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Design Experts - MEP

THIS COURSE IS DIVIDED INTO 3  DESIGN & MODELLING

2. PROJECT PROJECT 

DETAILED COURSE SYLLABUS IS AS FOLLOWS:

SECTION 1 - DESIGN & MODELLING

1.

SECTION 2 - PROJECT 

3.

4.

6.

7.

9.

10.

5.

6.

7.

9.

12. CONVERTING REVIT TO CAD

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What's inside

Learning objectives

  • Bim / revit modelling
  • Bim / revit estimation
  • Bim / revit documentation
  • When you complete this course you will have the skills and knowledge to take a project from start to finish.
  • Chilled water pipe designing
  • How to convert 2d cad layouts to 3d bim revit model
  • Valves & accessories connections for chiller , pumps , cooling tower
  • 3d designing & modelling of hvac plant room
  • How to work with linked cad files
  • Get hands on experience on realtime project by downloading the revit families provided in this course
  • Revit mep modelling best practices
  • Real time project modelling
  • Revit mep secret tips & tricks
  • Show more
  • Show less

Syllabus

DESIGNING & MODELLING
UNDERSTANDING PROJECT BRIEF,LINKING CAD , PLACEMENT OF CHILLERS & PUMP
Excercise Files
ADDING MATERIALS ,CHILLED WATER PIPE SIZING
Read more
CREATING PIPE TYPE & PIPING SYSTEMS , PLACEMENT OF HEADERS , CHILLER CONN
PRIMARY SECONDARY CONDENSER PUMP CONNECTIONS TO HEADER (AUTOMATIC & MANUAL)
PLACEMENT OF VALVES & ACCESSORIES FOR CHILLER INLET & OUTLET CONNECTION
PLACEMENT OF VALVES & ACCESSORIES FOR PUMP SUCTION & DISCHARGE LINES
PRIMARY & SECONDARY PUMP VALVE CONNECTION
COOLING TOWER PLACEMENT , PLACING HEADER PIPING
COOLING TOWER BRANCH CONNECTIONS WITH HEADERS
PLACEMENT OF VALVES FOR COOLING TOWER
BYPASS LINE CONNECTION
ADDING EXTERIOR WALLS & FLOOR
ADDING RAILINGS & DOORS
ADDING STAIRS & WINDOWS
ADDING FRESH AIR LOUVERS
ADDING PARTITION WALLS
HOW TO ESTIMATE A PROJECT IN REVIT
INTRODUCTION & CLASSIFICATION OF PARAMETERS
HOW TO CREATE SHARED PARAMETERS
TOTAL PIPE QUANTITY CALCULATION USING SCHEDULES
CHILLED WATER & CONDENSER WATER PIPE CALCULATION
ESTIMATION OF TOTAL PIPING COST (BOQ PREPARATION)
ESTIMATING TOTAL VALVES COUNT
ESTIMATING TOTAL ACCESSORIES QUANTITY
PREPARING DETAILED CHILLER SCHEDULE
PREPARING DETAILED PUMPS SCHEDULE
PREPARING DETAILED COOLING TOWER SCHEDULE
PROJECT DOCUMENTATION
HOW TO CREATE TAGS & TEXTS
DETAILING FIRST FLOOR PLAN
HOW TO CREATE & ADD VIEW FILTERS (PIPES)
HOW TO CREATE & ADD VIEW FILTERS (VALVES)
HOW TO CREATE & ADD VIEW FILTERS (EQUIPMENTS)
CREATING & EDITING SHEETS
CREATING DEATILED CHILLER SECTION VIEW
HOW TO CREATE A CHILLER DETAILS SHEET
HOW TO CREATE A PUMP DETAILS SHEET
HOW TO CREATE A COOLING TOWER DETAILS SHEET
HOW TO CREATE A DRAWING LIST
HOW TO ADD REVISIONS ON SHEET
HOW TO CREATE AN EQIPMENT SCHEDULE SHEET
PRINTING & PLOTTING SETTINGS-01
PRINTING & PLOTTING SETTINGS-02
HOW TO CONVERT REVIT FILE INTO CAD FILE
FINAL PACKAGE

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Step by Step Design of 950TR HVAC Plant Room in Revit MEP with these activities:
Review HVAC Fundamentals
Solidify your understanding of HVAC principles to better grasp the design and modeling aspects covered in the course.
Browse courses on HVAC Systems
Show steps
  • Review basic thermodynamics concepts.
  • Study different types of HVAC systems.
  • Familiarize yourself with HVAC components.
ASHRAE Handbook: HVAC Systems and Equipment
Consult the ASHRAE Handbook to gain a deeper understanding of the HVAC equipment being modeled in Revit.
Show steps
  • Identify relevant sections of the handbook.
  • Read about the design and operation of HVAC equipment.
  • Relate the handbook information to the Revit model.
Explore Revit MEP Tutorials
Enhance your Revit MEP skills by following tutorials focused on plant room design and equipment modeling.
Show steps
  • Find tutorials on Revit MEP plant room design.
  • Practice modeling HVAC equipment in Revit.
  • Experiment with different design options.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Practice Pipe Sizing Calculations
Reinforce your understanding of chilled water pipe sizing by working through practice problems.
Show steps
  • Find pipe sizing calculation examples.
  • Solve pipe sizing problems using different methods.
  • Verify your calculations with online tools.
Develop a Revit MEP Family
Deepen your understanding of Revit MEP by creating a custom family for a specific HVAC component, such as a chiller or pump.
Show steps
  • Choose an HVAC component to model.
  • Gather the necessary dimensions and specifications.
  • Create the family in Revit MEP.
  • Test the family in a project environment.
Design a Simplified HVAC Plant Room
Apply the course knowledge by designing a simplified HVAC plant room in Revit MEP, focusing on core components and connections.
Show steps
  • Define the scope of the plant room design.
  • Model the main HVAC equipment in Revit.
  • Connect the equipment with piping and valves.
  • Document the design with drawings and schedules.
Revit MEP: An Advanced Guide
Study an advanced guide to Revit MEP to learn more about advanced techniques and workflows.
Show steps
  • Browse the table of contents.
  • Read chapters on advanced Revit MEP topics.
  • Try out the techniques described in the book.

Career center

Learners who complete Step by Step Design of 950TR HVAC Plant Room in Revit MEP will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Step by Step Design of 950TR HVAC Plant Room in Revit MEP.
This ASHRAE handbook comprehensive reference for HVAC systems and equipment, covering a wide range of topics relevant to the course. It provides detailed information on system design, equipment selection, and best practices. While it's a large and detailed resource, it's invaluable for understanding the technical aspects of HVAC systems. is best used as a reference for specific topics or equipment.
Comprehensive guide to Revit MEP, covering all aspects of the software from basic modeling to advanced techniques. It aligns perfectly with the course's focus on Revit MEP modeling for HVAC systems, providing step-by-step instructions and real-world examples. It can be used as a reference for best practices in Revit MEP and to deepen the understanding of the software's capabilities. This book is particularly useful for learners who want to master Revit MEP for HVAC design.

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