Revit Training Institute | Course, Classes & Certification

Revit

About Revit Course

Revit is a Building Information Modeling (BIM) software developed by Autodesk. BIM is a digital representation of the physical and functional characteristics of a building or infrastructure, which helps architects, engineers, and construction professionals design, build, and manage projects more efficiently.

Revit is a powerful BIM software that plays a crucial role in the design, construction, and management of building projects. It enables professionals to create detailed 3D models, collaborate effectively, analyze designs, and produce comprehensive construction documentation, ultimately leading to more efficient and cost-effective building processes.

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Why Choose Us

From Fundamentals to Advanced: SKYSYS Engineering cover AutoCAD from the ground up, starting with the basics and gradually progressing to advanced topics. No matter your current skill level, you’ll find value in this course.
Hands-On Experience: SKYSYS Engineering believe in learning by doing. Throughout the course, you’ll work on hands-on projects and exercises to reinforce your understanding of React.js concepts. Expect to build real-world applications.
Interactive Learning: SKYSYS Engineering training sessions are highly interactive, allowing you to engage with instructors and fellow students. You’ll have opportunities to ask questions, seek clarification, and collaborate on projects.
Project Portfolio: By the end of the course, you’ll have a portfolio of React.js projects to showcase to potential employers. These projects will demonstrate your expertise and problem-solving abilities.
Flexibility: SKYSYS Engineering understand that life can be busy, so we offer flexible training options. Choose from in-person classes, live online sessions, or self-paced modules to fit your schedule and learning style.
Small Class Sizes: SKYSYS Engineering maintain small class sizes to provide personalized attention to each student. This fosters a supportive learning environment where your questions are always welcome.
Career Guidance: We’re not just focused on teaching; we’re invested in your success. Our career guidance and job placement assistance help you transition into a rewarding career in design or engineering.

Revit Course Content

REVIT MEP

DAY : 1

 Introduction of CAD
DESK
 Introduction To This
Course
 The MEP Interface
 The REVIT Interface
 Customizing The
Interface
 Keyboard Shortcut
 Using The Included
Working Files
 Working With Views

DAY : 2

 File Concepts – Project
Files And Templates
 File Concepts – Family
Files And Templates
 File Concepts – System
Families
 File Concepts – In-Place
Families

DAY : 3

 Opening A Revit MEP
Project
 Viewing The Model – 2D
 Viewing The Model – 3D
 Systems Tab – HVAC
And Mechanical
 Systems Tab – Plumbing
And Piping
 Systems Tab – Electrical

DAY : 4

BASIC EDITING TOOLS
 Selecting Elements
 Using Filter
 Use Of The TAB Key
 Moving And Copying
 Copy And Paste
 Rotating
 Mirror
 Linear Arrays
 Radial Arrays

DAY : 5

 Extend And Trim
 The Align tool
 Offset
 Re-Hosting Element
 Groups – Model
 Groups – Detail

 Groups – Detail Using
Components
 Starting An MEP
Project

DAY : 6

NEW MEP PROJECT
 Linking an Architects
Revit File
 Copy – Monitor Levels
And Grids
 Copy – Monitor MEP
Fixtures
 Initial Plan Views
 Coordination Review
 Project Information

DAY : 7

 Saving – Standalone
 Saving – Worksharing
Enabled
 Linking CAD Files
 Linked CAD Files –
Wireframe Approach
 Linked CAD Files –
Elevations
 Linked CAD Files –
Floor Plans

DAY : 8

VIEWS
 Controlling Visibility
 Initial Plan Views
 View Duplication
 Elevations
 Sections
 Creating Callouts

DAY : 9

 Ceiling Plans
 View Templates
 Matchlines
 Section Box
 Scope Box

DAY : 10

FAMILY CREATION
 Basic Family Creation –
Template
 Basic Family Creation –
Planning
 Basic Family Creation –
Modeling
 Basic Family Creation –
Type
 Basic Family Creation –
Connectors
 Basic Family Creation
Tags

DAY : 11

SPACES AND ZONES
 Room Bounding objects
 Creating Spaces
 Space Separation
Boundaries
 Modifying Spaces
 Space Tags
 Area And Volume
Calculations
 Creating Zones
 Color Schemes

DAY : 12

SYSTEMS
 The System Browser
 Graphic Overrides
 Checking Systems
 System Inspector
 Duct Sizing

