Concrete Technology for Mix Design Durability and Performance Improvement Training Course

Why Attend

The long-term performance of any concrete structure is decided long before construction begins, at the point where Concrete Technology principles are translated into a reliable mix and a durable design. This training course gives participants a complete, practical grounding in concrete technology, connecting mix design decisions directly to durability performance and long-term structural reliability.

Participants will strengthen their understanding of concrete mix proportioning and how material selection shapes fresh and hardened concrete properties, and will build practical competency in selecting and applying admixtures to achieve specific performance targets. The course places strong emphasis on assessing and improving durability under real exposure conditions, and develops sound skills in evaluating and controlling compressive strength as a key performance indicator throughout the concrete lifecycle.

Course Objectives

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

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

• Apply core principles of Concrete Technology to mix design and performance improvement
• Understand how cement, aggregates, and water content shape concrete mix properties
• Select and apply admixtures to achieve target fresh and hardened concrete performance
• Assess and improve concrete durability under different exposure conditions
• Evaluate and control compressive strength through mix design and quality control
• Diagnose common concrete performance problems and their causes
• Apply relevant codes and standards to concrete mix design and assessment

Target Group

• Civil and structural engineers involved in concrete design and specification
• Materials and quality control engineers working with concrete
• Site engineers and construction supervisors responsible for concrete works
• Concrete technologists and laboratory personnel
• Engineers advancing their expertise in concrete technology