Revit Mep - Bim Projects

Learn to design plumbing, mechanical and electrical systems quickly and easily.

What you'll learn
Master family placement and editing for Plumbing Fixtures and Mechanical Equipment
Create piping systems
Create piping systems
Create air conditioning system
Perform thermal analysis for buildings
Create electrical systems
Create quantity and verification tables
Generate pipeline reports
Produce and export plans
Requirements
Pre-handling of CAD software
Previous work with basic Revit Architecture (Recommended - Not required)
Description
Draw, design and document your systems projects with Revit MEP.Enter the field of design with BIM (Building Information Modeling)Master the powerful drawing toolsConfigure your own pipesAutomatically calculate diametersDesign mechanical air conditioning systemsCreate and document your electrical networksGenerate useful and professional reportsPresent your results with quality plans in half the time.#AulaGEO With this course you will learn how to take advantage of these tools so that the process of designing building systems is faster, more efficient and of higher quality.A new way to manage your projectsRevit software is the world leader in building design using BIM (Building Information Modeling), allowing professionals not only to generate plans but to coordinate the entire building model including design features. Revit MEP is designed to include building facility design tools.When you assign MEP elements to a project, you can:Automatically generate the pipe networkPerform pressure loss and static pressure calculationsSize pipesImprove analysis in the thermal design of buildingsQuickly create and document your home electrical networksImprove your performance when working on a MEP modelCourse orientationWe will follow the logical order in which you would develop a personal project. Instead of considering each theoretical aspect of the program, we will focus on following the workflow that best suits a real case and we will give you some tips to get the best results.You will get prepared files that will allow you to follow the progress of the course from where you consider most necessary, guiding you so that you can use the tools yourself while you watch the classes.The course content is regularly updated to include important updates or points that can help you improve your learning and you will have access to them in real time so that you can continually improve your skills.

Overview

Section 1: Introducción

Lecture 1 Introduction

Lecture 2 Instalation

Lecture 3 What is BIM

Lecture 4 What is MEP

Lecture 5 Installing libraries

Section 2: Exploring the user interface

Lecture 6 The Ribbon

Lecture 7 User interface features

Section 3: Revit MEP for plumbing

Lecture 8 Work flow

Lecture 9 Importing architecture

Lecture 10 Placing sanitary pieces

Lecture 11 Placing equipment

Lecture 12 Create and edit piping systems

Lecture 13 Using the pipe tool

Lecture 14 Configuring the joints

Lecture 15 Segments and pipe sizes

Lecture 16 Pipe tool details

Lecture 17 Drawing with piping systems

Lecture 18 How to use the layout tool

Lecture 19 Wastewater networks

Section 4: Settings and preferences

Lecture 20 Other properties of piping systems

Lecture 21 Diameter calculation

Lecture 22 Custom templates

Section 5: Results and quantities

Lecture 23 Creating a quantity table

Lecture 24 Verification tables

Lecture 25 Exporting to Excel

Lecture 26 Generating a pipeline report

Section 6: Revit MEP for mechanical design

Lecture 27 Creating spaces

Lecture 28 Space Properties

Lecture 29 Creating zones

Lecture 30 Building construction properties

Lecture 31 Thermal load analysis

Lecture 32 Thermal analysis report

Lecture 33 Placing equipment

Lecture 34 Placing terminals

Lecture 35 Placing ductwork

Lecture 36 Calculating the size of the ductwork

Section 7: Revit MEP for electrical design

Lecture 37 Electrical Configurations

Lecture 38 Equipment placement

Lecture 39 Device Placement

Lecture 40 Cabling

Lecture 41 Dashboard View

Section 8: Results presentation

Lecture 42 Annotations and dimensioning

Lecture 43 Create a plan sheet

Lecture 44 Views in isometry

Lecture 45 Export to Autocad

Section 9: Working as a team

Lecture 46 Multidisciplinary coordination

Lecture 47 Importing from AutoCAD

Section 10: Farewell

Lecture 48 Whats Next

Architects, engineers and designers