Engaged in continuous learning to expand knowledge in test automation and drive technologies
Developing and implementing automated test scripts using ATF and Robot Framework to validate the functionality and performance of low voltage (LV) drives
Application Support Analyst
TATA Consultancy Services
02.2021 - 08.2023
Successfully led the migration of 20+ critical enterprise applications from legacy Windows servers to modern infrastructure
Managed the end-to-end migration of related databases and 60 SSRS reports, ensuring data integrity and continuity of business operations
Conducted comprehensive security assessments using Veracode to scan
Successfully identified and remediated 50 critical security bugs
Executed detailed manual testing processes to ensure the 100% accuracy and functionality of applications post migration
Education
M.TECH in POWER ELECTRONICS AND DRIVES -
National Institute of Technology, Warangal
07.2025
B.TECH in EEE -
G.Narayanamma Institute of Technology & Science
01.2020
INTERMEDIATE -
Sumathi Devi Junior College
01.2016
SSC -
Sri Saraswathi Shishu Mandir
01.2014
Skills
C programming
Python
MATLAB/SIMULINK
Verilog (Beginner)
Selfevaluation
Good Communication
Adaptability
Inquisitiveness
Resilience
Time management
Creativity
Projects
Design and Simulation of Solar-Wind Hybrid Energy System, 2020, Major Project, Tools & technologies used: MATLAB/SIMULINK, Successfully integrated solar PV and wind turbine models to work in tandem, improving overall system reliability by 25%, Implemented Maximum Power Point Tracking (MPPT) for both solar and wind components, resulting in a 20% increase in energy capture efficiency under varying conditions. Automatic Street Light Control Using Arduino Uno, 2019, Minor Project, Tools & technologies used: Arduino Uno, LDR sensor, LEDs, C programming, Implemented a reliable system that demonstrated energy efficiency by reducing unnecessary power consumption by 30%, Improved system reliability and response time, ensuring lights turned on/off within 1 second of detecting changes in ambient light