KIIT (2019-2023)- ARIIA Rank 1st Graduated with 2nd Position. CGPA 9.51 Higher School- Crescent Public School (2016-2018) Graduated with High Distinction Secondary School- Radian Public SChool (-2006-2016) Graduated with High Distinction Awards and Scholarships: KIIT Merit Scholarship- All through BTech Degree
Springer • 1 patent under process • Oral presentations in international conferences. • Participated in (>10) technical national competitions (Positions in 5). Leadership Qualities: • Coordinator- College technical Club. • Workshop Instructor- SPARX • Workshop Organizer • Team Leader • Student member- Board of Studies of my College. Hand sanitizer Robowar Bot Home Security setup Bluetooth-controlled bot
Internet of Things (IoT) Use of Smart Systems in Biomedical Field Robotics Artificial Intelligence and Machine Learning Automated Hand Sanitizer Dispenser. Indoor Plant Health Monitoring and Tracking System. Automated Garbage Management System for Smart City Applications. Home Automation and Smart Homes. Internships and Projects
collection and management of garbage in urban and suburban areas. • A microcontroller-based system, integrated with a GSM module will be able to inform the local municipality about the status of the bins, about them being filled, or unfilled, ensuring the cleanliness of the area. • The concerned municipality officials will be automatically informed as and when the dustbin needs to be cleared. • A website will be integrated with the AGMS, and will provide live information about the bin status using a color-coding system for ease of understanding. • This system will work efficiently to ensure that the dustbins get cleaned at proper times, keeping a check on overfilled or overflowing bins society remains clean and healthy while being cheap and automated. A. Mohiuddin, et al. "Automated Garbage Management System for Smart City Applications," 2021 IEEE 2nd International Conference (AESPC), pp. 1-5, doi: 10.1109/AESPC52704.2021.9708495.
completing my master's in SSIs, I am driven to pursue a Ph.D. in Electronics with a focus on Smart Automated Systems and MEMs. My motivation lies in conducting impactful research and innovation in these areas, as evidenced by my previous work in the field. My ultimate goal is to contribute to society through patented technologies that bring about positive change. In the next 5 years, I envision myself actively refining and enhancing my research and patented innovations. Looking ahead to the next decade, I am determined to establish a robust startup or business grounded in my research, aiming for a significant and lasting impact on the technological landscape.
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