Advancing education through technology and innovative research methodologies
Groundbreaking work in educational technology and language learning
This research explores innovative approaches to Tamil language education using Large Language Models (LLMs), contributing to the intersection of traditional language learning and modern AI technology. The paper investigates how artificial intelligence can enhance heritage language preservation and education while maintaining cultural authenticity and pedagogical effectiveness.
Integration of Large Language Models in traditional Tamil language learning methodologies
Innovative approaches to maintaining and teaching heritage languages in the digital age
Development of new pedagogical frameworks for AI-assisted language learning
Analysis of technology's role in preserving cultural identity through language education
Providing educators with tools to enhance Tamil language instruction
Bridging traditional education with modern AI capabilities
Supporting heritage language maintenance for future generations
Hands-on research and development in educational technology
Educational digital logic project using Raspberry Pi to teach binary number systems and digital electronics concepts to students.
Demonstrated at multiple Maker Faire events, this project has helped hundreds of students understand binary systems through hands-on interaction.
Interactive robotic hand project demonstrating servo control, human-machine interfaces, and bio-inspired robotics for educational purposes.
Autonomous racing simulation project demonstrating machine learning, reinforcement learning, and AI in action for educational purposes.
How our research is shaping the future of STEM education
Our research in AI-assisted learning and hands-on STEM projects is creating new paradigms for engaging students in science and technology education.
Through our Tamil LLM research, we're pioneering methods to preserve and teach heritage languages using modern technology.
Our Maker Faire projects and educational initiatives are inspiring the next generation of innovators and problem-solvers.
Exploring how advanced robotics can enhance STEM learning experiences
Developing adaptive learning systems that adjust to individual student needs
Integrating environmental consciousness into STEM education programs
Leveraging Internet of Things technology for immersive learning environments
Interested in contributing to our research initiatives or exploring collaboration opportunities? We welcome partnerships with educators, researchers, and institutions who share our passion for innovative STEM education.