Project Based Learning
The Department of IoT fosters innovative, project-based learning where students actively participate in Learnathons, SDC courses, and hands-on real-time project development. Students identify real-world societal problems through Social Immersive Learning and develop impactful IoT-based solutions. These projects evolve into working prototypes that are showcased during the Project Expo, demonstrating creativity, technical depth, and community relevance. Nearby school students are invited to experience the innovations, inspiring early interest in emerging technologies. This ecosystem nurtures a culture of innovation, problem-solving, and experiential learning, making students industry-ready.
Industry-Guided Project Mentorship
The Department of IoT provides robust industry-driven project mentorship to strengthen students practical and professional competencies. Expert mentors from leading organizations guide students in developing real-time, industry-standard IoT, Embedded Systems, and AI solutions. Notably, Mr. Muralikrishna, QNX Specialist from BlackBerry, mentors students on QNX RTOS, real-time application development, and deployment on Raspberry Pi platforms. His hands-on technical guidance, design inputs, and review-based mentoring help students build high-quality projects, enhance embedded engineering skills, and gain direct exposure to real-world industry practices.
Real-Time People Counting System Implemented for ISKCON Temple by Final-Year IoT Students
Final-year IoT students successfully designed and deployed a real-time People Counting System for the ISKCON Temple to support prasadam preparation and effective crowd management during major events. The solution integrates AI-based detection, a Flutter-powered mobile interface, and a Node.js backend, delivering accurate live counts to enhance operational planning. Tested in real-time temple environments, the system demonstrated high reliability and reflects the students capability to build a robust, end-to-end IoT solution with meaningful societal impact.
IoT-Based Hydroponic System Implementation
Students successfully implemented an IoT-based Hydroponic System, integrating sensors, automation, and real-time monitoring to optimize water, nutrient delivery, and plant growth. This project showcases their ability to apply IoT technologies to sustainable agriculture and smart farming solutions.
LUNA - Interactive Robot Developed by Students
Students successfully developed LUNA, an interactive robot designed to engage users through intelligent responses, sensor-based interaction, and real-time control features. The project demonstrates their proficiency in robotics, IoT integration, and AI-driven interaction systems.
LoRa-Based Smart Street Light Implementation for Smart Village
Students implemented a LoRa-based Smart Street Lighting System designed to enable long-range, low-power control and monitoring of village street lights. This solution enhances energy efficiency, automates lighting based on real-time conditions, and supports the Smart Village initiative through sustainable IoT innovation.
Project Expo
The Department of IoT fosters innovation and real-world problem-solving through Learnathon-driven skill courses and hands-on hackathon participation. Every semester, students showcase their implemented projects in a dedicated Project Expo, strengthening design, presentation, and demonstration skills. As part of community outreach, school students are invited to the expo, inspiring young learners and promoting awareness of emerging technologies
