Advanced Concrete Repair, Rehabilitation and Structural Strengthening Techniques Training Course

Module 1: Advanced Concrete Deterioration and Structural Assessment

• Causes and mechanisms of concrete deterioration
• Structural defects and failure mechanisms
• Concrete condition assessment
• Visual inspection and diagnostic techniques
• Non-destructive and semi-destructive testing methods
• Structural integrity and serviceability evaluation

Module 2: Concrete Repair Principles and Repair Strategies

• Principles of effective Concrete Repair
• Repair strategy development
• Selection of appropriate repair methods
• Repair material compatibility
• Surface preparation and substrate treatment
• Repair planning and execution requirements

Module 3: Crack Investigation and Crack Repair Techniques

• Types and causes of concrete cracking
• Structural and non-structural cracks
• Crack mapping and assessment
• Crack repair materials and techniques
• Injection, sealing, routing, and filling methods
• Prevention of recurring cracks

Module 4: Advanced Concrete Repair Materials

• Cementitious repair materials
• Polymer-modified repair systems
• Epoxy and resin-based materials
• Grouts and bonding agents
• Rapid-setting and high-performance repair materials
• Material selection based on structural and environmental conditions

Module 5: Reinforcement Corrosion and Concrete Rehabilitation

• Mechanisms of reinforcement corrosion
• Carbonation and chloride-induced deterioration
• Corrosion assessment and diagnosis
• Concrete removal and reinforcement treatment
• Corrosion protection systems
• Rehabilitation strategies for deteriorated reinforced concrete

Module 6: Structural Strengthening Techniques

• Principles of structural strengthening
• Load assessment and strengthening requirements
• Reinforced concrete strengthening methods
• Section enlargement and concrete jacketing
• Steel plate and steel member strengthening
• Strengthening of beams, columns, slabs, and other structural elements

Module 7: FRP Strengthening and Advanced Composite Systems

• Fundamentals of FRP strengthening
• Carbon, glass, and aramid fibre systems
• Externally bonded FRP applications
• Strengthening beams, columns, slabs, and walls
• Bonding, anchorage, and installation considerations
• Inspection and quality control of FRP systems

Module 8: Structural Restoration and Performance Improvement

• Structural restoration principles
• Restoration of ageing concrete structures
• Strengthening for increased load capacity
• Seismic and durability-related strengthening
• Improving structural service life
• Sustainable rehabilitation and life-cycle considerations

Module 9: Repair Quality Control and Project Management

• Repair specifications and method statements
• Quality assurance and quality control
• Site supervision and workmanship requirements
• Testing and acceptance criteria
• Repair documentation and reporting
• Monitoring repaired and strengthened structures

Module 10: Advanced Rehabilitation Case Studies

• Assessment of real-world concrete deterioration
• Repair and strengthening strategy development
• Selection of rehabilitation technologies
• Evaluation of repair performance
• Lessons learned from structural restoration projects
• Practical application of advanced repair and strengthening methods