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Complete PlanSwift Software
MEP Technical Aspects
MEP Cost Estimation
Value Engineering
Heating & Ventilation
Chillers, Fan coil units & FAHUs,
Insulation, Dampers & Air outlets, etc.
Mechanical Systems
Mechanical Quantity Surveying
MEP Bill of Quantity
Mechanical Engineering
Air-conditioning systems
Ducting & Piping
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Hellow Sir, please provide pdf copy of MEP service specification
Dear Sir,
Wishing you a great health and happy day!
I would like to thank you for providing such a good course with content loaded and beautiful explanations. It covered all the topics from very basics to advanced level. I appreciate it if you elaborate on the HVAC quantity takeoff session (keeping fresher in mind). Furthermore, I request you to provide with whatsapp group link, I need some information for interview preparation.
Drawings of mechanical system are not clear, can you share clear drawings. Because, it is very difficult to study with this drawings.
Drawings of mechanical system are not clear, can you share clear drawings. Because, it is very difficult to study with this drawings.
hi can i have HVAC estimation rule of thumb?
10 Reviews
1 week ago
I wanted to take a moment to share my appreciation for the recent training session led. The session was not only well-organized but also highly engaging and informative. Demonstrated deep knowledge of the subject and delivered the content in a clear, approachable manner. The practical examples and interactive discussions made the learning experience truly valuable. I’ve already started applying some of the insights to my daily work, and I can see a positive difference. Thank you to Noble QS for delivering such high-quality training. I look forward to future sessions.
1 month ago
Great
2 months ago
I found this course to be extremely helpful and informative. The content is well-structured and provides valuable insights into mechanical takeoff and estimating, making it particularly beneficial for beginners. The instructor’s method of explanation was clear, practical, and easy to follow, which greatly enhanced the learning experience. I would highly recommend this course to anyone looking to strengthen their understanding in this area.
Ali Asgar Parsolawala
MEP Trainer
Ali Asgar Parsolawala is working as a Sr. MEP Estimation Engineer in Multinational group based in Dubai. He has completed his Bachelor’s in Mechanical Engineering, Diploma in Coaching, NLP and Masters in Supply Chain Management from Universidad Isabel I, Barcelona, Spain. He has 10+ years’ experience in MEP Construction profession in various projects at UAE. He skilled in AutoCAD, Plan swift and MS Excel.
1.NQS - Drawings of Mech System.zip
2.NQS - Schematic Diagram.zip
3.NQS - Drawings & Specification.zip
4.NQS - Download & Install.zip
5.NQS - Duct Quantity Sheet.zip
7.NQS - Value Engineering.zip
6.NQS - Checklist & Schedule.zip
8.NQS - Recommended Books.zip
9.NQS - NRM2 & MasterFormat.zip
10. NQS - POMI BOQ Sample Template.zip
11. NQS - PlanSwift User Guide Version.zip
11. NQS- ARCH Drawings.zip
12. NQS - STR Drawings.zip
13. NQS - Drawings.zip
14. NQS-Mech Villa PDF.zip
15. NQS- Excel sheets.zip
Abdul Rahman Issah
Good day Sir please I want to find out how to differentiate 2 seperate pipes in a drawing. for instance from the meachanical drawing typical apartment type 5. there is a 25mm CHW pipe and that of a 25mm CHW pipes. what can you use from the drawing to indicate that a particular pipe ends at this point and the next continues. I would appreciate if you can share some lights on this for me
Abdul Rahman Issah
sorry that of 15mm
Ali Asgar Parsolawala Instructor
What I understand from your question is that you're trying to figure out how to identify the supply and return lines of chilled water in a mechanical drawing. In a typical apartment layout, when a Fan Coil Unit (FCU) is connected to the chilled water system, there will be two pipes connected to each FCU: 1. One supply line, delivering chilled water to the FCU. 2. One return line, carrying the water back out after cooling. To distinguish between the two, you need to: 1. Refer to the floor plan drawing and locate the riser diagram. 2. The riser diagram typically shows the flow direction and labels such as “CHWS” (Chilled Water Supply) and “CHWR” (Chilled Water Return), which helps you identify which line is which. However, when it comes to quantity takeoff, knowing which pipe is supply and which is return is usually not necessary. The standard practice is to: 1. Measure one pipe run (either supply or return). 2. Then multiply by 2 to account for both the supply and return lines, since they usually follow the same routing. This approach simplifies the takeoff process.