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Learn MoreMechanical Quantity Survey MEP QS AutoCAD | Revit (Arabic)
Mechanical Quantity Survey MEP QS AutoCAD | Revit (Arabic)
حصر كميات لاعمال المقاولات
Highest Rated
Created byMech Ahmed Radwan
Last updated 9/2025
Arabic
What you'll learn
- Understand the Basics of Quantity Surveying: Define key concepts and principles of mechanical quantity surveying and its role in MEP projects.
- Perform Quantity Takeoffs: Accurately measure and calculate quantities for mechanical systems, including HVAC, plumbing, and fire protection systems, using CAD
- Use Estimation Tools Effectively: Apply tools like Excel and software for creating detailed bill of quantities (BOQ) for mechanical systems.
- Validate and Optimize BOQs: Analyze and verify quantities to reduce errors and improve cost estimation accuracy.
Explore related topics
Course content
6 sections • 18 lectures • 3h 5m total length
- Course Over View8:08
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 00- Introduction11:29
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 01- First Step for QS11:24
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 02- Second Step for QS10:52
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 00- Prepare AutoCAD Drawing11:01
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 01- Block Counting8:05
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 02- Block Counting Numbering10:54
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 03- Length Pipes QS12:20
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 04- Single Lines QS6:17
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 05- Duct Weight QS9:59
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 06- Duct Fitting Weight7:09
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 07- Insulation Area QS5:23
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 08- Tips for AutoCAD10:02
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 00- BOQ & PR Sheets15:01
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 01- Revit Duct Modeling14:02
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 02- Revit Schedule12:21
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- 03-Duct Weight Calculation in Revit20:13
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- Attachments & Test1:00
Module 1: Introduction to Mechanical Quantity Surveying
Overview of Quantity Surveying in MEP
Importance of accurate quantity takeoffs and BOQs
Key principles and terminology
Module 2: Understanding MEP Drawings
Introduction to MEP drawings (HVAC, Plumbing, Fire Protection)
How to read and interpret MEP drawings
Identifying key elements for quantity takeoff
Module 3: Quantity Takeoff for HVAC Systems
Basic components of HVAC systems
Calculating quantities for ductwork, piping, and equipment
Applying industry standards and best practices
Module 4: Quantity Takeoff for Plumbing Systems
Overview of plumbing systems
Calculating quantities for water supply, drainage, and waste systems
Identifying materials and labor requirements
Module 5: Quantity Takeoff for Fire Protection Systems
Fire protection system basics
Calculating quantities for sprinklers, piping, and fire pumps
Understanding safety codes and regulations
Module 6: Organizing Data in Excel
Using Excel for organizing and calculating quantities
Creating templates for BOQs
Tips for efficient data entry and management
Module 7: Common Errors and How to Avoid Them
Identifying common mistakes in quantity takeoff
Techniques for error-free calculations
Case studies of common errors
Module 8: Advanced Techniques and Optimization
Optimizing BOQs for cost efficiency
Resource allocation and material estimation
Tips for improving project efficiency
Module 9: Final Assessment
Practical test on quantity takeoff and BOQ preparation
Case studies and real-world examples
Module 10: Conclusion and Next Steps
Recap of key learning points
How to apply the skills to real-world projects
Next steps in advancing your career in quantity surveying
- مدي رضاك عن محتوي الكورس؟
Requirements
- Basic knowledge of AutoCAD for reading mechanical system drawings.
- Proficiency in Microsoft Excel for creating and managing BOQs.
- Familiarity with MEP systems is recommended but not mandatory.
Description
Mechanical Quantity Survey (Arabic)
The "Mechanical Quantity Surveying Course" is designed to provide engineers, draftsmen, and MEP professionals with the essential skills to excel in quantity surveying. In just 3 hours, you'll learn how to perform accurate quantity takeoffs and prepare detailed bills of quantities (BOQs).
This course covers the fundamentals of mechanical quantity surveying, including interpreting MEP drawings, calculating quantities for HVAC, plumbing, and fire protection systems, and organizing data in Excel. You’ll also discover tips and techniques to avoid common errors, optimize BOQs, and improve project efficiency.
Through practical examples, step-by-step exercises, and industry insights, you'll gain the confidence to apply your skills to real-world projects immediately. The course includes a final test to assess your knowledge, ensuring you’re ready to advance your career in the MEP field.
No prior experience in quantity surveying is required, though basic knowledge of AutoCAD and Excel is recommended. By the end of the course, you’ll be equipped to handle mechanical quantity surveying tasks with precision and efficiency.
In addition, the course covers material estimation, cost analysis, and resource allocation, all crucial for successful project execution. You’ll gain valuable insights from practical case studies, learning to navigate real-world challenges and improve your project management skills. This comprehensive training will position you as a key asset in the MEP industry, ready to contribute to cost-effective and successful project deliveries.
Ph: (002) 01021738384
Ph: (00966) 0505448281
Who this course is for:
- Engineers, draftsmen, and MEP professionals aiming to enhance their skills in mechanical quantity surveying and BOQ preparation.