Geotechnical Considerations in Pavement Applications (0.4 CEUs)

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The sessions will be held on Jun 02, 2026. And will be held again on Dec 03, 2026.
If you are unable to attend any of the sessions a recording will be made available.
 
 
Course Description

This course provides a practical, technical overview of geotechnical engineering principles applied to pavement structures and their applications. The session explores subgrade characterization, bearing capacity, soil behavior, quality control methods for subgrade, CBR and other soil testing, and the influence of moisture and stress on subgrade and pavement performance. Real-world examples and emerging technologies are highlighted, enabling participants to apply geotechnical insights for better pavement design, construction, and rehabilitation decisions.

Objective
Participants will develop practical skills to characterize subgrades, analyze pavement foundations, select appropriate subgrade design methods, and integrate soil-modulus and moisture influences into pavement engineering practices. The course bridges theory and field applications, emphasizing performance, risk mitigation, and emerging tools for geotechnical quality control in pavement engineering.
 
Target Audience
  • Civil and geotechnical engineers (all levels)
  • Pavement designers and asset managers
  • Construction and QC manager
  • Graduate students and technicians with an interest in pavement engineering

 

Level of Course

Intermediate to advanced
 
Learning Objectives

          • Explain subgrade and unbounded pavement layers characterization methods (CBR, resilient modulus, group index, soil survey)
• Evaluate and apply bearing capacity, multi-layer elastic analysis, and other pavement design concepts
• Understand soil behavior under loading, environmental stress, and moisture changes
• Use modern QC/QA techniques (Falling Weight Deflectometer, Intelligent Compaction, and DCP) for pavements
• Address gaps between geotechnical design and construction practice through improved data collection and reporting

 

 
Special Features

• Analysis guides and reference charts for subgrade characterization

• Practical applications and Data interpretation for subgrade

Dr.Hamid Soleymani

Dr.Hamid  Soleymani

Dr. Hamid R. Soleymani holds a B.Sc. and M.Sc. in Civil and Transportation Engineering from Iran University of Science and Technology and a Ph.D. in Pavement and Materials Engineering from the University of Saskatchewan, Canada. He began his career as a postdoctoral research associate at the North Central Superpave Center at Purdue University (USA) and later served as a faculty member at the University of Alberta, teaching civil engineering materials, transportation, and pavement management systems while conducting research in highways and transportation. From 2006 to 2010, he worked with EBA Engineering Consultants as a senior pavements and materials engineer, completing numerous projects and research studies for Alberta Transportation and other agencies. He also served as Director of the Transportation Research Centre (2010–2013) and has held senior engineering roles with the Saskatchewan Ministry of Highways and Infrastructure and the City of Edmonton. With over 25 years of academic, consulting, and public-sector experience, Dr. Soleymani has delivered more than 20 professional training sessions for engineers and technologists across Canada. A registered professional engineer, he has published over 80 papers and has been recognized for technical excellence and innovation. His expertise spans asphalt and Portland cement concrete, Superpave mix design, pavement design, maintenance and rehabilitation, materials characterization, mechanistic pavement design, pavement performance evaluation, and pavement management systems, making him highly qualified to provide practical, high-quality training in pavement engineering and materials.

Introduction: Historical overview and importance of geotechnical inputs in pavements
• Pavement design principles: Bearing capacity, multi-layer elastic theory, AASHTO 93, and mechanistic-empirical framework 
• Subgrade and base evaluation: CBR, resilient modulus, soil classification, influence of moisture and environment 
• QC/QA innovations: Modern lab, field testing (proof rolling, resilient modulus, CBR, FWD, LWD, and DCP), data analysis, linking design and construction 
• Impact of freeze and thaw cycles on soils and pavement 
Case studies and Q&A: Real-world problems, application scenarios, best practices 

 

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