Expert Guidance Every Step of the Way
The geotechnical engineering services provided by AESI involve the evaluation of soil, geologic, and hydrogeologic conditions at each project site to assess their potential impacts and/or constraints to the proposed project. Based on the results of our analyses, and input from the client and other design/construction team members, we develop alternatives to address any potential impacts to the project. The alternatives are then analyzed relative to cost, schedule, and project goals, with the results being clearly communicated to the client. The following are examples of the typical range of geotechnical services that AESI can provide for public and private projects.​
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Geotechnical Engineering Studies
Subsurface Exploration
These investigations assess site conditions in order to support the design and construction phases of a project. This includes identifying the types of soil, rock, and groundwater present, as well as identifying any potential geologic hazards.
Geotechnical Design
Recommendations for design and construction are provided based on subsurface exploration data. These design parameters can be used for various geotechnical structures including foundations, retaining walls, and site infiltration.
Risk Assessment
Geotechnical investigations can identify any potential hazards such as liquefaction, landslides, sinkholes, and seismic vulnerabilities. This can help mitigate any risks associated with construction and development and create significant cost savings down the road.
Geotechnical Design
Geotechnical Design
Recommendations for design and construction are provided based on subsurface exploration data. These design parameters can be used for various geotechnical structures including foundations, retaining walls, and site infiltration.
Retaining Walls
These walls can provide solutions for soil retention and slope stabilization. Geotechnical studies provide design and drainage recommendations, assess the effectiveness of current walls, and define parameters for construction.
Foundations
Foundation design serves the critical purpose of ensuring that structures have stable and safe support on the ground. A well-designed foundation prevents shifting or settling, distributes loads, resists uplift and lateral forces, and prevents against soil movement.
Erosion Mitigation
Slope Stability Analysis
This analysis involves evaluating the stability of natural or man-made slopes to prevent landslides, erosion, or other forms of slope failure, and ensuring the safety of surrounding properties and communities, including critical areas.
Based on the analysis, design interventions such as retaining walls, drainage systems, or soil reinforcement can be recommended to improve slope stability.
Certified Erosion and Sediment Control Lead (CESCL)
AESI has a number of employees that are certified to ensure compliance with erosion and sediment control practices on construction sites. These CESCLs help protect the environment, ensure regulatory compliance, and promote best practices on-site.