I am a passionate innovator with a strong enthusiasm for Machine Learning, Data Science, RF Engineering, and Life Sciences. My commitment to impactful, interdisciplinary research drives me to explore innovative solutions that can significantly enhance human lifestyles and healthcare.
I possess a diverse skill set in programming languages such as Python, R, and C++, along with expertise in machine learning tools like TensorFlow and PyTorch. My experience in data analysis and visualization allows me to derive meaningful insights from complex datasets.I thrive in team environments, valuing collaboration and continuous growth. I am committed to making a positive impact through innovation.
I am driven by the potential to create innovative projects that not only solve real-world problems but also have the scalability to reach a broader audience. My passion lies in developing solutions that integrate computer vision and hardware sensor technology, enabling enhanced human interactions and improved healthcare outcomes. I believe that technology should be accessible and beneficial to all, and I strive to contribute to advancements that can make a meaningful difference in people's lives.
Some of the projects that I have build:
Real-Time Gesture Recognition for Interactive Games:
Created a Python-based system using OpenCV and Mediapipe, achieving 97% accuracy with <0.5s latency. This project exemplifies how interactive systems can enhance user experiences and has the potential for scalability in various applications, from gaming to education.
AI-Powered Background Removal Platform (BgRemove.AI):
Developed a Streamlit-based application that allows users to remove backgrounds from images in real-time. This project showcases the scalability of AI-driven solutions, making advanced image processing accessible to a wide range of users.
Microstrip Patch Antenna Design:
Designed and fabricated antennas for various applications, optimizing their performance for real-world use. This project involved extensive research and development, highlighting the importance of scalable technology in communication.
By focusing on projects that combine computer vision with hardware sensor technology, I aspire to create scalable solutions that enhance human lifestyles and address critical healthcare needs. I believe that such interdisciplinary innovations hold the potential to transform how we interact with technology, making it more intuitive and beneficial for everyone. My diverse skill set, combined with my passion for innovation and research, positions me well to contribute to impactful projects and collaborate with like-minded individuals in this exciting journey.