Research Assistant Aug 2025 - Present
AIR Lab, Lehigh University
Working under Dr. Subhrajit Bhattacharya on signal transmission on Multi Scale Graph Networks for robotic applications.
As a PhD student, I aim to pursue research and development in the field of multi-agent systems and robotics, where I can leverage my expertise to advance innovative and sustainable solutions. I am interested in a career, developing efficient algorithms and intelligent systems that utilize swarm behaviors, path and motion planning, coverage strategies, computer vision, and AI on edge devices.
Through rigorous research, I aim to contribute to the development of adaptable, autonomous robotic systems that are optimized for real-world applications, with a focus on scalability and sustainability.
Lehigh University, Bethlehem, US
Advisor: Dr. Subhrajit Bhattacharya
Research:
Relevant Course Work:
University of Maryland, College Park, US
GPA: 3.97
Relevant Course Work:
Keshav Memorial Institute of Technology, Affliated to Jawaharlal Nehru Technological University (JNTU), Hyderabad, India
GPA: 8.65
Vijaya Ratna Junior College, Hyderabad, India
Percentage: 97
Zilla Parishad High School, Vuyyuru, India
GPA: 9.2
Below are some of the skills that I posess to excel in the industry.
A scientific paper presentation on path planning for mobile robots using Deep Q Network. The paper is published by Siyu Zhou et al. in IEEE, August 2018.
Object pick and place using Panda ARM with C++ and ROS. Extensively tried different configurations and reachable workspace of the arm to pick and place the object with obstacles around.
Detects the drivable path in the ground plane for a mobile robot in an indoor environment using Semantic Segmentation (U-Net) with Resnet-18 as encoder pre-trained on IMAGENET on a custom collected dataset.
Simulation of the Mobile Autonomous Robot for Indoor and Outdoor Collection Of Medical Waste (MARIO-COM). This project is developed using Ros2 Foxy, Gazebo and RViz with Agile Iterative Process among a group of three. This project uses TurtleBot3 with OpenManipulator-X to simulate the medical waste collection in an environment.
Documentary of the course ENPM-809T, Autonomous Robotics class offered by Prof. Steven Mitchell at the University of Maryland, College Park. The grand challenge involves building a robot from scratch and autonomous navigation of the robot in a cluttered environment involving different colored blocks. The arena is a simulation of a construction zone and the robot is expected to autonomously transport different colored blocks in order to the required zone. This challenge is a mixture of perception, planning, control and strategy to achieve the task in given time.
MOD RRT* algorithmic implementation of a recent research work for a point robot with unknown environment using python and opencv. The algorithms were adapted and produced results with different objectives as parameters for pareto dominance criterion to reach the goal.
Working under Dr. Subhrajit Bhattacharya on signal transmission on Multi Scale Graph Networks for robotic applications.
Contributed on developing an NLP model for estimating the large movement of assets in Crypto market. Participated in discussing EPICs, assigning new issues to the contributors, and code reviews. Acted as a bridge between the founders and contributors.
Grader for the Perception for Autonomous Robots course, offered by Dr. Samer Charifa for the Spring 2023. Crucial role in supporting the students in their learning journey by evaluating projects, homeworks and providing insightful feedback to help students understand the material better, clarifying any doubts that students may have, and creating assignments and projects.
Working under Dr. Derek A. Paley on virtual control of Boston Dynamic's SPOT robot using DVPG Network in collaboration with UMBC and Army Research Lab. Also, working on autonomy stack development for Air and Ground Robot collaboration.
Tutor for undergraduate Robotics and Autonomous Systems minor courses, ENAE 450 - Robotics Programming, ENEE 467 - Robotics Project Laboratory, ENAE 380 - Flight Software Systems and ENME 480 - Introduction to Robotics.
Hosted weekly office hours to help students develop, program and debug real-world robotics projects and simulations as part of their coursework.
Worked on developing the codes for ADC, DAC, UART, I2C, SPI using Embedded C for 8051 Microcontroller. Also developed matlab code to process the data received from the microcontroller to the desktop.