Hello World!
This is my digital portfolio where you will be able to check my
projects, get to know about me, and contact me. Hope you'll enjoy your
time here!
Projects
Projects
FootLiveScores
FootLiveScores is a dynamic web application that provides users with live updates on football/soccer scores, detailed standings, upcoming fixtures, and more. Developed using ReactJS for the frontend and ExpressJS for the backend, this platform integrates seamlessly with API-Football to fetch and display real-time information. The frontend is deployed on Netlify, providing a user-friendly and responsive experience. Meanwhile, the API operates on Amazon Web Services (AWS), ensuring seamless integration and efficient data retrieval.Language: JavaScript (React & Express)
Hosting: Netlify & AWS (Lambda & API Gateway)
API: API-Football
Expense Tracker
Expense Tracker is a user-friendly web application designed to help you effortlessly manage your finances. Built using Dart and Flutter for the frontend and powered by Firebase for authentication and database services, this app allows you to easily track and categorize your expenses. Analyze spending patterns and gain insights into your financial habits with features like sub-categorization and pie chart visualizations.Language: Dart (Flutter).
Hosting/Services: Firebase Hosting, Firebase Authentication, & Firestore Database
Team: Ashdeep, Ashok, Bekzod, Mike, Yingjie
Cuber
Multiplayer game developed using Unity Game Engine. This game incorporates technologies such as physics, networking, lighting, UI, and sound. In collaboration with two of my friends, we have created a playable and downloadable game for Windows and MacOS. While my friends were precisely working on 3D modeling of cars and stadiums, I developed movement and collision physics, multiplayer networking, UI, and sound technology. Most importantly, we have all spent months integrating all these components to work together smoothly.Language: C# (HTML, CSS & JavaScript for the website)
Applications: Unity & Blender & Photoshop
3n+1 Conjecture
Python script that lets you test the 3n+1 conjecture and save the graph image of the results. Designed and constructed a script utilizing Matplotlib Python library and NumPy package. The user is first prompted to enter a number, then the script will compute the mathematical 3n+1 (Collatz) conjecture. The calculation ends once your sequence reaches "1". Then, the program will output each value of your sequence, number of calcuations done, and the maximum value from your sequence. Lastly, a graph will appear with your sequence plotted on it and it will save the graph image on your device. For more information check the GitHub repo below.Language: Python
Package & Library: NumPy & Matplotlib
