I am a tech-driven environmental innovator with expertise in Machine Learning, Data Science, and Full-Stack Web Development, blending technology with sustainability-focused research. My work bridges the gap between environmental science and computational solutions, using advanced tools to solve real-world challenges.
Developed a sustainable brick concept aimed at reducing environmental impact. Conducted hands-on tests like water absorption, T-shape fall strength testing, and acoustic quality checks.
Built a data-driven approach to predict Land Surface Temperature using ML/DL. Utilized NDVI, NDBI, MNDWI, and other indices from 30 years of satellite data for predictive modeling.
Created interactive web interfaces with optimized image handling, dynamic routing, and server-client component integration.
Performed statistical and graphical analysis on environmental datasets, generating insights for research and reporting.
I aim to become an AI/ML Engineer, applying computational techniques to environmental and climate challenges. My approach combines coding, data science, and domain expertise to create impactful, sustainable solutions.