Dental EHR is a comprehensive electronic health record system designed to enhance the efficiency and accuracy of dental practice management. This platform streamlines patient scheduling, appointment tracking, treatment documentation, and communication, ensuring a seamless experience for both providers and patients.
It provides real-time patient flow tracking, enabling dental staff to monitor which patients have arrived, their appointment details, and their assigned provider or treatment room. The system allows easy modifications to room assignments and provider scheduling, ensuring better patient care coordination. Flexible appointment scheduling is integrated, allowing clinics to create, edit, and manage bookings in daily, weekly, and monthly views while reducing no-shows through automated appointment reminders.
For documentation and communication, the system offers custom letter generation, which automatically fills referral or patient letters with relevant details from stored records. Comprehensive patient information management ensures easy access to patient history, treatment records, and previous interactions, all displayed in an intuitive format. Additionally, secure authentication is implemented, allowing seamless transitions between desktop and web applications while maintaining data privacy and security compliance.

This project involves creating analytical reports and dashboards for retail sales and healthcare metrics. The store sales report tracks sales performance using key metrics such as total sales, targets, and period-based sales comparisons, with filters for date and location. The repair summary report provides insights into repair activities with visual charts and multiple filters. The top sales report highlights salesperson performance, while the top sellers report lists best-selling products. In healthcare, dashboards focus on patient-related metrics, engagement, and group analysis, offering insights into appointments, measures, and patient interactions with various filtering options for effective data analysis and decision-making.

The project aims to develop a comprehensive e-commerce portal for SWP, an international photography agency specializing in school photography. The portal is designed to allow parents to view and purchase student photos, manage their children’s profiles, and communicate directly with SWP.
The development is divided into two phases. Phase 1 includes building the portal's core functionalities such as photo uploads, client and job management, access control, user roles, and basic reporting. Phase 2 focuses on implementing complete back-end services and workflows to integrate with the front-end components established in Phase 1.