Structural Engineering Staff

Richard Windham, P.E. obtained his Bachelor's degree in Civil Engineering Technology from New Mexico State University in 1995. He has developed his structural engineering skills through analysis and design of buildings and foundations for residential and commercial projects. He has performed many evaluations regarding foundation failure, structural collapse, design, extent and causation of damage or loss. Mr. Windham's structural engineering experience is a valuable asset to Unified Building Sciences & Engineering, Inc.
gary1.bmp (133150 bytes) Gary P. Ten Eyck, P.E. has a background in all phases of structural engineering with a special emphasis on the development of innovative structural concepts, diagnostic evaluation of building deficiencies and project peer review and has 45 years of professional experience.  He obtained his BSCE from Michigan State University in 1958.  He is recognized nationally as a leader in the field of loss prevention and risk management for structural engineers and has written numerous articles in this specialty.  He is past President of the Structural Engineers Risk Management Council (SERMC).  Mr. Ten Eyck is a member of the Council on Tall Buildings and Urban Habitat.  He is currently serving on the Contracts Committee of the Council of American Structural Engineers and is past President of the Structural Engineers Association of Texas.
Mr. Christopher J. Meyer, P.E. studied architectural and structural engineering at the University of Texas at Austin, where he received Bachelor's and Master's degrees in 1995 and 1998, respectively. His graduate research focused on the use of wood and wood products as structural materials. As an employee of UBSE, Mr. Meyer's design experience includes projects for schools, churches, industrial and office facilities, warehouses, fire stations, and single and multi-family residential housing. In addition to the design of foundation systems, he has extensive experience with the design of steel, concrete, masonry, and wood structures.