Revit MEP Electrical Masterclass- From Beginner to Advanced

Revit MEP Electrical Masterclass- From Beginner to Advanced, available at $49.99, has an average rating of 4.84, with 117 lectures, based on 42 reviews, and has 1951 subscribers.

You will learn about Defining various connections for cable trays and conduits based on standards Defining Service Types and suitable filters for various cable trays and conduits Placing various lights and electrical devices Modeling various family types such as switches, outlets, and electrical panels Familiarity with Lookup Tables in the family environment Adjusting the Project Browser window and changing its structure according to the project type Identifying and resolving various warnings and potential errors in drawing electrical items Identifying and resolving clashes between cable trays and conduits with other modeled items Accurate and practical quantification of all electrical items Tagging, sheeting, and preparing the necessary drawings from the electrical model This course is ideal for individuals who are BIM Modelers or Electrical Engineers or Mechanical Engineers or MEP Engineers or BIM Coordinators or BIM Managers or Engineers or Project Managers It is particularly useful for BIM Modelers or Electrical Engineers or Mechanical Engineers or MEP Engineers or BIM Coordinators or BIM Managers or Engineers or Project Managers.

Enroll now: Revit MEP Electrical Masterclass- From Beginner to Advanced

Summary

Title: Revit MEP Electrical Masterclass- From Beginner to Advanced

Price: $49.99

Average Rating: 4.84

Number of Lectures: 117

Number of Published Lectures: 117

Number of Curriculum Items: 117

Number of Published Curriculum Objects: 117

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Defining various connections for cable trays and conduits based on standards

Defining Service Types and suitable filters for various cable trays and conduits

Placing various lights and electrical devices

Modeling various family types such as switches, outlets, and electrical panels

Familiarity with Lookup Tables in the family environment

Adjusting the Project Browser window and changing its structure according to the project type

Identifying and resolving various warnings and potential errors in drawing electrical items

Identifying and resolving clashes between cable trays and conduits with other modeled items

Accurate and practical quantification of all electrical items

Tagging, sheeting, and preparing the necessary drawings from the electrical model

Who Should Attend

BIM Modelers

Electrical Engineers

Mechanical Engineers

MEP Engineers

BIM Coordinators

BIM Managers

Engineers

Project Managers

Target Audiences

BIM Modelers

Electrical Engineers

Mechanical Engineers

MEP Engineers

BIM Coordinators

BIM Managers

Engineers

Project Managers

Note : This course is being updated every week, with new sections being added regularly.

How does this course ensure thorough and practical training in electrical modeling to meet industry standards?

What hands-on learning opportunities does the project-based approach provide for mastering electrical modeling skills?

How does this course cater to a diverse audience and offer unique benefits to professionals from various disciplines?

This course is a comprehensiveand highly practical guide covering all the necessary topics for modeling, quantifying, and sheeting electrical items.

In this course, all technical aspects are covered according to standards in modeling.

This course is also very practical for mechanical, architectural, and structural engineers as all concepts are taught from the basics.

The course is project-based, and electrical item modeling is taught in two projects. The Project Browser window settings are customized for these projects.

Even parametric modeling of various families is taught in this course

Headlines:

Defining various connections for cable trays and conduits basedon standards

Defining Service Types and suitable filters for various cable trays and conduits

Placing various lights and electrical devices

Modeling various family types such as switches, outlets, and electrical panels

Familiarity with Lookup Tables in the family environment

Adjusting the Project Browser window and changing its structure according to the project type

Identifying and resolving various warnings and potential errors in drawing electrical items

Identifying and resolving clashes between cable trays and conduits with other modeled items

Accurate and practical quantification of all electrical items

Tagging, sheeting, and preparing the necessary drawings from the electrical model

After modeling, it is necessary to have practical exports from the 3D model. These outputs include quantification and executive drawings, which are fully taught in this course.

After completing this course, you will be a professional in electrical modelingand will be able to easily model all projects and prepare the necessary outputs

Please watch this course and feel free to ask me any questions you have while watching it. Additionally, during learningthis course, ask me questions so that I can guide you

Enroll now for being professional in BIM and MEP Electrical Modeling.

Course Curriculum

Chapter 1: Cable Tray: Initial Considerations

Lecture 1: Selecting the appropriate electrical template – Types of cable trays

Lecture 2: Initial considerations for drawing cable trays

Lecture 3: Differences between the types of cable

Lecture 4: Types of cable tray connections in Revit

Lecture 5: Types of cable tray connections in the Type Properties window

Lecture 6: Defining custom cable tray connections

Lecture 7: Differences between cable trays with fittings and without fittings

Lecture 8: Defining Bend Radius Multiplier

Chapter 2: Exercise File

Lecture 1: Exercise File

Chapter 3: Cable Tray: Project

Lecture 1: Performing initial setup

Lecture 2: Linking cable tray drawings

Lecture 3: Downloading bent cable tray

Lecture 4: Configuring connections, Service Type, dimensions

Lecture 5: Drawing cable trays

Lecture 6: Drawing Power cable trays

Lecture 7: Drawing Low Current cable trays

Lecture 8: Defining filters for cable trays

Lecture 9: Identifying cable tray clashes with mechanical items

Lecture 10: Identifying clashes using the Interference Check command

Chapter 4: Cable Tray: Office Project

Lecture 1: Initial Electrical File Settings

Lecture 2: Creating Floor Plans for Floors

Lecture 3: Linking Cable Tray Map

Lecture 4: Defining Connections Size and Height of Cable Tray Drawing Service Type

