Ramya Kuchipudi

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

• ALIVE HUMAN BEIND DETECTOR ROBO IN WAR FIELD AFFECTED AREAS

             
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. 

• ADAPTIVE CRUISE CONTROL(ACC) USING MATLAB

         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 

• 4-BIT COUNTER USING CADENCE TOOL

          
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 

• C
• Sql
• Embedded C
• Matlab