The Construction Materials Engineering: Concrete, Steel, Asphalt and Advanced Materials Training Course by The British Academy For Training and Development provides technical knowledge of Construction Materials used across buildings, roads, bridges, and civil infrastructure. The course examines the properties, selection, testing, performance, durability, and applications of concrete, steel, asphalt, polymers, composites, and other advanced materials.

This Construction and Civil Engineering Training course is designed within the Engineering Maintenance and Operation category. It covers material characterization, metallurgy, concrete technology, steel performance, asphalt engineering, advanced material applications, material deterioration, quality control, and lifecycle performance. Participants learn how material properties influence structural performance, construction quality, durability, maintenance, and engineering decision-making.

• Understand the fundamental principles of Construction Materials engineering.
• Identify the physical, mechanical, chemical, and durability properties of major construction materials.
• Evaluate the selection and application of concrete in construction projects.
• Understand steel properties, performance, fabrication, and structural applications.
• Examine asphalt composition, properties, production, and pavement applications.
• Develop knowledge of metallurgy and its relevance to construction materials.
• Understand the characteristics and applications of polymers in construction.
• Evaluate the engineering properties of composites and advanced materials.
• Understand material testing and quality control procedures.
• Identify common causes of material deterioration and performance failure.
• Evaluate material durability under environmental and operational conditions.
• Apply appropriate material selection principles to construction and infrastructure projects.
• Support maintenance and lifecycle decisions through effective materials evaluation.

Target Audience

• Civil engineers
• Construction engineers
• Structural engineers
• Materials engineers
• Site engineers
• Construction project managers
• Quality control and quality assurance professionals
• Infrastructure engineers
• Road and pavement engineers
• Engineering maintenance professionals
• Facilities and asset management professionals
• Technical consultants and construction specialists
• Professionals responsible for material selection and performance evaluation

Module 1: Fundamentals of Construction Materials

• Principles of Construction Materials engineering
• Material classification and characteristics
• Physical and mechanical properties
• Chemical properties and durability
• Material selection criteria
• Construction material performance
• Quality and specification requirements

Module 2: Concrete Technology and Engineering

• Concrete constituents and mix design principles
• Cement, aggregates, and admixtures
• Fresh and hardened concrete properties
• Concrete strength and durability
• Concrete testing methods
• Reinforced and prestressed concrete
• Concrete quality control
• Common concrete defects and deterioration

Module 3: Steel for Construction and Infrastructure

• Types and grades of construction steel
• Mechanical and physical properties
• Structural steel applications
• Steel fabrication and connection considerations
• Corrosion mechanisms and protection
• Steel testing and quality control
• Structural performance and durability
• Maintenance requirements for steel structures

Module 4: Metallurgy and Construction Applications

• Fundamentals of metallurgy
• Metal structure and material behavior
• Alloying and material properties
• Heat treatment principles
• Steel microstructure and performance
• Corrosion and degradation mechanisms
• Metallurgical considerations in construction
• Material failure analysis

Module 5: Asphalt and Pavement Materials

• Asphalt composition and characteristics
• Bitumen properties
• Asphalt mixtures and aggregates
• Asphalt production and placement
• Pavement material testing
• Temperature and load effects
• Asphalt deterioration and common failures
• Maintenance and rehabilitation considerations

Module 6: Polymers in Construction

• Fundamentals of polymers
• Polymer types and characteristics
• Polymer-based construction products
• Sealants, coatings, membranes, and insulation
• Polymer durability and environmental resistance
• Applications in infrastructure and building systems
• Performance limitations and material selection

Module 7: Composite and Advanced Materials

• Fundamentals of composites
• Fiber-reinforced materials
• Fiber-reinforced polymer applications
• Advanced concrete technologies
• High-performance and ultra-high-performance materials
• Smart and innovative construction materials
• Applications of advanced materials in infrastructure
• Performance and lifecycle considerations

Module 8: Construction Material Testing and Quality Control

• Principles of material testing
• Sampling and laboratory procedures
• Mechanical and durability testing
• Concrete and steel testing
• Asphalt testing methods
• Quality assurance and quality control
• Standards, specifications, and acceptance criteria
• Interpretation of test results

Module 9: Material Deterioration and Failure

• Causes of construction material deterioration
• Environmental exposure and weathering
• Corrosion and chemical degradation
• Cracking, fatigue, and material failure
• Moisture and temperature effects
• Material defects and construction-related failures
• Failure investigation and diagnosis
• Preventive measures and corrective actions

Module 10: Material Selection, Maintenance, and Lifecycle Performance

• Engineering criteria for material selection
• Cost, durability, and performance considerations
• Material compatibility
• Lifecycle performance of Construction Materials
• Maintenance and replacement strategies
• Sustainable material selection
• Advanced materials for infrastructure maintenance
• Integrating material decisions into engineering maintenance and operation