I engage in research within the Smart-City domain to address complex real-world problems. My aim is to leverage my skills and ideas for system modeling, design, and analysis. To date, I have tackled various issues such as adaptive traffic light signaling, analysis and modeling of toll prices in India, designing smart pedestrian routes to avoid COVID hotspots, ensuring IoT network security, developing low-cost visibility measurement tools, creating tourism assistance update guides, and implementing live tracking systems for pollution and traffic congestion in Delhi. My research interests primarily revolve around Smart Transportation for Urban Mobility, Computer Vision for Perception, and Accident Prevention with Advanced Driver Assistance Systems (ADAS).

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As a dedicated maker and technologist, I collaborate with enthusiastic learners and innovative minds, which provides me with valuable learning opportunities. Having spent four years exploring a professional career, I pursued a Master's degree in Robotics at KAIST. Currently, I am continuing my PhD studies in Robotics at KAIST while affiliated with the Vehicular Intelligence Lab. I firmly believe in lifelong learning and continuously strive to add value to humanity by introducing new technological advancements to the market.