Complete Guide to Concrete Technology in Construction Sector

Concrete Technology Mastery Course

Diploma In Concrete Technology l Be a Concrete Technologist

Master the Science & Practice of Concrete from Basics to Advanced Mix Design

Course Syllabus

Module 1: Concrete Ingredients & Cement Technology

Learn the fundamentals of the most essential construction material – Cement

• Cement Manufacturing Process (Dry & Wet)

• Steps to Reduce Carbon Footprint in Cement Production

• Chemical Composition and Role of Cement Compounds

• Hydration of Cement Explained

• Types of Cement and Their Uses

• Cement Testing Procedures

• Fine Aggregates:

  • Functions & Quality Requirements

  • Alternatives to River Sand

  • Introduction to M-Sand & Its Manufacturing Process

• Coarse Aggregates:

  • Importance of Size, Shape, and Texture

  • Aggregate Grading & Blending

  • Aggregate Testing Requirements

  • Recycled Aggregates: Sustainable Use

• Water: Quality for Mixing & Curing

• Chemical Admixtures:

  • Plasticizers, Superplasticizers

  • Retarders, Accelerators, Air-Entraining Agents

• Mineral Admixtures:

  • Fly Ash, GGBS, Silica Fume

  • Metakaolin, Rice Husk Ash

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Module 2: Fresh Concrete & Workability

Understand the science of concrete in its fresh state for better site practices

• Definition of Workability & Influencing Factors

• Workability Tests:

  • Slump Test

  • Compaction Factor Test

  • Vee-Bee Consistometer

  • Flow Table Test

• Segregation & Bleeding – Causes and Prevention

• Concrete Manufacturing Process:

  • Batching, Mixing, Transporting

  • Placing, Compaction

• Curing of Concrete:

  • Water Curing, Membrane Curing

  • Steam Curing, Accelerated & Self-Curing

• Good vs Bad Practices of Concrete Handling

• Heat of Hydration in Mass Concreting

  
  

Module 3: Concrete Mix Proportioning & IS Code Practice

Design high-performance concrete mixes as per latest IS 10262:2019

• Concept of Concrete Mix Design with & without Admixtures

• Variables in Proportioning & Exposure Conditions

• Ingredient Selection Criteria

• Step-by-Step Procedure for Mix Design

• Numerical Examples Using IS 10262:2019

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Key Takeaways

• Comprehensive understanding of Cement Technology & Admixtures

• Mastery in handling Fresh Concrete and avoiding on-site errors

• Practical proficiency in Mix Design using IS Code (IS 10262:2019)

• Real-world understanding of Concrete Workability, Curing, and Performance

Ideal for:

Civil Engineers, Site Engineers, Diploma Students, Freshers, and Professionals aiming to master Concrete Technology with strong industry-relevant knowledge.