As commercial contractors, we are taking this technology into the structural engineering industry for design solutions to meet a wide range of structural needs. Today's complex buildings and regulations require various disciplines to work together as a team to produce an overall best result. Delta Structural Technology, Inc, in addition to its commitment to providing the finest in structurally engineered composite design and construction, has an understanding of the interrelationship between engineering, project management, client relations, and construction.

Paul Gugenheim founded Delta Structural Technology, Inc. in 1994 as an extension to his paving company, Alpha Pavement Technology, Inc. in Amarillo, Texas. After 11 successful years in the paving industry, Paul was approached to solve the bridge repair problems in the state of Texas. Through innovative research and the need for greater repair technology, Paul was introduced to Ed Fyfe, renowned seismic bridge repair specialist and chemist in California, thus forming Delta Structural Technology, Inc., composite contractors and engineers.

Delta Structural Technology, Inc. prides itself in being a part of the evolution of structural composite technology. Delta and FyfeCo have taken composite technology from the initial testing of possible uses, to original design and construction, to the now accepted standard for structural enhancements. After our own proven testing and research, various governmental agencies are now using our findings on composite technology as an accepted form of design criteria for Homeland Defense Act.

Composite technology advanced rapidly in late 1960's as the Defense Department had specific interests in carbon fiber for use in defense applications, such as the F-117 Stealth Fighter. Several leading defense contractors began producing high strength composites to meet the strong demand from the military and commercial aerospace industry. The use of high strength composites developed quickly from a need to advance defense technology beyond conventional means. Over twenty years of research and development have provided great design potential for these composites in all engineering disciplines.