The primary objective of this project is to design and implement an event-driven backend system that automates the generation, validation, and delivery of healthcare-related EDI (Electronic Data Interchange) files, such as 834 (Eligibility and Enrollment), 837 (Claims), and 835 (Remittance Advice). These files are essential for secure, standardized, and compliant data exchange between healthcare providers, payers, and regulatory partners.

This system aims to:

• Ensure compliance with HIPAA and EDI X12 standards through rigorous validation (via Cotiviti).
• Enable seamless integration with external vendors like Avesis, Nations Benefits, and Reveleer through SFTP-based delivery mechanisms.
• Maintain operational transparency and traceability using real-time monitoring and logging via SigNoz.
• Support future scalability and workflow orchestration through modular design and integration with AWS services like SQS and Step Functions.

The Food Delivery Application is a comprehensive SaaS-based platform designed to connect customers with restaurants for seamless food ordering and delivery. The application includes three main interfaces:

1. Customer Mobile App: For browsing restaurants, placing orders, and tracking deliveries.
2. Restaurant Admin Web Panel: For managing menus, orders, and restaurant operations.
3. Administrator Web Panel: For overseeing restaurants, customers, orders, and system-wide settings.

The platform supports multi-tenant architecture, enabling scalability for multiple restaurants and customers. It integrates secure payment processing (Stripe), real-time notifications, and advanced order management features.

The client sought to improve the existing design and develop a user interface (UI) for new modules within their innovative fitness platform. The app aims to provide personalized workout plans for athletes, utilizing dynamic filtering mechanisms to align exercises with user-specific constraints like injury history, fitness goals, and equipment availability.
Our primary objectives included:
 Enhancing the Existing Design:

1. Refining the user interface to ensure seamless navigation across the MVP (Minimum Viable Product).
2. Optimizing screen real estate for improved usability, emphasizing graphical elements (image carousels, GIFs) over text-heavy content.

Developing UI for New Modules:

1. Designing a Workout Plan Generator (WPG) that dynamically filters exercises based on injury compatibility, available equipment, and goals.
2. Creating interfaces for real-time trainer tools, enabling easy modification of workout plans and notifications for defective equipment.
3. Building visually engaging dashboards for progress tracking, featuring KPIs like tonnage, energy output, and average power.

Ensuring User-Centricity:

1. Designing intuitive input mechanisms for athlete onboarding, workout tracking, and session modifications.
2. Providing a clean, responsive, and visually engaging interface that caters to both trainers and athletes.