Designed and developed self-navigation hexapod robotic systems powered by reinforcement learning algorithms. Enhanced robotic efficiency by achieving 20% faster response times and 45% more accurate pathfinding in real-world simulation models.
Built and tested real-time data processing systems for blind people. Improved convenience by 20% through optimized embedded architecture for monitoring devices.
Designed and deployed interactive STEM-based web learning platforms for students to create awareness on climate change. Utilized web-based interactivity to increase student engagement in scientific learning modules.
Contributed to research that led to a patent publication on a Smart Secure Mailbox integrating authentication, IoT tracking, and AI-driven package management. Explored integration of sensor fusion, cloud computing, and smart grid interoperability for future-ready solutions.
Recognized among the Top 250 students in South India. Developed and delivered sessions utilizing Gemini AI to educate peers on cutting-edge applications, specifically focusing on "AI Technology for Smart Construction."
Led and organized Illumin8: Solve the Puzzle, a gamified technical challenge event, engaging over 100+ participants with problem-solving and analytical tasks, promoting critical thinking and innovation.
Secured sponsorships and partnerships for VITβs premier cultural fest. Built collaborations with Businesses and Stall holders, ensuring brand engagement and support.
Delivered guest sessions and hands-on workshops for student communities across VIT and external institutes. Focused on real-world applications of IoT sensors, Arduino/ESP32 projects, and robotics programming.
Hosted a global debate on βHumanβAI Collaboration in the Workplace,β attracting participants from 7 countries and 20+ professionals, sparking discussions on AI ethics, workforce integration, and future technology.
Co-organized a national-level hackathon at VIT Chennai in collaboration with IEEE Women Society, ACM Women Society, Atom Robotics, and Enlight Wisdom. The hackathon attracted 750+ participants, solving challenges in real-world scenarios.
Guided junior teams in IoT-enabled robotics, covering hardware prototyping, ML integration, and cloud connectivity. Supported successful completion of 5+ student projects with real-world applications.
Conducted motivational sessions on student innovation, patent filing, and project development. Encouraged first- and second-year undergraduates to pursue impactful research beyond academics.