Kavya Narsagari

My Passion lies in solving intricate design challenges and I am excited to apply my knowledge to real-world projects. I am seeking an opportunity in a company where I can learn, grow, and collaborate with a team of experienced professionals.

Design of low power High-Speed CMOS circuit using hybrid power gating technique.

Team Lead, This project involves the reducing of leakage power in nano meter technology using hybrid techniques, combining leakage control and dynamic power reduction methods. By integrating these approaches, our CMOS designs, developed in DSCH and MICROWIND, achieve improved power efficiency, speed, and area performance, outperforming traditional methods in leakage reduction.

Single-axis solar tracking using Arduino.

Description: Developed a single-axis Solar tracker with solar energy which is the largest global renewable energy source. It is a readily available alternative energy source that is also clean. It is quite advantageous for electricity generation. Solar panels are mostly used to capture solar energy. This paper shows how a solar panel works using an Arduino-based tracker. The major goal of this project is to provide a procedure for tracking. Here, LDRs are used to detect the intensity of sunlight, and the solar panel is subsequently changed to track the energy from the sun. The rotation of the solar panel is controlled by a gear motor in this project. The LDR signals are used to regulate the gear motor, which is controlled by a microcontroller. In comparison to finite solar trackers, this prototype model shows a single-axis sun tracker that records more energy and provides higher efficiency.