Romney Hall Renovation

In the summer of 2019, AESI provided geotechnical engineering and construction support services for the renovation of the historic Romney Hall gymnasium at Montana State University. As part of the foundation design process, AESI observed initial helical pier load testing to verify performance under site-specific conditions. Our team conducted laboratory testing to assess the reusability of native foundation soils and monitored the placement of the first phase of production helical piers. Throughout the project, AESI oversaw the successful installation of nearly 100 helical piers, ensuring the foundation system met engineering and structural requirements for the building’s modernization.

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The renovation of Romney Hall presented several challenges, including the complexity of foundation design and the installation of helical piers in variable soil conditions. Environmental factors and soil inconsistencies required adaptive engineering solutions to ensure stability and load-bearing capacity. Scheduling and budget constraints added another layer of complexity, requiring efficient coordination between engineering teams and contractors. Additionally, the project required balancing historic preservation goals with modern engineering standards to enhance the building’s structural integrity while maintaining its historical significance.

AESI provided a comprehensive geotechnical assessment to inform foundation design and optimize soil reuse. Our oversight of helical pier installation ensured precision placement and structural reliability despite variable subsurface conditions. By implementing efficient testing, monitoring, and adaptive engineering strategies, AESI helped strengthen the foundation system, extending the lifespan of Romney Hall and preserving an important historic structure for future generations.