Integrated Therapeutic Riding Program System

Project Opportunity: Develop the Wesal Alkhair Connect System

We are seeking a skilled development team to build a comprehensive, integrated management system for our therapeutic riding program. The system, known as Wesal Alkhair Connect, will automate and consolidate data streams from multiple sources—including rider registration, assessments, medical histories, horse profiles, employee records, incident reporting, and volunteer tracking—into one unified, secure, and scalable platform. Below is a detailed description of every technical requirement and specification for the project.

Project Overview
Purpose: Automate data collection and management by integrating diverse forms and processes (rider registration, assessments, medical history, horse profiles, employee and volunteer management, incident reporting, and scheduling). The system is intended to centralize form submissions and data processing, streamline scheduling and reporting, enhance data accuracy and compliance, and provide a user-friendly interface for different roles (admin, instructor, staff, volunteer, rider).

Modules and Features
Rider Management Module:
- Registration & Assessments: New Rider Registration capturing personal details, therapy objectives, class preferences; Medical History, Physician Declaration, and Intake Assessments (both Instructor and Physiotherapist).
- Scheduling & Attendance: Automated class scheduling, attendance logging, and feedback collection.
- Policy & Scholarship: Capture rider agreements to policies and details for scholarship applications.

Horse Management Module:
- Profile & Health Assessments: Horse Profile with physical statistics, legal documents, temperament, and previous use; Regular Horse Assessments evaluating health, movement, and training suitability.
- Ownership & Sponsorship: Track details of ownership and sponsorship information.

Employee & Incident Management Module:
- Employee Records: Employee personal details, contact information, job-related data, and emergency contacts.
- Incident Reporting: Center Occurrence Reports to document unusual events or accidents, along with witness statements and follow-up actions.
- Lesson Evaluations: Lesson Assessment Sheets to gather feedback from instructors and evaluate class performance.

Volunteer Management Module:
- Onboarding & Registration: Volunteer Registration with background checks and consent; Volunteer Orientation Day Registration.
- Volunteer Hours Logging: Daily tracking of volunteer hours, tasks performed, and feedback.

Administration & Reporting Module:
- Dashboards: Role-based dashboards for admins, instructors, and staff displaying key metrics such as attendance, incident reports, and upcoming classes.
- Data Aggregation & Analytics: Automated reporting for attendance, incidents, class performance, and volunteer contributions.
- Workflow Automation: Automated notifications, reminders, and follow-ups (such as scheduling assessments and incident follow-ups).

Technical Specifications

Front-End
Technology: A modern JavaScript framework such as React.js will be used for building user interface.
UI Components: Responsive dashboards, a dynamic form rendering engine (based on metadata), an integrated calendar and scheduling tools, and a real-time notification system.
State Management & Routing: Utilize Redux or Context API for state management and React Router for client-side navigation.
Design: The application must be fully responsive for desktop, tablet, and mobile devices, with Progressive Web App (PWA) features for offline access and push notifications.

Back-End
Technology: Use Node.js with Express.js for a RESTful API (alternatively Python with Django or Flask).
Core Functions: The back end will handle CRUD operations for all entities (riders, horses, employees, volunteers, classes, incident reports, etc.), process form data, enforce business logic, and perform data validation.
Authentication & Authorization: Implement stateless authentication with JWT (JSON Web Tokens) and role-based access control.
Integration: Include integration with third-party APIs for email/SMS notifications, mapping services, and payment gateways if required. Optionally, consider a microservices architecture or a modular monolith to separate form processing from reporting.

Database
System: A relational database (PostgreSQL or MySQL) is recommended for managing complex relationships and ensuring ACID compliance.
Schema Design:
- Separate tables for riders, horses, employees, volunteers, forms, classes, attendance, incident reports, and sponsorships.
- Normalized relationships (one-to-one for rider to medical history, one-to-many for rider to attendance, many-to-many for riders to classes via join tables, etc.).
- Use an ORM such as Sequelize (for Node.js) or SQLAlchemy (for Python) to manage database migrations and abstract data access.
Data Access Layer: Incorporate stored procedures or triggers where necessary for automated notifications and audit trails.

