How to develop Projects Using PHP and Mysql Part 11

Rashmi Mishra
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How to develop Projects Using PHP and Mysql 

Part 11

Project  Content Wise-Module 3



1️ Event Management System

Module 3: Admin Panel – Manage Events and Bookings

🎯 Purpose:

Allow admin users to manage events and view booking details.

💡 Functionalities:

  • Edit existing events
  • Delete events
  • View all bookings for each event
  • Cancel or confirm bookings (optional)
  • View booking statistics

📁 Suggested Files:

/event/

── manage_bookings.php       # View/cancel bookings


Click here for Detail


2️ Blood Donation Management System

Module 3: Blood Request and Donation Management

🎯 Purpose:

Allow requesters to request blood and match available donors; allow donors to view and respond to requests.


Functionalities to Implement:

For Requesters:

  • 🩸 Submit a blood request (blood group, quantity, urgency, location, etc.)
  • 📋 View status of blood requests (Pending, Approved, Fulfilled, Cancelled)
  • Cancel a blood request (if no longer needed)

For Donors:

  • 👀 View nearby blood requests (based on blood group and location)
  • Accept a blood request (mark themselves available)
  • 🛑 Decline or ignore requests

📁 Suggested File/Folder Structure:

/blood_requests/

── request_form.php         # Blood request form

── request_list.php         # List of all requests (admin/requester view)

── my_requests.php          # View own requests (requester)

── available_requests.php   # View requests (for matching donors)

── respond_request.php      # Donor responds to a request


🧮 Suggested Database Tables:

1. blood_requests

CREATE TABLE blood_requests (

    id INT AUTO_INCREMENT PRIMARY KEY,

    requester_id INT NOT NULL,

    blood_group VARCHAR(10) NOT NULL,

    quantity INT NOT NULL,

    urgency ENUM('Low', 'Medium', 'High') DEFAULT 'Medium',

    location VARCHAR(255) NOT NULL,

    status ENUM('Pending', 'Approved', 'Fulfilled', 'Cancelled') DEFAULT 'Pending',

    requested_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,

    FOREIGN KEY (requester_id) REFERENCES users(id)

);

2. donor_responses

CREATE TABLE donor_responses (

    id INT AUTO_INCREMENT PRIMARY KEY,

    request_id INT NOT NULL,

    donor_id INT NOT NULL,

    response ENUM('Accepted', 'Declined') DEFAULT 'Accepted',

    response_date TIMESTAMP DEFAULT CURRENT_TIMESTAMP,

    FOREIGN KEY (request_id) REFERENCES blood_requests(id),

    FOREIGN KEY (donor_id) REFERENCES users(id)

);


Click here for Detail


🔮 Astrology Management System

Module 3: Contact Astrologer (User Module)

Purpose:
Allows users to contact astrologers for consultations by submitting their personal details and concerns.


Functionalities:

 Submit a contact request to an astrologer
 View list of contact requests (for admin or astrologer)
 Delete contact requests (if needed)


Project Structure:

Functionalities:

 Users can submit a contact request to an astrologer with a message and preferred date/time
 Admins/Astrologers can view all contact requests
 Admins/Astrologers can update the status (Pending, Approved, Rejected)
 Admins/Astrologers can send a reply message to the user
 Admins can delete unnecessary contact requests


Project Structure:

/contact_astrologer/

── contact_form.php           # User contact form

── contact_list.php           # Admin/astrologer view of all requests

── update_status.php          # Update status or reply

── delete_contact.php         # Delete a contact request


Database Table:

CREATE TABLE contact_requests (

    id INT AUTO_INCREMENT PRIMARY KEY,

    name VARCHAR(255) NOT NULL,

    email VARCHAR(255) NOT NULL,

    contact VARCHAR(15),

    astrologer_id INT,

    preferred_date DATE,

    preferred_time TIME,

    message TEXT,

    status ENUM('Pending', 'Approved', 'Rejected') DEFAULT 'Pending',

    reply TEXT,

    created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,

    FOREIGN KEY (astrologer_id) REFERENCES astrologers(id)

);

Click Here  for Details

Next Module: Consultation & Appointment Management

🎯 Purpose:

To allow users to schedule, manage, and attend consultations with astrologers, and for astrologers to manage their appointments.


