About Me
I'm an AI/ML Engineer passionate about developing innovative solutions that blend cutting-edge artificial intelligence with robust engineering principles. My work focuses on computer vision applications and creating accessible technologies that solve real-world problems.
Currently pursuing my B-Tech in Computer Science with a specialization in AI & ML, I'm actively involved in research and development projects that push the boundaries of what's possible with machine learning. I have particular interest in computer vision, predictive analytics, and building intelligent systems that enhance human capabilities.
Beyond academics, I've developed practical experience through various projects including traffic optimization systems, electronic scent detection, and property valuation models. I'm also a licensed drone operator with expertise in UAV development and remote sensing applications.
Education
GPA: 7.18/10
Key Courses: Deep Learning, Computer Vision, Data Structures & Algorithms
Senior Secondary Education
Secondary Education
Score: 91%
Skills
Programming Languages
AI/ML Frameworks
Additional Skills
Projects
Developing an AI-powered traffic management system that uses real-time data from sensors to optimize signal timings based on live traffic density. The system applies predictive analytics to anticipate congestion and make proactive adjustments, reducing wait times and improving flow. Designed for integration with smart city infrastructure to support scalable, sustainable urban mobility.
View Project on GitHub
Built a DIY electronic nose inspired by the human sense of smell, using gas sensors to detect and learn different odors. Collected scent data and trained lightweight machine learning models to recognize and classify smells. The system can be customized for various real-world applications like food freshness, air quality, and safety monitoring.
View Project on GitHub
Download Resume