DevOps & Deployment
Version Control: Use Git for source code management, hosted on platforms like GitHub or GitLab.
CI/CD: Set up automated pipelines (using Jenkins, GitHub Actions, or GitLab CI) for testing, building, and deployment.
Containerization: Employ Docker to containerize application services to ensure consistency across environments.
Cloud Infrastructure: Deploy on AWS, Azure, or Google Cloud Platform, using managed services (such as AWS RDS for the database) to support scalability.
Monitoring & Logging: Integrate monitoring tools (Prometheus, Grafana, or an ELK stack) for real-time analytics, error tracking, and performance monitoring.

Security
Data Encryption: Utilize SSL/TLS for data in transit and ensure encryption at rest for sensitive data.
Authentication & Authorization: Implement JWT-based authentication, multi-factor authentication for critical roles, and enforce role-based access control.
Input Validation & Sanitization: Adopt robust validation libraries to prevent SQL injection, cross-site scripting (XSS), and other vulnerabilities.
Audit Trails: Implement comprehensive logging of user actions and data modifications for compliance and troubleshooting.
Backup & Recovery: Establish regular backup schedules with defined recovery time objectives (RTO) and recovery point objectives (RPO).

Testing & Quality Assurance
Unit Testing: Use frameworks such as Jest (for JavaScript) or PyTest (for Python) to test individual components and API endpoints.
Integration Testing: Validate the interaction between front-end components and back-end services.
End-to-End (E2E) Testing: Use tools like Selenium or Cypress to simulate real user flows (form submissions, scheduling, dashboard interactions).
Performance Testing: Utilize tools such as JMeter or Locust to ensure the system performs well under load.

Development & Documentation
API Documentation: Use Swagger/OpenAPI standards to clearly document API endpoints and facilitate testing (e.g., via Postman).
Technical Documentation: Provide detailed architecture documents, code comments, and comprehensive user manuals.
Maintenance Plan: Schedule regular updates, security patches, and system audits to ensure long-term reliability.

Below are the functional and non-functional requirements for the Wesal Alkhair Connect System:

Functional Requirements:
• User registration and profile management for riders, employees, volunteers, and administrators.
• Dynamic form generation and submission for various modules (rider, horse, employee, volunteer forms).
• CRUD operations for all main entities (riders, horses, employees, volunteers, classes, incident reports, sponsorships).
• Scheduling and class management, including calendar integration and automated class assignments.
• Attendance tracking and logging for rider participation and class sessions.
• Medical and assessment workflow management (intake assessments, medical history, physician declarations).
• Incident reporting system to log, track, and follow up on unusual events or accidents.
• Lesson assessment submission and feedback collection from instructors.
• Volunteer management including registration, orientation, and volunteer hours logging.
• Reporting and analytics dashboards for real-time insights into attendance, incident reports, class performance, and volunteer contributions.
• Secure authentication with role-based access control and multi-factor authentication options.
• Integration with third-party APIs for notifications (email/SMS/push), mapping, and payment processing (if needed).
• Offline support for data entry and later synchronization.

Non-Functional Requirements:
• Performance: The system should handle concurrent users with minimal latency.
• Scalability: The architecture must support horizontal and vertical scaling to accommodate growth.
• Security: Ensure data is encrypted in transit and at rest, with robust input validation, secure authentication, and role-based access.
• Usability: A modern, clean, and intuitive interface built entirely in Flutter to provide a consistent experience on both mobile and desktop.
• Reliability: High availability with backup and disaster recovery plans.
• Maintainability: Modular code structure, clear documentation, and CI/CD pipelines for seamless updates.
• Portability: Cross-platform compatibility across various devices and operating systems.
• Accessibility: Compliance with accessibility standards to ensure usability for all users.
• Responsiveness: A fully responsive UI that adapts to different screen sizes.
• Testability: Comprehensive unit, integration, and end-to-end testing strategies.
• Extensibility: The design should allow easy future enhancements and integrations.
• Logging and Monitoring: Implement detailed logging, monitoring, and error tracking for maintenance and troubleshooting.