Sai Teja Pappala

Visakhapatnam

Summary

To seek a position in a well-established organizations that offers me a path for me to work in a learning and challenging environment for professional growth, as this provides me ample opportunities to exhibit my technical skills.
Certified Artificial Intelligence in VERZEO 2021
Certified IOT in UDEMY 2021
Certified Python in COURSERA 2021
Trained in SQL and Excel
B.Tech Graduate with CGPA of 6.58

Education

B.Tech - ECE

01.2021

Intermediate - MPC

01.2017

Secondary school - CBSE

01.2015

Skills

BI Tools and Technologies: Tableau, SQL Server, Excel

Artificial Intelligence

Areas Of Improvement

Leadership
Time management skills

Extracurricular Activities

I was an active member of GCC (Gayatri cultural club) and performed as a singer at various events at the college. I Was a part of English Literature Club at the college and conducted various activities like Spell-B, Essay Writing, JAM sessions. I was a part of college sports team and participated in Inter college Lawn Tennis tournaments and Table Tennis tournaments

Full Name

Sai Teja Pappala

Hobbies and Interests

Playing Lawn Tennis
Singing
Learning about new technologies
Listening to music

Projects

Analysis of leakage current in a MOSFET using SILVACO TCAD, In this project, we have simulated nanoscale MOSFET structure through an ATLAS device simulator. We have used three types of oxide materials to determine characteristics of MOSFET to analyze the leakage current characteristics with respect to electrical permittivity of oxide materials. Simulation of High-K dielectric Flash memories, In MOSFET fabrication, we used High-K dielectric materials like silicon nitride (Si3N4) and Aluminum oxide (Al2O3). We observed the performance characteristics of the device varies by improving gate leakage current, improving performance and gate capacitance of the device. Path Finding Robot using AURDINO, The project is about a design of an obstacle avoiding Robot with capability of detecting objects in its course and navigating around those objects by making a proper decision. This project is based on Arduino UNO and the code is written in Arduino IDE software. As an autonomous robot, the potentiality to maneuver without creating any impact was executed.

Disclaimer

I, hereby declare that all the information provided regarding my educational qualification and personal information is true to the best of my knowledge and I bear all the responsibilities of any possible discrepancies.