Civil Design
Project Date:
April 18, 2018
Project Duration:
12 hours / week
Category:
Civil Design
Client / Company:
Confidential
Project Location:
Austin, TX, USA
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Project Information
This project involved the planning and design of an extensive urban road network to improve traffic flow and reduce congestion. Using advanced civil design techniques, the team developed detailed 3D models for roads, intersections, and drainage systems. The project required precise earthwork calculations, grading plans, and pavement design to ensure durability and compliance with city regulations.
A key focus was integrating smart traffic management solutions, including adaptive signal control and pedestrian-friendly pathways. By leveraging GIS-based topographic analysis, the design minimized environmental impact and optimized land use. The final output was a highly efficient and sustainable road network, improving connectivity and transportation safety.
Design Highlight
The civil design incorporated geospatial data and traffic flow simulations to enhance urban mobility. Advanced hydrological analysis was performed to ensure proper drainage and flood prevention. The road alignments were optimized for minimum land disturbance, reducing environmental impact. Additionally, BIM for infrastructure (Civil 3D) was used to ensure accurate visualization and coordination across disciplines.
3D roadway design with precise grading and alignment.
Traffic simulation models for improved congestion management.
Smart drainage system for flood mitigation and water conservation.
Geospatial mapping integration for optimized land use.
Sustainable pavement materials for long-term durability.
