes
Project DescriptionThe Automatic Headlight Dimmer automatically dips the headlight upon sensing an oncoming vehicle during night-time driving and switches back to a high beam after the vehicle has passed. This is very useful in reducing accidents since very bright headlights can affect the vision of drivers. MentorsDr. E. Siva Sankari, Prof. A. Renaldo Maximus Team MembersLohesh Raj N, Vinisa G, Joselin Sophia Rani J, Joelin Jeffy J, Magesh S, Winiston I Runner UpAuto Headlight Dimmer
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Automatic CO gas detection in Car Cabinet
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Water Level Control
Project DescriptionThis product controls the level of water in the tank, regulates the water flow, and optimizes the system’s performance. Water Level Monitor
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Drone based IR night vision system
Project DescriptionThe drone with an IR camera relay can scrutinize regions even in the absence of light - for example at night. It is controlled using a Raspberry pi 4. Drone based IR night Vision System
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Optical Tachometer for Motor
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2-axis Solar Panel Automatic Direction Control
Project DescriptionThe solar panel setup tracks the sun automatically by using a 1-axis from sunrise to sunset, thus producing maximum power. 2-Axis Solar Panel Automatic Direction Control
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Automatic Curtain Control
Project DescriptionThis automatic curtain controller senses the temperature, compares both inside and outside, and opens or closes the curtain accordingly. Automatic Curtain Control
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