Concrete and Alternative Pavement Systems

By the end of this course, you will be able to:

• Compare concrete and alternative pavement systems based on structural performance, constructability, cost, durability, and sustainability

• Select appropriate pavement materials and systems for municipal, industrial, heavy-duty, and urban applications

• Apply practical design and construction principles to improve load transfer, cracking control, and long-term pavement performance

• Evaluate recycled materials and industrial by-products while accounting for performance limitations, environmental implications, and technical risk

• Identify design, construction, and quality-control issues that can contribute to premature pavement failure

Description

Selecting a pavement system requires balancing structural demands, construction constraints, durability expectations, cost, and environmental considerations. Decisions made during material selection and design can significantly affect constructability, maintenance requirements, and long-term field performance. A system that is appropriate for one application may introduce unnecessary cost or technical risk in another.

This course helps you make more informed pavement decisions by considering how design, materials, construction, and long-term performance influence one another. You will develop a practical approach to evaluating pavement options against the demands of the application rather than relying on familiar solutions or individual design criteria alone. By examining the relationships between structural behaviour, material performance, constructability, durability, cost, and sustainability, you will be better equipped to recognize important trade-offs, assess alternative approaches, and make decisions that support reliable performance throughout the pavement life cycle.

Through case-based examination of design errors, constructability challenges, poor construction practices, and premature failures, you will learn to connect design and construction decisions with field performance. You will also develop a more structured approach to construction sequencing, placement, compaction, protection, quality control, and quality assurance so that potential problems can be identified and managed before they compromise pavement performance.

Who Should Attend

This course is designed for:

• Civil, municipal, transportation, pavement, and materials engineers

• Engineering technologists and technicians involved in pavement projects

• Infrastructure owners and municipal public works professionals

• Pavement designers, consultants, and project managers

• Construction and field personnel responsible for concrete pavement installation

• Quality-control and quality-assurance professionals

• Professionals responsible for pavement material selection, rehabilitation, maintenance, or life-cycle evaluation

Syllabus 

Module 1:  Overview of Pavement Material Systems

• Role of material selection in pavement performance

• Basic concrete mix design

• Key properties and substituting materials

• Cost, durability, and sustainability tradeoffs

Module 2:  Traditional Concrete Pavement Systems

•   Jointed plain concrete pavement (JPCP)

• Continuously reinforced concrete pavement (CRCP)

• Pre-cast concrete pavement (PCP)

• Design principles and structural behaviour

• Joint load transfer, design and cracking control

Module 3:  Roller Compacted Concrete (RCC)

• Characteristics and applications of RCC

• Structural and performance advantages

• Design and construction practices

• Use cases (industrial, heavy-duty pavements, and live-stock pens)

Module 4:  Interlocking Concrete Pavements

• Design and construction of interlocking systems

• Load transfer mechanisms and performance

• Applications in municipal streets and urban infrastructure

•   Maintenance considerations and life-cycle performance

Module 5:  Alternative and Sustainable Materials

• Use of recycled materials and industrial by-products

• Material performance considerations

•   Environmental and cost implications

• Limitations and risk factors

Module 6:  Construction Considerations and Quality Control/Assurance

• Construction sequencing and critical checkpoints

• Placement, compaction, and protection practices

• Critical design and construction practices

• Quality control and assurance strategies

Module 7:  Performance and Life-Cycle Evaluation

•  Common design errors and constructability issues

• Impact of poor construction practices and performance

• Case-based review of premature failures

Linking field performance to design decisions