DAY : 13

MECHANICAL DESIGN
 Starting with templates
 Preparing Mechanical
Design
 Room Color fills
 Creating Zoning
 Adding HVAC Equipments

DAY : 14

 Sizing Ductwork
Systems

 Annotating the
Mechanical System
 Mechanical Piping
System
 Pipe Fittings
 Filters

DAY : 15

 Adding Mechanical
Equipment
 Adding Placeholder
Pipes
 Adding Pipes
 Parallel Pipes
 Modifying Pipes
 Sloping Pipes

DAY : 16

 Adding And Modifying
Fittings
 Mechanical Systems –
Hydronic
 Generating Pipe
Layouts

DAY : 17

ELECTRICAL DESIGN
 Electrical Settings
 Electrical Components –
Lighting Fixtures
 Electrical Components –
Electrical Equipment
 Electrical Components –
Electrical Devices

DAY : 18

 Creating Power Circuits
 Creating Lighting
Circuits
 Creating Switch
Systems

DAY : 19

 Cable Tray
 Conduit
 Load checking
equipments
 Annotating electrical
 views
 Schedules

DAY : 20-21

PUMPING DESIGN
 Creating Plumbing
views
 Plumbing Setting
 Creating layout
 Creating Fixture, Pipe
Schedules etc.
 Annotating the
plumbing System

DAY : 22-24

 Mechanical Settings –
Pipes
 Piping Systems
 Adding Plumbing
Fixtures
 Placeholder Pipes
 Pipes
 Parallel Pipes
 Modifying Plumbing
Fixtures
 Piping Systems
 Generating Pipe
Layouts

DAY : 25

PRESENTATIONS
 Custom Materials
 Custom Lighting
 Exporting Images
 Walkthroughs

DAY : 26-27

Drafting and Detailing
 Line Style
 Regions
 Detail Component
 CAD Details

DAY : 28

 Drafting Views
 Detail Library
 Detail Views

DAY : 29-30

Sheet Setting
 Title Block Creation
 Sheet Creation
 Placing Views in a Sheet
 Sheet Revisions

DAY : 31-35

PROJECT

Revit Architecture

DAY : 1

 Introduction
 Overview`
 Project
Templates
 Tool Palettes
 Default
Project
Template
 Exploring the
User
Interface
 Starting a
Project

DAY : 2

 Project Units
 Dimensions
 Levels
 Modifying
level &
editing
 Create Grids,
Editing grid

DAY : 3

Walls
 Wall
Properties
 Wall Shapes
& Draw panel
 Profile edit
 Wall Joins
 Working with
Grids
 Drawing a
plan

DAY : 4

4 Modify Commands
 Move, Copy,
Paste,
 Create Similar
, Rotate ,
Mirror,
 Array , Scale ,
Scale , Trim /
Extend
 Offset ,
Align, Split,
Split Face

DAY : 5

Doors
o Placing
Doors
o Door
Properties
o Load From
Family
 Windows
o Placing
Windows
o Window
Properties

DAY : 6

Component
 Loading
Component
 Placing
Components
 Modifying
Properties
 Visibility
Graphics

DAY : 7

Managing Views
 Floor Plan
View
 Elevation
View
 Section View
 3D Views,
Section box

DAY : 8

Annotation command
 Dimensions
 Text
 Model Text
 Model line

DAY : 9

Floors
 Creating
Floors
 Sloped Floor
by slope
arrow
 Floor
Properties
 Editing
Material in
Floor

DAY : 10

Roofs
 Roof by
Footprint
 Roof by
Extrusion
 Roof by
Soffit, Fascia ,
Gutter
 Editing
Material in
Roof
 Join/unjoin
roofs

DAY : 11

Openings
 Vertical
Opening
 Shaft
opening
 Multiple floor
Shaft
opening
 Dormer
opening
 Wall opening
 Opening By
Face

DAY : 12

Ceiling
 Create Ceiling
 Edit Ceiling
Lighting
 External
Lighting
 Internal
Lighting

DAY : 13

Curtain Walls
 Creating
Curtain Walls
 Curtain Grids
 Mullions
 Reshaping
Curtain Wall
Panels
 Adding
Curtain Door
Panel

DAY : 14

Stairs
 Creating
Stairs
 Modifying
Stairs
 Stair
Properties
Ramp
 Create Ramp
Railing
 Editing
Railing

