I-95 Express Lanes Design-Build Phase 3C

Ardurra provides engineering services for the $450 million I-95 Express Lanes Design-Build Phase 3C project, extending from Stirling Road to Broward Boulevard as part of South Florida's transformative regional express lanes network. The 9-mile I-95 corridor improvement includes approximately 2 miles of I-595, delivering safe, efficient transportation alternatives that enhance mobility, relieve congestion, and support regional growth while improving emergency evacuation capabilities.

Working with BCC Engineering under the Archer Western -- de Moya Group JV, Ardurra delivers specialized engineering services spanning roadway design, drainage systems, and traffic control plans. The team provides structural design expertise for critical bridge widenings over three major waterways while ensuring seamless integration with the broader regional express lanes system.

Key Project Highlights:

• Supporting $450 million regional express lanes network enhancing South Florida mobility and connectivity across 9-mile I-95 corridor

• Designing roadway and drainage systems for I-595 segment, ensuring optimal performance and stormwater management

• Developing traffic control plans for I-595 and I-95 segments from south of I-595 interchange to northern project limits

• Providing structural design services for bridge widenings over C-10 Canal, C-10 Spur Canal, and Dania Cut-Off Canal

• Conducting bridge hydraulics analysis ensuring proper waterway conveyance and flood protection for canal crossings

• Enhancing regional transportation connectivity between key limited access facilities supporting economic development

• Improving emergency evacuation capabilities through additional travel options and enhanced system reliability

The project advances South Florida's comprehensive express lanes vision while providing immediate congestion relief and enhanced mobility options. Strategic integration with existing infrastructure supports future regional growth while maintaining critical environmental and transportation functionality.