Resume
Resume
Hello! I'm a 3rd-year undergraduate student at IIT Kanpur, majoring in Mechanical Engineering. My interests span across Robotics, 3D-Designing, and Software development, reflecting my passion for innovation and technology. Apart from my academic pursuits, I'm also a dedicated Weightlifting athlete and proudly serve as the Captain of the Institute's Weightlifting team. Balancing my love for Engineering and Sports, I continually strive for excellence in both fields.
Know MoreI completed my 10th grade at Nehru Public sr sec School Suroth, which was near my village, and studied there from 2nd to 10th grade. Those formative years instilled in me a strong foundation and a love for learning that I carry with me to this day...
For my 12th grade, I attended DS Science Academy in Gangapur City. It was the first time I lived away from home.I started my JEE journey there from 11th grade, dedicating three years to rigorous study, which eventually led me to IIT Kanpur.
After qualifying JEE Advanced in 2022, I finally attended IIT Kanpur for my graduation, and my journey here is currently ongoing. Being part of such a prestigious institution has been an incredible experience, providing me with numerous opportunities to grow academically and personally..
From March 2024 to June 2024, I worked as a Campus Ambassador at Swiggy Ltd. During this time, I worked on Project SDPO, implementing Supply Demand Planning and Optimization strategies to enhance the efficiency of sales, collaborated with a diverse team of over 20 interns, each managing connections with over 100 restaurants. Additionally, we conducted a comparative analysis of discounts between Swiggy and competing apps to improve user experience and escalate sales.
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→Mentored 10+ students in designing, programming, and assembling a Line follower Automobile robot from scratch. →Taught 3D modeling concepts and techniques while assisting in the design and creation of advanced robot models using SolidWorks, integrating pre-existing components such as motors, sensors, and electronics to ensure efficient assembly. →Instructed students about Arduino for programming, implementing logic for Line-following functionality. →Guided the integration of the L298 motor driver for proper power distribution to the motors using a 9V battery, supervised the 3D printing and final assembly of the robot, and now we are working on controlling it through gestures
Final Report Review Project
→ Developed a dynamic website using React, Node.js, and PostgreSQL to manage and explore courses easily. → Implemented secure user authentication with JWT and bcrypt, ensuring data privacy and user account safety. → Created RESTful APIs to support CRUD operations for courses, enabling efficient backend integration and data handling. → Leveraged Material-UI for building a responsive and visually appealing user interface, ensuring cross-device compatibility. → Configured environment variables and optimized architecture for deployment, ensuring scalability and maintainability.
Go To Website Review Project
→ Developed a Gesture and Voice Control System integrating Azure Cognitive Services for speech recognition and → MediaPipe for gesture recognition, enabling hands-free control of applications and improving Human - Machine interaction. → Implemented a Tkinter-based GUI for managing services, enhancing intuitive controls on Machine and user interface.
Demonstration Review Project
→ Developed a comprehensive thermodynamic model for Proton Exchange Membrane Fuel Cells (PEMFC) to meticulously analyze energy efficiency, overall system performance and environmental emissions for sustainable energy solutions. → Achieved a fuel cell efficiency of 82.8% and Fuel Cell Electric Vehicle (FCEV) efficiency of 62.39%, outperforming Internal Combustion Engine (ICE) vehicles, which achieve only 15–40% efficiency, highlighting the superiority of FCEVs. . → Simulated fuel cell systems using the advanced modeling capabilities of MATLAB SIMULINK, focusing on optimizing the efficiencies of critical components, power electronics and transmission systems to enhance performance and reliability.
Review Project
→ Conducted experiments on a CNC lathe using a Fresh tungsten carbide tool and Aluminum workpiece. → Measured cutting, thrust, and radial forces with a dynamometer. → Analyzed the data to calculate shear and cutting edge angles and Designed and interpreted Merchant’s Circle Diagram to study force relationships
Review Project
Course(MBA-618) Under : Prof. Veena Bansal,DoMS: → Conducted a survey on data collection of food waste across mess of every hall in IITK. → Collaborated with mess managers to identify causes of food wastage and current disposal methods. → Analyzed collected data and discussed to pinpoint challenges including inconsistent waste volumes due to student’s busy schedules hindering NGO’s acceptance and dwindling animal health (winter) and preservation issues (summer)
Review Project