About Me

I am a Full-Stack Developer with experience in .NET, Angular, Java and Spring Boot. I have a strong foundation in building scalable web applications and a passion for learning new technologies. My expertise includes backend development, database management, and front-end frameworks.

Previously, I worked as an Analyst - IT Application Developer at Deloitte, where I developed and maintained features for Deloitte’s EMS internal auditing tool. I focused on full-stack development, optimized data processing between databases, and created scalable web APIs. Before that, I was an Associate Software Engineer at Hexaware Technologies, working on client-based projects and internal tools. I developed web applications using SharePoint, integrated client authentication APIs, and built automated data extraction pipelines using .NET and SQL Server.

I am currently pursuing my Master's in Engineering at San Jose State University, where I have taken coursework in Machine Learning, Software Security, and NoSQL Database Systems. Additionally, I am passionate about cloud-based development and Agile methodologies.

Projects

Food Delivery App (Full-Stack .NET)

Designed and developed a full-stack food delivery application using.NET Core, Angular, and SQL Server. Implemented user authentication, real-time order tracking, and an admin dashboard.

Code

Trend Analysis & Seasonal Patterns in Pantry (ML)

Developed a machine learning model using Python, Pandas,and Scikit-Learn to analyse pantry product trends, detect seasonal purchase patterns, and optimize inventory stocking.

Code

Etsy Redesign (Figma UX/UI Project)

Created a user experince redesign of the Etsy mobile application using Figma, focusing on improving navigation, accessibility, and checkout flow to enhance user retention.

Prototype

MongoDB Sharded Cluster Setup

Deployed a sharded MongoDB cluster on AWS to support large-scale NoSQL data management. Configured replica sets for high availability, optimized query performance, and ensured secure inter-node communication for seamless data distribution.