Functionalities to Include:

For Users:

  • 📅 Book an appointment with a selected astrologer
  • 🧾 Select consultation type (chat, call, in-person, etc.)
  • Choose date and time slot
  • 📜 View consultation history
  • Cancel a scheduled appointment (with conditions)

For Astrologers:

  • 🔔 View upcoming appointments
  • Accept or reject bookings
  • ✏️ Update consultation status (Scheduled, Completed, Cancelled)

📁 Suggested Folder/File Structure:

/appointments/

── book_appointment.php        # Booking form for users

── my_appointments.php         # View user appointments

── astrologer_schedule.php     # Astrologer sets availability

── manage_appointments.php     # Astrologers manage bookings

── appointment_status.php      # Update consultation status


🧮 Suggested Database Tables:

1. appointments

CREATE TABLE appointments (

    id INT AUTO_INCREMENT PRIMARY KEY,

    user_id INT NOT NULL,

    astrologer_id INT NOT NULL,

    consultation_type ENUM('Chat', 'Call', 'In-Person') NOT NULL,

    appointment_date DATE NOT NULL,

    appointment_time TIME NOT NULL,

    status ENUM('Pending', 'Confirmed', 'Completed', 'Cancelled') DEFAULT 'Pending',

    created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,

    FOREIGN KEY (user_id) REFERENCES users(id),

    FOREIGN KEY (astrologer_id) REFERENCES users(id)

);

2. availability (optional for astrologers)

CREATE TABLE availability (

    id INT AUTO_INCREMENT PRIMARY KEY,

    astrologer_id INT NOT NULL,

    available_date DATE NOT NULL,

    available_time TIME NOT NULL,

    status ENUM('Available', 'Booked') DEFAULT 'Available',

    FOREIGN KEY (astrologer_id) REFERENCES users(id)

);

Click here for Detail

__________________________________________________________________________________

4️ Hospital Management System

Module 3: Add Patient Details

Purpose:
Allow hospital staff (like a receptionist or admin) to add new patient records into the database for future treatment, billing, and reference.


🗄️ Database Table Suggestion:
A simple MySQL table might look like:

CREATE TABLE patients (

    id INT AUTO_INCREMENT PRIMARY KEY,

    full_name VARCHAR(100),

    age INT,

    dob DATE,

    gender ENUM('Male', 'Female', 'Other'),

    address TEXT,

    contact_number VARCHAR(15),

    email VARCHAR(100),

    blood_group VARCHAR(5),

    medical_conditions TEXT,

    allergies TEXT,

    medications TEXT,

    emergency_contact_name VARCHAR(100),

    admission_date DATE,

    reason_for_admission TEXT,

    created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP

);


/hospital_management_system/

── /patients/

│   ── add_patient.php        # Form to add a new patient

│   ── insert_patient.php     # PHP logic to save patient data to DB

│   ── list_patients.php      # Display all patient records

│   ── edit_patient.php       # Edit existing patient data

│   └── delete_patient.php     # Delete a patient record

── /assets/

│   ── /css/

│   │   └── style.css          # Styling for the module

│   └── /images/

│       └── patient_photos/    # Folder for uploaded patient documents/photos

🏥 Patient Module — Features


1. Add New Patient

  • Allows hospital staff to register new patients.
  • Capture personal, contact, and medical history.
  • Auto-generate Patient ID.
  • Upload supporting documents (ID proof, previous prescriptions, medical records).

2. Edit Patient Details

  • Update patient records (name, contact, address, medical details).
  • Assign or change doctor.
  • Update admission or discharge status.
  • Update room/ward info for admitted patients.

3. Delete Patient Record

  • Remove incorrect or duplicate patient entries.
  • Soft delete or permanent delete option for data safety.

4. View Patient List

  • Display all registered patients in a table.
  • Search filter: by name, ID, date, status.
  • Pagination support for large databases.

5. Patient Profile View

  • Detailed view of individual patient info.
  • Medical history, visit history, prescriptions, allergies.
  • Billing & payment status (optional).

 Click here for Detail

5️ Hotel Booking System


 Module 3: Room Booking Management

🎯 Purpose:

To allow users to search for available rooms, view room details, and book rooms.


