Blood Donating Website Design

Excited to share my latest achievement! In just 12 days, I've learned Django and develop a Blood Donating Website from scratch. Now, users can easily create profiles, search for donors by blood group, and connect with potential lifesavers. It's incredibly fulfilling to leverage technology for a meaningful cause. Here's a breakdown of how your website works:

Step 1: Account Creation

Upon entering the website, users are prompted to create an account. During the signup process, users provide their essential details such as name, mobile number, blood group, address, and a user password. This information will serve as their profile on the website.

Step 2: Home Page Display

Once the account is created, the user's information is displayed on the website's home page. This creates a centralized platform where all registered users and their details are showcased.

Step 3: Blood Group Search

When someone is in urgent need of a specific blood type (e.g., B positive), they can visit the website and search for donors with that blood group. The website's search feature allows users to find registered donors with the required blood group. This functionality is incredibly valuable in connecting those in need with potential donors quickly.

Step 4: Accessing Contact Details

Upon finding a donor with the needed blood group, the user can access their profile, which includes their mobile number and location. This ensures a direct and efficient means of reaching out to potential donors.

Sharing Stories and Feedback

Users have the option to share their experiences and stories related to blood donation. The "Share Story" page allows them to contribute their personal narratives, and these stories are then displayed on the website's homepage. This not only creates a sense of community but also inspires others to participate and contribute.

 

Languages: HTML5, CSS, Bootstrap, JS, Django

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Full Stack Web app for Education

This web site comprises two sides: the front-end and the back-end. On the front-end, students can log in with their information. Then, they can access the video playlist. Students can like, comment on the video, and bookmark it. Moreover, students can view who is watching the same video simultaneously.

On the back-end, Admin (teacher) controls the platform. They can upload/edit videos, lecture sheets, create notices, and manage students.

Languages: HTML,CSS,JS,PHP,MySQL,AJAX

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Agency Services Website

Overview

This project is a dynamic agency services website developed to offer a variety of services and products to users. Built using HTML, CSS, Bootstrap for front-end design, and PHP with MySQL for the back-end, the website ensures a seamless user experience and robust functionality.

Key Features

1. User Authentication:
   • Users can log in using their Google account, facilitating quick and secure access to the website.
2. Service and Product Purchase:
   • Users can browse through a wide range of services and products, add them to their cart, and make purchases directly through the website.
3. Admin Dashboard:
   • Admins have a dedicated dashboard where they can:
     • Add new services
     • Update existing services
     • Manage user accounts
     • Monitor and analyze user activities and sales

Technologies Used

• Front-End:

  • HTML5: Structure of the website
  • CSS3: Styling and layout
  • Bootstrap: Responsive design and user interface components

• Back-End:

  • PHP: Server-side scripting and functionality
  • MySQL: Database management for storing user, services, and transaction data

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Automated Attendence System with Face Recongination

This program can identify individuals in front of a camera by detecting their faces and comparing them to pictures of employees or students. If a match is found, the program records their name in a Google Sheets document. However, if there is no match, it sends an alert message via a Telegram bot.

Uses Of this Project:

• Somethimes we needed to count the attendance of students in educational institutions, if this program is at the entrance of the class room, then the attendance can be counted automatically by detecting the face of the students. In this case, time and labor will be less.

• Suppose an office has 100 employees. The boss there wants to make sure everyone is coming to the office properly and no strangers are entering his office, then this project is for that office. As soon as the presence of 100 people is counted, if any stranger enters the office, the message will go to the boss.

• If we install a camera at the entrance of our office or home, we can collect data on individuals who visit. In the event that an unknown person enters our premises, it will take a picture of this person and send me a message.

Languages: Python, OpenCV

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