Two structures built to the same design can perform very differently over their service life, and the reason is often not the design itself but the materials chosen to build it. Construction Materials engineering is what turns that choice into a deliberate, evidence-based decision, and this training course builds the practical grounding needed to select, specify, and evaluate the major materials used in modern construction.

Participants will build a working understanding of metallurgy as it applies to structural steel and reinforcement behavior, and will practice evaluating polymers and modern composites for construction applications. The course gives strong emphasis to the engineering properties and quality control of concrete, the structural behavior and detailing of steel, and the performance requirements of asphalt materials, giving engineers a well-rounded view across traditional and advanced construction materials.

The Construction Materials Engineering Training Course: Concrete, Steel, Asphalt, and Advanced Composites is delivered by Arab British Fellowship Training Academy for civil and structural engineers involved in material selection and specification.

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

• Link material properties directly to structural performance, durability, and cost outcomes
• Apply metallurgy fundamentals relevant to structural steel and reinforcement behavior
• Assess concrete properties, mix behavior, and quality control requirements
• Assess steel properties, grades, and structural behavior under load and exposure
• Evaluate asphalt materials and their role in pavement performance
• Evaluate the properties and applications of polymers and composites in construction
• Select and specify appropriate materials for performance, durability, and cost requirements on real projects

Target Audience

• Civil and structural engineers involved in material selection and specification
• Materials and quality control engineers on construction projects
• Site engineers and contractors working with concrete, steel, and asphalt
• Design engineers coordinating material choices with structural performance
• Engineers building their expertise in construction materials engineering

Module 1: Why Material Choice Decides Performance, Durability, and Cost

• The role of Construction Materials in structural performance and durability
• Key material properties relevant to engineering decisions
• How early material choices shape long-term project outcomes

Module 2: Concrete as an Engineering Material

• Constituents and properties of concrete
• Quality control and testing of concrete materials
• Selecting concrete for different structural applications

Module 3: Metallurgy and Structural Steel

• Fundamentals of metallurgy relevant to construction steel
• Properties and grades of structural steel
• Behavior of steel under load and environmental exposure

Module 4: Asphalt for Pavement Performance

• Properties and composition of asphalt materials
• Performance requirements for pavement applications
• Common asphalt material issues and their causes

Module 5: Polymers and Composites in Modern Construction

• Properties and applications of polymers in construction
• Overview of composites used in structural and non-structural applications
• Selecting advanced materials for specific performance requirements

Module 6: Comparing, Specifying, and Applying Materials on Real Projects

• Comparing traditional and advanced Construction Materials
• Specifying materials for durability, performance, and cost efficiency
• Case studies and lessons learned from real construction materials projects