HI! I'M
AKSHIT AGARWAL
A Mechatronics Engineering student who designs, builds, solders, programmes, and everything else between the process of making a junk into a walking/flying companion!
ACHIEVEMENTS
Gujarat Robofest 4.0 (Rover Category)
Created a 6WD Rover prototype inspired by NASA Mars Perseverance Rover. Based on Rocker-Bogie suspension and Differential steering mechanism, STM32 based drive system, Raspberry Pi based vision, processing and autonomity system, a fully hand-fabricated lightweight aluminium chassis.
Served as the Team Leader of a team of 5 members, and secured 3rd position all over India in the Rover Category passing through 3 rounds, and won a total cash prize of Rs. 7.5 Lakhs (INR).






ISRO Robotics Challenge - URSC 2025
Developed an Autonomous UAV capable of mapping and navgating in the martian environment (without the use of GPS) and finish pre-specified tasks. Integrated a sensor fusion of IMU, LiDAR, Optical Flow, and RGB-D Camera to replace the GPS-based localization system, and implemented a custom NVIDIA ISAAC ROS based mapping and navigation stack.
Served as the Team Leader of a team of 4 members, and reached the Grand Finale securing a position in the Top 16 teams all over India.






EXPERIENCE
June 2026 - July 2026
June 2026 - July 2026
UAV Intern
North Eastern Space Applications Center (NESAC)
Designed and developed a Heavy-Lift Emergency Response UAV capable of carrying 20-25 kg payload.
May 2024 - July 2024
May 2024 - July 2024
Design Intern
LUSIP, The LNM Institute of Information Technology
Designed and performed Structural Analysis and Simulation for 10+ CAD models of mechanical components.
May 2024 - July 2024
May 2024 - July 2024
Core Mechanical Intern
Adani Electricity
Operation analysis and handling at the Adani Dahanu Thermal Power Station (ADTPS), a 500 MW coal-based thermal power plant station.
PROJECTS
VIEW ALL
Autonomous Navigation Aerial Vehicle (ANAV)
An autonomous navigation aerial vehicle (ANAV) project that utilizes advanced algorithms and sensors for precise navigation
Hydraulic Soft-Muscle based Robotic Arm
An anatomically-accurate hydraulic arm based on McKibben muscles.

6-Wheeled Rover
A six-wheeled rover designed for autonomous navigation and exploration.

Self Balancing Robot
A two-wheeled self-balancing robot built using STM32, MPU6050, wheel encoders, and an LQR state-feedback control system.
CAD & SIMULATION
