Discover @MuizZer07 Open Source projects

Muiz Ahmed Khan (@MuizZer07)

MuizZer07

Stars
58
Global Rank 307,272 (Top 11 %)
Followers 39
Following 26
Registered about 8 years ago
Most used languages

C++
22.2 %

Objective-C
11.1 %

Java
11.1 %

Python
11.1 %

Kotlin
11.1 %

JavaScript
11.1 %

HTML
11.1 %

PHP
11.1 %
Location 🇧🇩 Bangladesh
Country Total Rank 1,058
Country Ranking

Objective-C
42

Python
152

Kotlin
332

C++
598

HTML
975

Java
1,127

PHP
2,069

JavaScript
3,762

The-Complete-Python-3-Course-Beginner-to-Advanced-Udemy-Course

This is a Udemy Course on Python3 (Beginner to Advanced). These are all the exercises and projects that I have done so far from the course.

myportfolio

Developing my protfolio using Django

City-Bus-E-ticketing-JAVA-Project-

This was a class project of the Database Management course. Made a prototype of online city bus ticketing system.

Online-Problems

I've solved several online judge (e.g codeforces, lightoj, UVA, URI etc.) problems. My solved problems are uploaded here.

ship-shop

Simple E-commerce website using django, Django REST Framework, PostgreSQL

Competition-Hub

This is my Software Engineering course project. CompetitionHub: A competition Hosting platform

A-Complete-iOS-11-and-Xcode-9-Course-with-Swift-4-Objective-C-Udemy-Course

A few practice app projects from A Complete iOS 11 and Xcode 9 Course with Swift 4 & Objective-C

Thunder-Storm-Messenger-Android

An android messenger app with Kotlin and Firebase

Wireless-Bluetooth-Notice-Board-Prototype-with-Arduino

This is an Electronic Wireless Notice Board project. We have made a prototype with an Arduino Uno Board. It has a Bluetooth Module that can be connected via a smart phone. User can send text from his/her smart phone with a simple application to show it on the display. In this case, the Bluetooth module that we used (HC-05) has an open source free android application (Bluetooth Terminal HD-05) to send serial input (text) to the Arduino board. We received the serial input and showed on a 16x2 LCD Display. It can display at most 32 characters. For a prototype, we used a smaller and simpler display to reduce the cost and complexity. We used a loop to show the outputs iteratively and it continues to show the outputs until the user wants it to stop. By giving a single character input “x”, the output iteration will stop and the display will be cleared. If then the user gives more input, it starts iterating again. Every new input will add at the end of the loop. So, the display will continue to show the inputs that user gives one by one.