Supriya Reddycherla

Highly motivated and results-oriented Bachelor of Technology in Electronics and Communication Engineering graduate with a strong foundation in embedded systems design seeking a challenging position to leverage technical expertise and contribute to the company's success.

• TELANGANA STATE LEVEL INTERMEDIATE AND ENGINEERING ENTRANCE EXAMS




EXAM RANK

POLYCET 918

MJP 96

MJP 12

EAMCET 3887

• English
• Telugu
• Hindi

Cultural Activities, Active Participation in Sports, Organizing Events, Crocheting

Embedded Systems Training & Competition: provided by Acmegrade (March 12, 2024 - April 12, 2024) | Mood Indigo IIT Bombay

• Scientific Calculator using an Arduino

-Developed an affordable scientific calculator on Arduino for basic & advanced math. -User-friendly interface with keypad input & LCD display for real-time results. -Demonstrates versatile calculator creation with readily available components.

-Team Size: 4

• Heart rate monitoring system using FPGA (Major Project ):

-This project aims to develop a comprehensive system for monitoring and analyzing individual's pulse rates in various situations. The project involves interfacing a pulse analyzer with FPGA to capture and process pulse data. The system will display real-time pulse readings and calculate the pulse rate per minute.

-Team size: 4

• Water Level Indicator using Transistors

-It consists of a transistor element and a buzzer which indicates the overflow of water or excessive water in a container.

-Team size: 2

• Removing Noise from ECG Signal

-The project aims to enhance electrocardiogram (ECG) signals by employing signal processing techniques to effectively remove unwanted noise, thereby improving the accuracy and reliability of cardiac data analysis.

-Individual Project

• Persistence of Vision using Arduino

-It is an optical illusion in which many discrete images are blend into one single image on human mind.

-Team size: 3

• Binary to seven segment display using FPGA (Mini Project)

-Generating random 4-bit numbers and representing it on a seven segment display using FPGA.

-Seven segment  display consist of 7 led segments to display 0 to 9 and  A to F.

-Team size: 4

• Certificate of Merit in South-Zone Inter-University Kho-Kho competition at Kakatiya University.

• Engaged as a volunteer in a 3D Printing and Robotic Arm workshop, contributing to hands-on learning experiences and fostering collaborative problem-solving within the team.