Dedicated and accomplished Electrical and Computer Engineering graduate with a master's degree and a solid foundation in cutting-edge technologies. Possessing a strong aptitude for problem-solving and innovation, with a proven track record of academic excellence and research contributions. Proficient in a range of technical skills, including circuit design, programming, and signal processing. Eager to apply academic knowledge and practical experience to contribute effectively in a dynamic professional environment.
BIG DATA ANALYST
The project aims to use a wireless remote-controlled robot with sensors to detect human presence and alert the user. This robot can be easily controlled and mobilized, making it useful for detecting intruders in buildings. It utilizes a microcontroller programmed to manage input and output modules. A PIR sensor detects humans, and a Bluetooth module connects the microcontroller to user instructions. The microcontroller controls robot movement and alerts the user via Bluetooth about human presence.
This MATLAB project focuses on implementing Adaptive Cruise Control (ACC) for vehicles. The system adjusts a vehicle's speed based on the distance to the preceding vehicle and the desired following distance. Using MATLAB, the project develops algorithms for real-time speed modulation and distance control. Simulations evaluate the ACC's performance, demonstrating its effectiveness in maintaining safe and efficient inter-vehicle spacing on the road
This project outlines the design of a 4-bit Up Counter utilizing J-K flip-flops with clocked input and Reset. Simulations in Cadence showcase performance metrics like rise and fall times. Counting is a fundamental digital circuit function, achieved through changing flip-flop states in a sequence. The counter has a reset pin for an all-zero state and a Carry Look Ahead (CLA) pin for potential upgrades. Its outputs (F0, F1, F2, F3) represent current flip-flop states