Concrete Construction Techniques and Best Practices
Overview:
Concrete is one of the most commonly used construction materials due to its versatility, strength, and affordability. Professionals may optimise the performance, durability, and efficiency of concrete structures by adhering to concrete construction techniques and best practises, resulting in successful and sustainable construction projects. With the advent of new materials, technologies, and construction techniques, these practises are always changing, making continued education, and training essential for staying current with the most recent breakthroughs in the industry.
BENEFITS
- Concrete Mix Design
- Materials Selection and Quality Control
- Placing and Compacting Concrete
- Curing Methods
- Reinforcement and Structural Design
- Formwork Construction
- Concrete Finishing
- Concrete Testing and Quality Assurance
- Concrete Repair and Rehabilitation
- Sustainability in Concrete Construction
- Safety Considerations
Course Details
Date:
5th – 6th May 2026
(2 Day Training)
Time:
8:30 – 16:30 Daily
CPD:
2 CPD Points- ECSA
Fees:
R8 999
Course Content
MODULE 1 Introduction to Concrete Construction
- Overview of concrete as a construction material.
- Key properties and characteristics of concrete.
- Importance of proper concrete construction techniques for durable and long-lasting structures.
MODULE 2 Concrete Mix Design
- Understanding concrete mix proportions and constituents.
- Factors influencing mix design (strength, workability, durability, etc.).
- Best practices for optimizing concrete mixtures for specific applications.
MODULE 3:Concrete Materials and Quality Control
- Selection and testing of concrete materials (cement, aggregates, admixtures, etc.).
- Quality control procedures for consistent and high-quality concrete production.
- Identifying common issues and remedies related to concrete materials.
MODULE 4: Placing and Compacting Concrete
- Techniques for proper concrete placement and consolidation.
- Considerations for different construction elements (slabs, beams, columns, etc.).
- Best practices to minimize voids and ensure adequate compaction.
MODULE 5: Concrete Curing and Moisture Control
- Importance of proper curing for concrete strength and durability.
- Curing methods and materials (water curing, membrane curing, etc.).
- Managing moisture during the curing process to prevent cracking.
MODULE 6: Reinforcement and Structural Design
- Understanding the role of reinforcement in concrete structures.
- Design principles for reinforced concrete elements.
- Best practices for integrating reinforcement with concrete.
MODULE 7: Concrete Testing and Quality Assurance
- Common tests for evaluating concrete properties (compressive strength, workability, etc.).
- Quality assurance procedures during concrete construction.
- Interpreting test results and ensuring compliance with specifications.
MODULE 8: Concrete Repair and Rehabilitation
- Identifying concrete defects and causes of deterioration.
- Techniques for repairing and rehabilitating damaged concrete structures.
- Best practices to extend the service life of existing concrete elements.
MODULE 9: Sustainability in Concrete Construction
- Implementing sustainable practices in concrete construction.
- Reducing carbon footprint and environmental impact.
- Incorporating green building principles into concrete projects.
MODULE 10: Best Practices for Formwork and Concrete Finishing
- Formwork design and construction considerations.
- Techniques for achieving desired concrete finishes.
- Quality control in formwork and finishing processes.
Each delegate will need the following to attend:
- Steady Internet connection for the duration of the training
- Laptop / PC / Smart Phone and Power supply (Charger)
- Zoom Meeting Software installed onto your laptop /
- PC / Smart Phone
- Quiet Space