This project focuses on designing a complete highway corridor using OpenRoads Designer. It covers terrain modeling, horizontal and vertical alignment creation, corridor modeling, and superelevation application. The system manages the full roadway design lifecycle from survey data import to final 3D corridor output. Engineering standards and design rules are applied to ensure safety, accuracy, and compliance. Quantity take-offs and earthwork volumes are generated to support cost estimation. The project reflects real-world highway infrastructure workflows used by transportation and civil engineering firms.

This project focuses on developing an integrated urban road network using OpenRoads Designer. It includes alignment design, profile generation, corridor modeling, and detailed intersection creation using civil cells. The system manages multiple road segments, junctions, and geometric constraints within an urban environment. Design controls and standards are applied to ensure smooth traffic flow and constructible geometry. Plan and profile sheets are generated for documentation and approvals. The project reflects real-world urban roadway design practices used in smart city and municipal infrastructure projects.

This project focuses on upgrading an existing rural road using OpenRoads Designer. It manages the complete improvement workflow from terrain surface creation to alignment modification and corridor development. Earthwork analysis is performed to calculate cut and fill volumes for widening and leveling the roadway. Design parameters are applied to improve safety, drainage, and ride quality. Construction drawings and quantity reports are generated for execution planning. The project reflects real-world rural road rehabilitation processes followed by government and infrastructure development agencies.