PWE executed a campus-wide concrete infrastructure renewal at the Noble Training Facility (NTF) in Anniston, Alabama—one of FEMA’s most critical training installations for national emergency response operations. The project encompassed the complete reconstruction of parking areas, internal roadways, emergency access routes, and support facilities serving an active, fully occupied federal campus.

​

Across multiple phases and locations, PWE replaced and reconstructed tens of thousands of square yards of pavement, delivering over 1,000 cubic yards of high-performance concrete using Thin Concrete Pavement (TCP) systems engineered for heavy daily traffic, emergency vehicles, and bus operations. Work areas included the main NTF parking complex, west and south parking fields, emergency room roadways, delivery zones, drop-off circles, and additional FEMA facilities including Building 61 and Building 40.

​

The project required full design-build execution, including professional engineering, phasing plans, drainage control, curb and gutter reconfiguration, base stabilization using geotextile systems, reinforced load-bearing pads, ADA-compliant layouts, striping, signage, and restoration of sensitive security infrastructure—all while maintaining uninterrupted facility operations. Every phase was performed under stringent federal safety, quality control, and security requirements, with daily coordination alongside FEMA and site officials.

​

Despite the extraordinary scale and operational constraints, the entire effort was completed in under one year by a small, highly skilled in-house crew, leveraging advanced placement technology such as the Somero SRS Laser Screed System and automated broom-and-cure equipment to achieve exceptional flatness, durability, and finish quality.

This project stands as a defining example of PWE’s ability to deliver large-scale, mission-critical federal infrastructure with precision, efficiency, and craftsmanship—proving that disciplined planning, elite personnel, and the right technology can outperform far larger operations.