- Designated as the key developer for 15+ projects (lifecycle duration 2 - 10 months) on the Data Lake integration with different source systems using Amazon Web Services (AWS) in SDLC work culture.- Part of the Data Administration team for managing 500+ Terabyte Data on Data Lake in AWS Redshift and worked with the Data Architecture team to analyze data from different source systems for Data Migration to AWS Redshift.- Formulated end-to-end automation on Amazon Redshift using PL/SQL and provided a complete analysis of different business scenarios, satisfying the client's business logic and requirements.- Communicated directly with project stakeholders and clients to gather requirements and gave timely updates on JIRA tickets for continuous project advancements in the Agile Model.- Provided technical leadership for a significant application development project throughout its lifecycle by leading a team of 3 and coordinating with multiple interdependent teams to achieve successful GO-Live.- Engaged with the Production Support Team and provided substantial contributions on 30+ applications by handling bug fixes, supporting enhancements and monitoring processes.

Project: Designing Of 14nm FinFET- Developed expertise in Silicon-on-Insulator (SOI) technology and its application in mainstream semiconductor products for designing 14nm FinFET using Sentaurus TCAD for the VLSI Industry.- Performed research on novel transistor structures, especially focusing on the multigate field-effect transistors like FinFETs and gained experience in designing and analyzing FinFETs for modern processor design.- Proficient in using Sentaurus TCAD software for designing the outer structure of FinFETs through Sentaurus Structure Editor, applied masking techniques to define the FinFET structure with setting parameters using Sentaurus Device and obtained desired outputs and graphs using Sentaurus Visual.- Demonstrated ability to conduct research, experiment, and present findings with outcomes in a comprehensive internship.

Project: Implementation Of MSP430 Microprocessor.- Conducted research on the MSP430 microcontroller to derive each component's working and replicated using modular VHDL cording on Spartan-3E FPGA.- Demonstrated expertise in VHDL programming and FPGA implementation for verifying the functionalities of the MSP430 microprocessor at a programming level.- Proficient in using Xilinx Software for simulation and verification of the designed microcontroller system.- Hands-on experience in implementing the microcontroller system on an FPGA board for real-world testing and functionality validation.