© Copyright 2025 Md Shimul Molla
Texas Precision Roofing is a commercial web application built for a roofing company in the United States to streamline customer acquisition and appointment management.
The platform combines an interactive customer journey with a robust administrative dashboard, enabling homeowners to quickly verify service availability, complete a guided roof inspection request, and book an available inspection slot. Behind the scenes, administrators can manage leads, inspection schedules, service locations, and business analytics through a centralized management system.
The project was designed with a strong focus on lead conversion, user experience, responsive design, and operational efficiency, helping the client automate their inspection booking process and reduce manual scheduling.
Creating a seamless lead collection process while preserving user data across multiple booking steps.
Implemented URL-based state management using Next.js Router and Search Params, allowing customer information to persist throughout the booking journey without relying on complex global state management.
The project required a fully customized booking calendar that could dynamically display available inspection slots rather than relying on third-party calendar libraries.
Developed a custom calendar component capable of generating monthly views, validating dates, disabling unavailable slots, and synchronizing booking availability with the backend.
Delivering an engaging, modern user interface with multiple animations while maintaining excellent performance across all devices.
Optimized animations using hardware-accelerated CSS keyframes alongside Framer Motion for page transitions and interactive components, ensuring smooth performance without sacrificing user experience.
Preventing invalid leads from areas outside the company's service coverage.
Integrated real-time ZIP code validation before allowing customers to proceed with inspection requests, significantly improving lead quality and reducing manual filtering.
Keeping customer bookings synchronized with inspector availability and preventing scheduling conflicts.
Designed a centralized scheduling system where administrators manage availability while customers only see valid inspection dates and time slots.