ASCE Austin is excited to host Matt Koziol, Senior Associate with Schnabel Engineering who will be presenting on Tunnel and Trenchless Design and Construction Considerations.

Matt Koziol is a Senior Associate with Schnabel Engineering and has over 16 years of professional experience in the tunneling and underground construction industry, specializing in tunnel and trenchless design, risk management and risk registers, construction management, and resident engineering. He received his Bachelor of Science in Civil Engineering from Washington State University and his Master of Science in Civil Engineering from the University of Washington specializing in Geotechnical Engineering. Originally hailing from Seattle, Washington, he currently resides in Austin, Texas. When outside of tunnels, he enjoys snowboarding, beach volleyball, backpacking, and other outdoor activities.

NOTE: Time is allotted for lunch beginning at 11:30 AM. The meeting and speaker presentation will begin around 12 PM. A short period for questions & answers is reserved prior to 1 PM.

Thank you to this month’s sponsor, The Rios Group!

The Rios Group, Inc. (TRG) is a minority-woman owned Texas Corporation, established in 2012, and headquartered in Fort Worth, Texas. With additional offices located in Dallas, Houston, Austin (Round Rock) and San Antonio (Universal City), TRG maintains a team of 93 people. 

Over the last 13 years, TRG has provided responsive, reliable and full service professional Subsurface Utility Engineering (SUE) and Utility Coordination (UC) for numerous public-sector agencies and private clients, small and large, throughout Texas. TRG has provided over 20 million linear feet of Quality Level B services, over 50,000 Quality Level A test holes, and owns its equipment consisting of 44 designating vehicles, and 17 Vacuum Excavation Units, as well as core drills, traffic control equipment, and other necessary ancillary supplies. The firm’s knowledge, experience and familiarity with diverse Texas communities have saved their clients from costly delays due to utility conflicts in civil design and construction projects.