Lecture 5: Drawing Power Cable Tray on the Fourth Floor

Lecture 6: Drawing Low Current Cable Tray on the Fourth Floor

Lecture 7: Electrical and Mechanical Interference Check

Lecture 8: Resolving Electrical and Mechanical Interferences

Lecture 9: Identifying Interferences with Interference Check Command

Lecture 10: Repairing the Structure of View Section in the Project Browser Window

Lecture 11: Settings for Section and 3D in the Project Browser Window

Lecture 12: Drawing Cable Tray Riser

Lecture 13: Drawing Cable Tray on the Wall

Lecture 14: Drawing cable tray without fittings for the third floor

Chapter 5: Lighting fixture: Office Project

Lecture 1: View Settings

Lecture 2: Placement of Hosted Square Ceiling Light

Lecture 3: Using Copy and Array Commands for Light Placement

Lecture 4: Placement of Circular Lights and Their Types

Chapter 6: Lighting fixture: Parking Project

Lecture 1: View Structure Settings in Project Browser Window

Lecture 2: Linking Light Map

Lecture 3: Placement of Parking Lights

Lecture 4: Copying Lights Using Array Command

Lecture 5: Adjusting Height of Copied Lights

Lecture 6: Resolving Light Interferences

Lecture 7: Placement of Wall Lights

Chapter 7: Conduit: Initial Considerations

Lecture 1: Types of Conduit

Lecture 2: Types of Conduit Connections in Revit

Lecture 3: Difference Between Conduits With Fittings and Without Fittings

Lecture 4: Defining Filters for Conduits

Chapter 8: Conduit: Parking Project

Lecture 1: Creating Floor Plan and Filter for Conduit Systems

Lecture 2: Defining View Template

Lecture 3: Reading Maps and Linking Lighting Map

Lecture 4: Size and Material of Conduit

Lecture 5: Basic Tips for Drawing Lighting Conduit

Lecture 6: Changing Properties of Conduit Elbow Family in Lookup Table

Lecture 7: Completing the Modeling of Lighting Conduit

Lecture 8: Completing the Modeling of Lighting Conduit

Lecture 9: Placement of Lighting Device Family

Lecture 10: Downloading Lighting Device Family

Lecture 11: Modeling Surface-mounted Lighting Device Family

Chapter 9: Conduit: Modeling Electrical Panel Family

Lecture 1: Main Body

Lecture 2: Lights on the Panel Door

Lecture 3: Hazard Sign on the Panel Door

Lecture 4: Panel Door Handle

Lecture 5: Placing Connectors

Chapter 10: Conduit: Parking Project

Lecture 1: Connecting Lighting Conduits to the Electrical Panel

Lecture 2: Reading and Linking the Emergency Lighting Plan

Lecture 3: Placing Emergency Lighting Fixtures

Lecture 4: Drawing Emergency Lighting Conduits

Lecture 5: Placing Exit Lights

Lecture 6: Drawing Exit Light Conduits

Lecture 7: Reading and Linking the Outlet Plan

Lecture 8: family modeling of three-phase outlet

Lecture 9: Conduit outlet drawing

Lecture 10: map reading and linking to Fire Alarm map – family placement of Smoke Detector

Lecture 11: family placement of Heat Detector and Flame Detector

Lecture 12: types of Strobe, Speaker and Horn

Lecture 13: family modeling of Control Module and Monitoring Module

Lecture 14: family modeling of Control Module and Monitoring Module

Lecture 15: Fire Alarm Conduit Drawing

Lecture 16: Map Reading and Linking Weak Flow Map – Door Lock Family Placement

Lecture 17: Card Reader family placement

Lecture 18: Modeling and Family Placement Alarm Break Glass Exit Push Buttom

Lecture 19: examples of conduit modeling in residential projects

Chapter 11: Schedule; Cable Tray Quantity Takeoff

Lecture 1: Selecting Parameters for the Cable Tray Quantity Takeoff Table

Lecture 2: Sorting and Categorizing the Cable Tray Quantity Takeoff Table

Lecture 3: Changing Units and Applying Conditions in the Quantity Takeoff Table

Lecture 4: Difference Between Cable Tray Quantity Takeoff With Fittings and Without Fitting

Lecture 5: Quantity Takeoff for Cable Tray Fittings

Chapter 12: Schedule; Conduit Measurement

Instructors

Amir Karami ? BIM
BIM Manager, BIM Modeler, Revit, Architect, MEP Modeler

Rating Distribution

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3 stars: 1 votes

4 stars: 8 votes

5 stars: 33 votes

Frequently Asked Questions

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