The LP201 Open House event was successfully conducted at PSVPEC, Chennai. Students proactively identified real-world problems and designed engineering solutions, submitting seven projects supervised by college faculty and LEAP experts.
Teams showcased their prototypes to the judges, impressing them with their high quality and creativity, making it difficult to select the winner and runner-up.
The event featured enthusiastic participation from the college principal, faculty members, and students. The dedication of the students and faculty mentors, coupled with strong college support, made the event truly memorable.
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Immersion Rod Heater
Project DescriptionThis product is a customizable rod water heater with advanced temperature control and energy-saving features. The system utilizes a microcontroller-based approach to regulate the heating element, allowing users to set their desired water temperature with precision. The rod automatically switches off when the desired temperature is reached. MentorsDr. S. Hemalatha (EEE), Mrs. Kalanandhini (ECE) Team MembersMadhubala M, Keerthana S, Santhosh S, Dharshan Arun Kumar VP, Harikarthik A WinnerImmersion Rod Heater
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Varappu Management System
Project DescriptionThis is a prototype for an automated gate system for farmers that uses sensors and solenoid valves, controlled by an Arduino, to optimize water flow between fields. This system enhances crop health, prevents damage to crops due to excess water, and promotes sustainable farming practices. MentorsMs. Allirani P (IT), Mr. Sheril (MECH) Team MembersSobhika kamalavasan, R Tara Mrithula, Vigneshwaran D, M Sakthivel, R Showmik Kumaar, Chaaran E Runner UpVarappu Management System
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Drizzle Guard
Project DescriptionThe concept is to design a mechanism to seamlessly integrate an umbrella that deploys automatically, with a backpack. Drizzle Guard
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Automatic Plant Watering Pot
Project DescriptionThis projects automates plant watering tasks, and guarantees that plants receive adequate hydration, minimizing water wastage and promoting sustainable gardening practices. Automatic Plant Watering Pot
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Solar Panel Optimization with Autonomous Movement
Project DescriptionSolOptiMove optimizes solar energy harvesting with light detection, autonomous movement, and self-cleaning to ensure maximum efficiency and sustainability. SolOptiMove
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Enersync: Next-Gen Smart Energy Monitoring and Battery Indicator
Project DescriptionEner Sync is a prototype of an integrated energy monitoring solution that combines advanced sensors for precise AC and DC voltage and current measurements. Enersync
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Smart Dustbin
Project DescriptionA prototype of an IoT-based waste management system that uses sensors to monitor bins and notify authorities, ensuring timely collection and urban cleanliness. Smart Dustbin
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