- Professional Staff
- Jeffrey D. Armstrong, P.E.
- Alan F. Asay, P.E., M.S.
- Charles O. Funk, Ph.D., P.E.
- Jason Jupe, P.E.
- Rachel E. Keller, P.E.
- Jeff K. Lane, P.E.
- Clinton O. Magby II
- Daniel J. Melcher, P.E.
- Paul J. Montalbano, E.I.T.
- Kathryn A. Oney, ACTAR
- George E. 'Ted' Page
- Jay Przybyla, P.E.
- Steven A. Rundell, Ph.D., P.E.
- Thomas N. Rush, P.E.
- Christian R. Sax, P.E., PTOE
- Wade Sticht P.E., CXLT
- Careers
- University Recruiting

Contact Information
Direct: (512) 765-9532
Cell: (512) 650-7526
Austin Office
13359 North Highway 183
Suite 406-235
Austin, Texas 78750
Phone: (512) 765-9601
Fax: (813) 909-8036
Suite 406-235
Austin, Texas 78750
Phone: (512) 765-9601
Fax: (813) 909-8036
Christian R. Sax, P.E., PTOE
Consultant
Mr. Sax has been actively involved in transportation safety research for over seven years. He is a Professional Engineer, Professional Traffic Operations Engineer and consultant with experience, education and training in the fields of civil engineering, transportation engineering, traffic engineering, and forensic engineering.
Mr. Sax’s practice focuses on forensic engineering and litigation support in cases involving roadways, traffic control devices, and vehicular collisions. He also consults on transportation safety and traffic operation issues. His areas of expertise include vehicle collision reconstruction, highway work zone traffic control, roadway design, traffic signal operations, and traffic control devices.
Mr. Sax’s published papers and professional presentations have focused on urban road design safety and the optimal balance between the costs of purchasing additional right-of-way for clear zones and the risk of fixed-object crashes. In one study for the state of Iowa, Mr. Sax concluded that a 4- to 5-foot clear zone could be effective in reducing 90% of urban fixed-object crashes.
Mr. Sax’s prior experience in transportation design and traffic operations provides a solid platform for consulting in the field of vehicular collision forensics and transportation safety.
Mr. Sax’s practice focuses on forensic engineering and litigation support in cases involving roadways, traffic control devices, and vehicular collisions. He also consults on transportation safety and traffic operation issues. His areas of expertise include vehicle collision reconstruction, highway work zone traffic control, roadway design, traffic signal operations, and traffic control devices.
Mr. Sax’s published papers and professional presentations have focused on urban road design safety and the optimal balance between the costs of purchasing additional right-of-way for clear zones and the risk of fixed-object crashes. In one study for the state of Iowa, Mr. Sax concluded that a 4- to 5-foot clear zone could be effective in reducing 90% of urban fixed-object crashes.
Mr. Sax’s prior experience in transportation design and traffic operations provides a solid platform for consulting in the field of vehicular collision forensics and transportation safety.
Education
Iowa State University, Ames, Iowa
Master of Science in Civil Engineering
Concentration in Transportation Engineering
Master of Science in Civil Engineering
Concentration in Transportation Engineering
Iowa State University, Ames, Iowa
Bachelor of Science in Civil Engineering
Concentration in Transportation Engineering
Bachelor of Science in Civil Engineering
Concentration in Transportation Engineering
Professional Certifications
- Professional Engineer, State of Texas, # 108861
Professional Affiliations
- Institute of Transportation Engineers
- Texas District Institute of Transportation Engineers, Greater Fort Worth Section and Austin Section
- Young Professionals in Transportation
Selected Publications
- Sax, C., T. Maze, R. Souleyrette. Optimum Urban Clear Zone Distance. Transportation Research Record 2195, 2011.
- Maze, T., C. Sax, and N. Hawkins. The Safety Benefit Added by Lateral Roadside Clearance to Urban Streets. International Conference on Urban Transport and the Environment, Bologna, Italy, June, 2009.
- Smith, D.E. and C. Sax. Local Roads Maintenance Workers’ Manual. Iowa Highway Research Board (IHRB Project TR-514), Ames, Iowa, June 2006.
Selected Presentations
- Sax, C. Optimum Urban Clear Zone. Transportation Research Board Annual Meeting. Washington, D.C., January 12, 2010.
- Maze, T. and C. Sax. Urban Clear Zone, Lateral Off-Set on Curbed Urban Streets. Annual Traffic and Safety Engineering Forum. West Des Moines, IA, October 28, 2008.
- Sax, C. Clear Zone - A Synthesis of Practice and an Evaluation of the Benefits of Meeting the 10 ft Clear Zone Goal on Urban Streets. Missouri Valley Section of the Institute of Transportation Engineers Spring 2008 Meeting. Tulsa, OK, April 3, 2008.

