Jeff is a founding partner of American Consulting Engineers with over 33 years of experience in planning, design, and construction of transportation facilities. His professional experience includes an extensive background in public involvement, roadway and drainage design, project development and environment (PD&E) studies, traffic planning and engineering, land acquisition maps and documents, preparation of construction plans specifications and cost estimates, and coordination of personnel and implementation of corporate CADD development. He has also led more than 40 public meetings/hearings, 20 project advisory committees, and 50 small group meetings.

Gayle has strong leadership principles and practices and has over 29 years of experience in the transportation industry. Her experience in heavy civil transportation includes design-build, alternate delivery and contract administration on complex, multidisciplinary projects. Project experience includes movable bridge construction, high level bridges over navigable waterways, interstate road and bridge construction as well as urban roadway experience.  She is a collaborative communicator continually focused on building and leading top-performing teams and promoting cooperation among project stakeholders to drive positive change and comprehensive business approaches for enhanced profitability.

Scott is a founding partner of American Consulting Engineers and has led the design of over 200 bridges in his 30 year career. These bridges range from simple short span bridges to high level interchanges with long span steel plate and tub girders up to span lengths of 335’ in complex geometric and tight horizontally curved alignments. He has been the Engineer of Record on major high level bridges over Intracoastal waterways to withstand large extreme event ship impact forces as well as high level continuous steel truss bridges with span lengths up to 1050’. He has conducted specialized research on the lateral torsional buckling and structural stability of thin walled structural shapes and employs these academic experiences into practical real world design solutions.