Projects

Developed an intelligent gear fault diagnosis framework that combines advanced signal processing, optimization algorithms, and deep learning to accurately identify gear defects from noisy vibration signals.

Designed an Edge AI-based livestock monitoring system that performs real-time multi-species detection, threat identification, and instant farmer alerts using computer vision, IoT, and cloud technologies.

Performed a Computational Fluid Dynamics (CFD) analysis of a DJI drone propeller to study airflow behavior, sound pressure levels, and aero-acoustic performance using ANSYS Fluent.

Designed and built a 5-axis robotic arm capable of performing basic pick-and-place operations using servo motors, Arduino, and a custom 3D-printed mechanical structure.

Designed and developed an RTC-based dual-axis solar tracking system that continuously aligns a solar panel with the sun's position to maximize energy generation throughout the day.