UWMSRPC — Student Research Poster Competition System
Designed and developed a cloud-hosted web application to manage scoring and
evaluation for the University of Wisconsin–Milwaukee Student Research Poster Competition.
Replaced manual workflows with a secure, scalable digital platform.
- Reduced result compilation time by 98% by automating scoring and aggregation
- Processed 200+ evaluations across multiple rounds in under 5 minutes
- Improved operational efficiency by 90% with a streamlined UI
- Achieved 99.9% uptime using Docker-based deployments
Technologies: Django, React, AWS, Docker, JWT, Tailwind CSS
Automated MS CS Program of Study (POS) Verification System
Built an online system to automate the verification and validation of the graduate Program of Study
forms, replacing manual review processes and improving data accuracy.
- Achieved 95% reduction in form errors and omissions
- Reduced form processing time by 75% across multiple academic tracks
- Implemented support for Professional, Thesis, and Non-Thesis tracks
- Ensured 100% validation accuracy through comprehensive testing
Technologies: Python, Web Forms, Validation Logic
UNI-VISE — University Recommendation System
Developed a machine learning–based recommendation platform to help prospective students
Identify suitable U.S. computer science programs based on academic profiles and preferences.
- Trained a K-Nearest Neighbors (KNN) model for CS universities across the U.S.
- Guided 1,000+ students in identifying relevant universities
- Achieved high accuracy in matching candidates to preferred programs
- Deployed on AWS EC2 and RDS with public hosting
Technologies: Python, Flask, AWS EC2, AWS RDS, Machine Learning
FoodMine
Built a dynamic Angular 21 web application that enhances the food browsing and ordering experience with search and cart management features.
- Enabled users to explore a wide variety of food items
- Implemented search and shopping cart functionality for easy ordering
Technologies: Angular 21, TypeScript, HTML, CSS
Text-to-Image Synthesis Using GANs
Conducted research on text-to-image synthesis using Generative Adversarial Networks,
focusing on feature engineering and model optimization.
- Improved model training and validation efficiency by 20%
- Performed feature engineering on large text datasets
- Published research paper in IJRASET (Volume 6, Issue IV)
Technologies: TensorFlow, PyTorch, NumPy, Pandas, GANs
URL Shortener Web Application
Built a lightweight URL shortening service demonstrating backend fundamentals,
database design, and RESTful application development.
- Implemented persistent storage using SQLite
- Designed URL mapping and redirection logic
Technologies: Python, Flask, SQLite