Web Technologies Project: Advanced Approaches

Full Stack Development of a Dynamic Gym Management System

This repository contains the implementation of a dynamic and interactive gym management system, developed using a full stack web development approach.
It serves as an enhancement and continuation of a previous university project, available at the following link:
Original Project – GymSite and Management System

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Project Goals

The objective is to provide an interactive platform for both gym members and administrators, built on a modular, scalable, and secure architecture.
The system enables course registration, support ticketing, course management, and real-time data updates through RESTful communication.

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Technologies and Architecture

Front-End

• Languages & Libraries: HTML, CSS, JavaScript, jQuery
• Features:
  • Responsive and intuitive interface
  • Dynamic form validation and event handling
  • Real-time content updates via AJAX

Back-End

• Language: PHP (Object-Oriented)
• Security:
  • Password hashing
  • Input sanitization
  • Authentication management
• RESTful API:
  • Facilitates communication between front-end and back-end
  • Allows asynchronous operations using AJAX

Database

• Engine: MySQL
• Access: PHP Data Objects (PDO)
• Security:
  • Prevention of SQL injection via prepared statements
  • Separation of concerns for queries and logic

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System Overview

User Interface (Gym Members)

• Course Registration & Management:
  Users can browse, register for, and manage gym course enrollments with live feedback on availability.
• Real-Time Data:
  Information is dynamically loaded from the database using AJAX.
• Support Ticket System:
  Users can submit queries or issues directly to staff via structured support requests.

Admin Interface (Gym Staff)

• Course Management:
  Create, update, and delete gym courses, including instructor assignment and time scheduling.
• Enrollment Monitoring:
  Administrators can manage user registrations and enforce course capacity limits.
• Support Handling:
  Admins can view, manage, and respond to support tickets submitted by users.

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Dynamic Features & Optimization

• Database-Driven Architecture:
  All content—course listings, schedules, user enrollments—is dynamically generated and updated in sync with the database.
• Performance Optimization:
  Efficient SQL queries and modular API design ensure a responsive and scalable system even under high usage.

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Author

Francesco Lazzarotto
Contact: francesco.lazzarotto@edu.unito.it