Reinforcement Calculation Master Class

Reinforcement Takeoff / Civil Qs / Bar bending schedule for Slab , Beam , Column , Wall .. etc

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Description

Dear students,


Before enrolling in this comprehensive course, we want to emphasize the importance of time and dedication

This program offers approx 5 hours of intensive training, covering crucial aspects of Reinforcement calculation. It's a journey that will equip you with valuable skills for your career. However, success in this course hinges on your commitment. To truly benefit, you must be prepared to invest your time and patience. Remember, mastering the art of Reinforcement calculation takes time, practice, and dedication.  So, before you hit that "Enroll" button, ask yourself: "Do I have the patience and time to dedicate to my growth and learning?" If the answer is "Yes," then this course is your gateway to a promising future in Civil Engineering.

Join us, invest in your potential, and embark on a journey to success.


This comprehensive course in Reinforcement calculation is designed to equip participants with the essential skills and knowledge required to effectively take off, estimate, budget, and manage the costs associated with reinforcement calculation in construction projects.

The Reinforcement Calculation Masterclass distinguishes itself through a blend of theoretical knowledge and practical proficiency. . By the end of the masterclass, participants will emerge as adept practitioners, equipped to navigate the complexities of reinforcement calculation and contribute to the development of robust, resilient structures


What You Will Learn!

  • Types of reinforcement
  • Reinforcement diameter analysis
  • Reinforcement unit weight analysis
  • Detail reinforcement drawing analysis
  • 25 T20 @200 Reinforcement notation analysis
  • Reinforcement spacing ideas
  • Reinforcement spread length ideas
  • Reinforcement shape
  • Reinforcement lap length
  • Link Bars
  • Hook length analysis
  • Direct weight calculation
  • Kg/m3 Calculation method
  • Thumb rule method
  • Bar bending schedule analysis

Who Should Attend!

  • Quantity Surveyor
  • Civil Engineers
  • Estimators
  • Construction Professionals
  • Engineering Students
  • Fresh Engineers
  • Site Engineers
  • Project Managers
  • Contract Managers
  • Commercial Managers
  • Contract Administrators
  • Cost Control Professionals