I aspire to become a full-stack roboticist to create multi-tasking robots that adapt to new environments and positively impact people’s everyday lives at homes and workplaces. I am particularly interested in tackling the challenges of deploying bio-inspired robots in the field and work towards a socially significant problem. In the long term, I hope to start my own company that uses field robotics to provide solutions to real-world problems such as search and rescue missions in complex environments.
While completing my undergraduate degree, I worked with Dr. Shital Chiddarwar at IvLabs, the AI and Robotics Lab , on a variety of projects focused on creating innovative and robust hardware platforms. In addition to this work, I also led workshops for first-year students to foster a technical culture at my college.
Outside of work, I am a sports enthusiast and love adventure. I also enjoy listening to music and play tabla. On weekends I go running and biking, plan hikes, road trips, and organizes board game sessions and surprise people with my culinary skills!
Master of Science (M.S.) in Robotic Systems Development (MRSD), 2023*
Carnegie Mellon University
B.Tech. in Metallurgy and Materials, 2021
Visvesvaraya National Institute of Technology
As robotics researchers develop new algorithms (i.e, a control algorithm), they dedicate a significant amount of time to implementing and testing the algorithm on a specific platform. A key task of performing tests lies in the development of the full software stack for the specified platform, thus leading to a longer implementation and testing time. Using a general, extensible, and modular software stack will allow researchers to swiftly implement their algorithm and perform tests efficiently. This calls for the General Hardware Agnostic Robot (GHAR) Software.
A re-configurable robot which can transition into biped, quadruped and snake configurations without any re-arrangement of modules.
A teleoperated differential-drive robot to deliver food packets and medicines to the COVID patients. Doctors can interact with patients from a safe distance using the onboard video conferencing system.
Implemented a mesh network based on IEEE 802.15.4 to establish consensus in a swarm of robots. Established handshake using Atmega328p as well as TIVA TM4C123GXL launchpad.
MATLAB based program to analyze motion equation and parameters. I Designed an algorithm for tracing path of a damped oscillator.
I enjoy taking up small handy projects like Line follower bot, Designed a manually controlled mobile robot, Fabricated a clap switch, Fabricated a cell phone charger.
Implemented a laser security system with push notifications capability and real-time monitoring.