Amazon is guided by four principles: customer obsession rather than competitor focus, passion for invention, commitment to operational excellence, and long-term thinking. We are driven by the excitement of building technologies, inventing products, and providing services that change lives. We embrace new ways of doing things, make decisions quickly, and are not afraid to fail. We have the scope and capabilities of a large company, and the spirit and heart of a small one.

Together, Amazonians research and develop new technologies from Amazon Web Services to Alexa on behalf of our customers: shoppers, sellers, content creators, and developers around the world.

Our mission is to be Earth's most customer-centric company. Our actions, goals, projects, programs, and inventions begin and end with the customer top of mind.

You'll also hear us say that at Amazon, it's always "Day 1." What do we mean? That our approach remains the same as it was on Amazon's very first day - to make smart, fast decisions, stay nimble, invent, and focus on delighting our customers.

University of Florida

Visvesvaraya Technological University

SDE2

Graduate Research Assistant

● Designed & developed a simulation page of Amazon’s internal web application for inventory 
     planning. The simulation page enabled an automated launching of simulation jobs on EMR
● Implemented backend & frontend modules for different tasks. Some of the tasks involved processing user’s simulation request, creating & saving input commands in S3, saving request records in DynamoDB, creating and launching Spark jobs in AWS EMR cluster, monitoring cluster status and displaying the result in the web UI

SDE Intern

● Used Python3 to implement batch uploading of media files to AWS S3 & Internet Archive and the automatic generation of meta-data CSV files to enable centralized access to all historical records
● Created Docker & Singularity container and pipelined Bioinformatics lab scripts using Nextflow for deploying it to HiPerGator HPC & AWS

Research Assistant

● Contributed to the redesigning and development of Intel's Crash reporting software - a web-based application used to manage and analyze the different types of crashes that occur in Intel-enabled devices
● Collaborated on the development of Intel's Power & Performance testing application- a web-based software that performs automated power and performance test cases on target devices
● Developed the UI modules using Angular 2 and implemented several back-end functionalities using Java, Spring, Hibernate, ElasticSearch, and Go programming 
● Involved in the improvement of scalability and responsiveness of the existing software architecture
● Developed backend modules for Intel’s Platform debugging tool using Go & gRPC which enabled time-efficient and remote regression testing
● Published a paper named ‘Debug Cockpit’ in Intel’s Platform Analysis Tools summit 2018. The paper describes the methods of enhancing debugging experiences using system trace messages.

Software Engineer

● Designed and developed a plugin using Qt that established a two-way communication protocol and enabled further interpretation of the debugging logs and trace messages
● Contributed to the release of two major versions of Bosch Proprietary Testing Tool with several enhancements. The tool was based on C++.
● Conceptualized and developed the feature to decode trace messages using a target-specific configuration file in the Bosch Proprietary Testing Tool
● Attained the “Best Performer” Award for exemplary performance and initiative (2015)