Academic Excellence
Achieved 1st Class Honours (4.0 GPA) in the integrated Masters program, specializing in advanced robotics, autonomous systems, and AI development. This comprehensive program combined theoretical foundation with hands-on engineering experience, preparing for leadership in robotics and defense technology.
Key Projects & Achievements

Vision-Enhanced Autonomous Rover
Omni-directional rover with Jetson TX2, CNN object recognition, and magnetic gripper control system.

AI Surveillance Drone
Autonomous drone achieving 88% human detection accuracy with gesture control and real-time obstacle avoidance.
Computer Aided Design
Advanced SolidWorks modeling with topology optimization, stress analysis, and photorealistic rendering capabilities.
Robotics Simulation & Testing
Advanced simulation platforms using ROS, Gazebo, and Webots for virtual prototyping and algorithm validation.
Microprocessor Design
Low level embedded systems development with circuit schematics, component integration, and extremely efficient firmware.
Embedded Systems
Wired components, analyzed circuit schematics, coded systems to work together creating flawless and efficient solutions.
Technical Development
Specialized coursework included advanced computer vision, machine learning implementation, embedded systems design, and autonomous navigation algorithms. Developed proficiency in Python, C++, ROS, TensorFlow, and embedded firmware development while working with cutting-edge robotics hardware.
Industry Preparation
The program's emphasis on practical application and industry collaboration provided direct preparation for defense R&D work. Strong foundation in system integration, project management, and technical documentation that proved invaluable in professional engineering roles.