Northeastern University Boston, MA, US

Design Patterns, Database Management, Algorithms, Data Management Processing, Cloud Computing, Web Development, Human Computer Interaction, Mobile Application Development (IOS)

Dayananda Sagar University Bangalore, KA, India

Data Structures and Algorithms, Object-Oriented Programming, Database and Management Systems, Large Scale Data Systems, Machine Learning, Natural Language Processing, Operating Systems, Applied Linear Algebra

Juniper Networks California, CA, US

• Leveraged large language models (LLMs) to automate code generation of Python scripts to optimize test automation.

• Developed ETL pipeline using NLP techniques to extract and process data from 1000 Python, YAML, XML files.

• Loaded processed data into Azure data warehouse optimizing efficiency and scalability of data storage and retrieval.

• Researched training and fine-tuning procedures for state-of-the-art generative AI LLM models - GPT3, Bert, Roberta.

MARG Innovations Sunnyvale, CA, US

• Developed a secure messaging interface for a startup iOS app using UIKit and XCode, enhancing user engagement during the Software Development Life Cycle (SDLC) leading to a 12% increase in active users.

• Leveraged Google Firebase NoSQL database query language for optimized data retrieval, reducing latency by 35%.

• Collaborated across teams using version control systems like Git during code reviews for requirement analysis, robust error handling mechanisms, and decreased crash reports by 18%. Containerized the backend services using Docker.

Dayananda Sagar University Bangalore, KA, India

• Implemented deep learning regression techniques to quantify skeletal maturity of 5000 patients by identifying landmarks, applying statistical analysis and machine learning algorithms.

• Utilized Python,TensorFlow,and Keras for developing and deploying deep learning models - VGG16, VGG19.

• Research published in peer reviewed journal and presented at the Springer ICAIHC conference, 2022.

Dayananda Sagar University Bangalore, KA, India

• Analyzed remote sensing data from MODIS satellite to compute 33 vegetation and water indexes, enhancing output accuracy by 20%.

• Formulated and executed vegetation index calculations in R, extracting necessary bands from datasets and produced 5 heat map visualizations for analysis after calculating indexes to showcase results.