Training on Construction Quality Control on Site

Training on Construction Quality Control on Site equips construction professionals with the knowledge and skills to implement robust quality control (QC) procedures, particularly in challenging hot-climate environments. You'll learn to leverage statistical methods, understand relevant codes and standards, and master practical techniques for concrete and steel structure QC. This training on construction quality control on site is ideal for engineers, managers, and QC professionals aiming to enhance project quality, reduce costs, and ensure long-term project sustainability.

Target Audience:

This course is designed for construction professionals responsible for quality assurance and control:

• Structural Engineers
• Civil Engineers
• Construction Engineers
• Project Managers
• Construction Managers
• Quality Assurance/Quality Control Professionals

Course Objectives:

Upon completion of this course, participants will be able to:

• Understand and apply total quality management (TQM) principles.
• Implement effective quality control procedures for concrete and steel structures.
• Utilize non-destructive testing (NDT) techniques for concrete and steel.
• Master practical tools and techniques for concrete quality control (field testing and laboratory methods).
• Evaluate the quality of structures under construction.
• Perform modern field measurements (e.g., concrete strength).
• Implement quality control procedures in hot climates.

Course Outline:

Module 1: Introduction to Total Quality Management (TQM) of Concrete

• Total Quality Management Systems.
• Quality Assurance and Quality Control.
• Roles and Responsibilities in Quality Control.
• Quality Management Challenges in Oil and Gas Projects.
• Statistical Process Control Tools (Pareto Chart, Coefficient of Variation).
• Concrete Quality Control at the Ready-Mix Plant.
• Concrete Quality Control Onsite.
• Auditing Construction Site Quality.
• Design Mix Considerations for Hot Climates.

Module 2: Concrete Material Properties and Testing

• Codes and Standards for Concrete Quality Control (ACI, EN, etc.).
• Limitations of Codes and Specifications.
• Comparison of Non-Destructive Testing Methods.
• Concrete Variability and its Impact on Quality.
• Concrete Preparation and Placement.
• Concrete Material Properties (Aggregates, Cement).
• Corrosion in Steel Reinforcement.
• Case Study: QC of Concrete Foundations under Vibration.

Module 3: Properties of Fresh Concrete and Testing

• Basic Statistics for Quality Control.
• Data Collection for Evaluation.
• Statistical Analysis of Quality Control Data.
• Assessing Quality Grades.
• Concrete Mix Design.
• Design Mix Precautions in Hot Climates (Remote Areas).
• Fresh Concrete Quality Control.
• Quality Control for Concrete Formwork.
• Pouring Concrete in Hot Weather: Identifying and mitigating challenges.
• Workability Tests.
• Cube and Cylinder Tests.
• Steel Reinforcement Replacement.
• Permissible Deviation in Steel Structure Erection.
• Applied Load on Steel Structures (Pipe Rack Example).

Module 4: Non-Destructive Testing and Corrosion Control

• Comparison of Non-Destructive Tests (NDT) for Concrete and Steel.
• Core Tests.
• Rebound Hammer Testing.
• Ultrasonic Testing.
• Load Testing (Floor Deck Example).
• Corrosion Phenomena and Their Impact on Quality.
• Corrosion Protection Systems.
• Quality Control for Corrosion Protection Systems (Oil & Gas Plants).
• Quality Control for Wood and Steel Formwork.
• Steel Reinforcement Quality Control.

Module 5: Integrity Management

• Materials Used in Steel Structure Welding.
• Quality Control for Equipment Preservation and Installation.
• Quality Control for Tank Construction.
• Quality Control for Foundation Construction and Machine Installation.
• Welding Process Precautions.
• Anchor Bolt Quality Control.
• Common Welding Defects and Their Causes.
• Overview of NDT Methods (Penetrant Testing, Magnetic Particle Testing, Radiographic Testing, Ultrasonic Testing, Visual Inspection).
• Integrity Management Systems in Oil and Gas Plants.

Certification:

Upon successful completion of this course, you will receive a prestigious Uphilos certificate. This certification demonstrates your commitment to mastering this training course and will enhance your professional credentials.