Selected Work

Projects

Portfolio Website

Personal Project

A modern portfolio website designed to showcase projects, experience, and technical skills.

  • Built with a focus on clean UI, performance, and responsive design using modern web technologies.
  • Structured content to highlight full-stack development experience and improve recruiter readability.
  • Integrated GitHub and deployed on a custom domain for easy access to projects and code.

Air Quality Prediction using Machine Learning

Machine Learning Project

A machine learning system for predicting air quality using historical environmental data.

  • Developed models using OpenAQ data including CO and NO2 measurements across time and location.
  • Analyzed environmental factors such as weather, traffic, and industrial activity to improve prediction accuracy.
  • Built data pipelines for preprocessing, feature extraction, and model training.

FrameItLive

E-Commerce Application

A full-stack web application enabling real-time customization of picture frames.

  • Developed using HTML5, CSS3, JavaScript, Bootstrap, SQL Server, jQuery, and AJAX.
  • Designed backend logic for pricing, product management, and user workflows.
  • Implemented dynamic UI components for interactive customization and real-time updates.

Job Application Assistant

Full-Stack Application

A system for storing and reusing job application responses with dynamic form interactions.

  • Built using ASP.NET Core, C#, HTML5, CSS3, and JavaScript.
  • Implemented RESTful APIs (REST APIs) for CRUD operations and template management.
  • Designed a responsive UI with dynamic form handling and structured data models.

Research

Publication

Prudent carving: a progressively refining algorithm for shape reconstruction from dot patterns

Published in The Journal of Supercomputing, this work presents a parameter-free algorithm for reconstructing both inner and outer boundaries from dot-pattern point sets. The method detects multiple components, sharp corners, and nested holes efficiently using a Delaunay triangulation-based approach.