Optimize commercial site pavements from design to durable maintenance; master essential techniques for installation and long-term performance.
This course, "Commercial Site Pavement Design, Installation & Maintenance," offers a comprehensive exploration of pavement engineering principles tailored for commercial applications. From foundational design concepts to cutting-edge installation and maintenance techniques, participants will gain invaluable knowledge to ensure durable and cost-effective pavement solutions.
The course begins with an introduction to pavement types, including flexible (asphalt) and rigid (concrete) pavements, detailing traditional design methods like AASHTO and more advanced mechanistic-empirical approaches. We'll delve into the critical aspects of pavement material selection, properties, and testing, covering aggregates, binders, and subgrade soils, alongside construction methodologies, quality control, and innovative techniques such as intelligent compaction. Key learning outcomes include:
Whether you're refreshing your knowledge or seeking to deepen your expertise, this course provides the essential tools and insights for successfully managing commercial site pavement projects from conception to long-term maintenance.
Online Courses for Engineers
HalfMoon Education is a nonprofit continuing education provider offering live webinars and on-demand courses for engineers, architects, landscape architects, land surveyors, attorneys, paralegals, accountants and others. Since 1996, we’ve helped thousands of professionals nationwide stay current with industry standards and codes, earn CE hours, and advance their expertise through practical, expert-led learning experiences. Learn more about us at: www.halfmoonseminars.org
Associate Professor of Civil Engineering at California State University Los Angeles
Dr. Mehran Mazari is an Associate Professor in the Department of Civil Engineering at Cal State LA, specializing in Transportation Infrastructure and Pavement Materials. He is the program manager of the Sikand Center for Sustainable and Intelligent Infrastructures (SITI‐Center) and founder of the Sustainable Infrastructure Materials Research Lab (SIM‐ Lab) at Cal State LA. His research interests include sustainable and resilient transportation infrastructure and transportation infrastructure materials. He is a member of technical committees at the Transportation Research Board of the National Academies of Science and Engineering and co‐chair of the LTPP subcommittee of the Highway Pavement Committee of the American Society of Civil Engineers (ASCE). Dr. Mazari has published more than 70 peer‐reviewed journal and conference papers. He has been actively involved in several national and state research projects, including National Highway Cooperative Research Program (NCHRP) and Federal Highway Administration (FHWA).