Functionalities to Implement:

For Users (Customers):

  • 🔍 Search for available rooms by location, date, number of guests, etc.
  • 🏨 View room details (price, facilities, images, etc.)
  • 📅 Book a room (select check-in and check-out dates)
  • 📜 View booking history
  • Cancel a booking (based on cancellation policy)

For Admin/Hotel Owner:

  • 🧾 View all bookings
  • Approve or confirm bookings (optional)
  • 📊 View booking statistics/reports

📁 Suggested File/Folder Structure:

/bookings/

── search_rooms.php           # Search/filter available rooms

── view_room.php              # Detailed view of a single room

── book_room.php              # Booking form

── my_bookings.php            # View user’s own bookings

── cancel_booking.php         # Cancel a booking

── manage_bookings.php        # Admin/hotel staff view of all bookings


🧮 Suggested Database Tables:

1. bookings

CREATE TABLE bookings (

    id INT AUTO_INCREMENT PRIMARY KEY,

    user_id INT NOT NULL,

    room_id INT NOT NULL,

    check_in DATE NOT NULL,

    check_out DATE NOT NULL,

    status ENUM('Pending', 'Confirmed', 'Cancelled') DEFAULT 'Pending',

    total_price DECIMAL(10,2),

    created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,

    FOREIGN KEY (user_id) REFERENCES users(id),

    FOREIGN KEY (room_id) REFERENCES rooms(id)

);

2. rooms (Already Registered)

Make sure it includes:

availability ENUM('Available', 'Booked') DEFAULT 'Available'



Click here for Detail



6️ Online Job Portal System

Next Module: Job Postings and Applications

🎯 Purpose:

To allow employers to post job openings and job seekers to search and apply for those jobs.


Functionalities to Implement:

🔹 For Employers:

  • Post new job openings
  • 📋 View all posted jobs
  • 📝 Edit/Delete job posts
  • 👀 View applications received per job

🔹 For Job Seekers:

  • 🔍 Search and filter jobs (by category, location, salary, etc.)
  • 👁️ View detailed job descriptions
  • 📄 Apply to jobs with resume and cover letter
  • 📜 View status of applications (Pending, Reviewed, Selected, Rejected)

📁 Suggested File/Folder Structure:

/jobs/

── post_job.php             # Form to post a new job (employer)

── job_list.php             # List of all jobs (job seeker)

── view_job.php             # Detailed view of a job

── apply_job.php            # Job application form

── my_applications.php      # View applications (job seeker)

── applications_received.php # Employers see who applied


🧮 Suggested Database Tables:

1. jobs

CREATE TABLE jobs (

    id INT AUTO_INCREMENT PRIMARY KEY,

    employer_id INT NOT NULL,

    title VARCHAR(255) NOT NULL,

    description TEXT NOT NULL,

    location VARCHAR(255),

    salary VARCHAR(50),

    job_type ENUM('Full-Time', 'Part-Time', 'Internship', 'Remote'),

    posted_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,

    FOREIGN KEY (employer_id) REFERENCES users(id)

);

2. applications

CREATE TABLE applications (

    id INT AUTO_INCREMENT PRIMARY KEY,

    job_id INT NOT NULL,

    seeker_id INT NOT NULL,

    resume VARCHAR(255), -- (file path or upload link)

    cover_letter TEXT,

    status ENUM('Pending', 'Reviewed', 'Selected', 'Rejected') DEFAULT 'Pending',

    applied_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,

    FOREIGN KEY (job_id) REFERENCES jobs(id),

    FOREIGN KEY (seeker_id) REFERENCES users(id)

);


Click here for Detail


7️ Online Service Management System


 Module 3: Assign Technician to Request

Purpose:
Allows admin to assign available technicians to customer service requests.

Functionalities:

  •  Assign technician to request
  •  View assigned tasks
  •  Reassign or update technician

Project Structure:

│── /assignments/

   ── assign_technician.php     # Assign a technician to request

   ── assignment_list.php       # List all assignments

   ── update_assignment.php     # Update/reassign technician

Database Table:

CREATE TABLE technician_assignments (

    id INT AUTO_INCREMENT PRIMARY KEY,

    request_id INT,

    technician_id INT,

    assigned_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,

    FOREIGN KEY (request_id) REFERENCES service_requests(id),

    FOREIGN KEY (technician_id) REFERENCES technicians(id)

);

Click here for Detail



 Module 4: Customer Management

Purpose:
Manage customer details who request services.

