The client required a customizable LAN-based Restaurant POS system to streamline order processing, table management, billing, and inventory tracking. Due to internet connectivity limitations, the system needed to function entirely within a local network (LAN) while integrating hardware devices such as MSR Credit Card Reader, Kitchen Display System (KDS), Thermal Printers, and Receipt Printers.

The solution includes:

• A Desktop POS Application for restaurant operations, supporting table management, order processing, and payments.
• An Android App for waiters and chefs, enabling real-time order tracking and kitchen display.
• An Admin Interface for reporting, analytics, and inventory management.

The project involves building a SaaS-based web portal that enables restaurants to generate unique QR codes for each table and for takeaway orders. When scanned, these QR codes allow customers to view a digital menu, place orders, and select payment options such as PayNow or PayLater. The system provides restaurant owners with an admin panel to manage menus, orders, payments, and subscription plans.
Additionally, a mobile app was developed for restaurant staff to manage incoming orders, track payment status, and receive alerts. The platform includes customizable themes, reporting tools, and supports different subscription models.

This project focused on creating mapping reports to highlight geographic and linguistic disparities in OB/GYN service availability across Kansas. The objective was to provide visual evidence for healthcare researchers and policymakers to better understand provider distribution, identify underserved regions, and highlight language access barriers for Hispanic populations. The deliverables included static maps of provider clusters, Spanish-speaking access segmentation, and a custom symbolic visual to humanize the access challenge.