WILSON HYDRO, LLC was established in 1997 as WSW HYDRO, LLC and reorganized in July, 2000. WILSON HYDRO offers a variety of water-related services to clients in industry, in government and in the private sector. WILSON HYDRO performs engineering studies, designs hydraulic structures, provides expert testimony and conducts training courses in the use of hydraulic and hydrologic models for analysis and design.

One of the unique qualities of the firm is its ability to perform hydraulic and hydrologic modeling using state of the art software. WILSON HYDRO offers a full range of services in both engineering analysis and in the calibration/verification of numeric models for client use. Numerical models are frequently used for flood studies, for rainfall/runoff modeling, for design and analysis of storm water retention/detention structures, for overtopping analysis of dams and for the analysis of subsurface drainage. The practical experience of the firm combined with knowledge of the strengths and weaknesses of contemporary computer models, allows WILSON HYDRO to effectively address client needs.

With the rapid evolution of numerical models and the increasing tendency of state registration boards to require continuing education, WILSON HYDRO has expanded its mission to offer training courses in the use of numerical models such as HEC-HMS, HEC-RAS and PCSTABL. Specialized training courses have been developed for specific clients and for engineers in the private and governmental sectors.

The academic background and practical experience of the members allows WILSON HYDRO to provide a level of technical expertise typically found only in large consulting firms. Close cooperation between the consulting engineer and the client is an important link in the successful completion of any engineering project. By assigning a principal of the firm to every project, clients are assured a high degree of personal attention and timely completion of projects.

The firm holds individual professional registrations in Missouri, Iowa and Oklahoma.