Functionalities:

  •  Add new customer
  •  Edit customer info
  •  Delete customer

Project Structure:

│── /customers/

   ── add_customer.php          # Add customer

   ── edit_customer.php         # Edit customer

   ── delete_customer.php       # Delete customer

   ── customer_list.php         # List all customers

Database Table:

CREATE TABLE customers (

    id INT AUTO_INCREMENT PRIMARY KEY,

    name VARCHAR(255) NOT NULL,

    email VARCHAR(255) UNIQUE NOT NULL,

    phone VARCHAR(15),

    address TEXT,

    created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP

);

Click here for Detail



 Module 5: Service Reports & History

Purpose:
Admin and technicians can view service history and generate reports.

Functionalities:

  •  View service history
  •  Filter by date, technician, or status
  •  Export as PDF/CSV (optional)

Project Structure:

│── /reports/

   ── service_history.php       # View service reports

   ── generate_report.php       # Export report (PDF/CSV)

 Click here for Detail


8️ Blog Application 

 Module 3: 👍 Like / 👎 Dislike Feature

🎯 Purpose:
Enable users to react to blog posts with likes or dislikes, increasing engagement and feedback.


Functionalities:

  •  Like a blog post
  •  Dislike a blog post
  •  Toggle between like and dislike
  •  View like/dislike count on each post

Project Structure:

│── /reactions/

   ── like_dislike.php         # Handle like/dislike requests

   ── reaction_count.php       # Get like/dislike count for blog


Database Table:

CREATE TABLE reactions (

    id INT AUTO_INCREMENT PRIMARY KEY,

    blog_id INT NOT NULL,

    user_id INT NOT NULL,

    reaction ENUM('like', 'dislike') NOT NULL,

    created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,

    UNIQUE(blog_id, user_id),  -- one reaction per user per blog

    FOREIGN KEY (blog_id) REFERENCES blogs(id) ON DELETE CASCADE,

    FOREIGN KEY (user_id) REFERENCES users(id) ON DELETE CASCADE

);

Click here for Detail



Like/Dislike Logic (Basic Explanation):

  • If the user clicks like, insert/update the reaction to like.
  • If the user clicks dislike, insert/update the reaction to dislike.
  • If the user clicks the same button again (e.g., likes a blog they already liked), it removes the reaction.

9️ Online Learning Platform

Next Module: Lesson Access and Learning Progress

🎯 Purpose:

To allow students to view lessons, track their progress, and optionally test their understanding through quizzes.


Functionalities to Implement:

For Students:

  • 📖 View lesson content (text, video, PDF, etc.)
  • Mark lesson as completed
  • 📊 Track learning progress per course/module
  • 📝 Attempt quizzes (optional at end of lessons)
  • 📂 Download supporting materials (if provided)

For Instructors:

  • 📄 View which students have completed each lesson
  • 📈 Monitor student progress
  • ✍️ Add quizzes or assessments to lessons (optional)

📁 Suggested File/Folder Structure:

/learning/

── view_lesson.php           # Display lesson content

── mark_complete.php         # Mark a lesson as completed

── progress_tracker.php      # Show student’s learning progress

── lesson_quiz.php           # Quiz or assessment for a lesson (optional)

── submit_quiz.php           # Handle quiz submission


🧮 Suggested Database Tables:

1. lesson_progress

CREATE TABLE lesson_progress (

    id INT AUTO_INCREMENT PRIMARY KEY,

    student_id INT NOT NULL,

    lesson_id INT NOT NULL,

    status ENUM('Not Started', 'In Progress', 'Completed') DEFAULT 'Not Started',

    completed_at TIMESTAMP NULL,

    FOREIGN KEY (student_id) REFERENCES users(id),

    FOREIGN KEY (lesson_id) REFERENCES lessons(id)

);

2. quizzes (optional)

CREATE TABLE quizzes (

    id INT AUTO_INCREMENT PRIMARY KEY,

    lesson_id INT NOT NULL,

    question TEXT NOT NULL,

    option_a VARCHAR(255),

    option_b VARCHAR(255),

    option_c VARCHAR(255),

    option_d VARCHAR(255),

    correct_option CHAR(1),

    FOREIGN KEY (lesson_id) REFERENCES lessons(id)

);

3. quiz_attempts (optional)

CREATE TABLE quiz_attempts (

    id INT AUTO_INCREMENT PRIMARY KEY,

    student_id INT NOT NULL,

    quiz_id INT NOT NULL,

    selected_option CHAR(1),

    is_correct BOOLEAN,

    attempted_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,

    FOREIGN KEY (student_id) REFERENCES users(id),

    FOREIGN KEY (quiz_id) REFERENCES quizzes(id)

);



  Click here for Detail


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