DAY : 15

Ramp
 Create Ramp
 Editing Ramp
Insert Tab
 Decal
 Create Decal
and Setup
Decal
 Insert CAD
File
 Load Family

DAY : 16

Rooms
 Room Plans
 Room
Separation
Area
 Area
Boundaries
 Area Tags
 Colour fill
legend
 Keynotes

DAY : 17

Schedule
 Door
schedule
 Window
Schedule
Material Takeoff
 Wall material
takeoff

DAY : 18

Detailing
 Callout views
 Duplicate
View
 Creating
Details
 Repeating Detail
 Drafting
Views

DAY : 19

Massing
 Introduction
Mass Family
 Creating In-Place Masses
using Forms
Walls by Face
Floor by Face
Roof by Face
 Modifying
Forms

DAY : 20

Sheet
 Adding a
Sheet
 Adding Views
to a Sheet
 Modifying a
View on a
Sheet
 Creating a
Title Sheet
 Printing
Setup

DAY : 21

Visibility & Graphics
 Rendering
 Camera
 Walkthrough
 Export Image
and
walkthrough

DAY : 22

Site Design
 Creating
Topo surface
 Modifying
Topo surface
 Sub region
 Building Pads
 Parking
Components
 Site
Components

DAY : 23

Legend
 Create
Legend
 Use Detail
Line
 Line Styles
and Line
Weights
 Line Patterns
 Groups

DAY : 24

In-Place Families
 Setting Work
Planes
 Creating and
Modifying
 In-Place
Families

DAY : 25

Family Creation
 Introduction
Family
Creation
 Creating a
Door Family

DAY : 26-27

Introduction New
Conceptual mass
 Setup View
plan
 Draw Shapes
 Modify
shapes

DAY : 28-30

Short Reminder of All
commands
 Symbols,
Materials

DAY : 31-35

PROJECT WORK

Revit structure

DAY : 1

 Introduction
 Overview
 Project Templates
 Tool Palettes
 Default Project Template
 Exploring the User Interface
 Starting a Project

DAY : 2

 Project Units
 Dimensions
 Levels
 Modifying level & editing
 Create Grids, Editing grid

DAY : 3

Walls
 Wall Properties
 Wall Shapes & Draw panel
 Profile edit
 Wall Joins
 Working with Grids
 Drawing a plan

DAY : 4

4 Modify Commands
 Move, Copy, Paste,
 Create Similar , Rotate , Mirror,
 Array , Scale , Scale , Trim / Extend
 Offset , Align, Split, Split Face

DAY : 5

Column
 Introduced to concrete & steel column
 Modeling steel column
 Modeling concrete column
 Placing column at grids
 Rotate after placement

DAY : 6

Foundation
 Introduction of foundation
 Introduction Isolated footing
 Introduced to & Wall foundation
 Placing footing at grid

DAY : 7

Beam
 Introduced to concrete & steel beams
 Concrete arc beam
 Draw beam using chain option
 Draw beams using grids

DAY : 8

Annotation command
 Dimensions
 Text
 Model Text
 Model line

DAY : 9

Floors
 Introduction to floor
 Introduction to type of floors
 Inserting different type of layers in floor

 Type properties of floor
 Edit floor property
 Create duplicate floor

DAY : 10

Slab
 Introduced to slab
 Draw a slab using boundary line
 Type properties of slab
 Edit slab property
 Create duplicate slab

DAY : 11

Openings
 Vertical Opening
 Shaft opening
 Multiple floor Shaft opening
 Wall opening
 Opening By Face

DAY : 12

Component
 Loading Component
 Placing Components
 Modifying Properties
 Visibility Graphics

DAY : 13

Reinforcement
 Introduced to reinforcement
 Reinforcement in column & beam
 Wall reinforcement
 Stirrup reinforcement
 Introduction to cover & editing cover

DAY : 14

Column Rebar Detailing
 Column Rebar
 Column Covering
 Beam Rebar
 Beam covering

DAY : 15

TRUSS
 Introduce to steel frame structure
 How to create truss
 Introduce to Brace
 Create Bracing in truss
 Introduced to Beam System

DAY : 16

Insert Tab
 Decal
 Create Decal and Setup Decal
 Insert CAD File
 Load Family

DAY : 17

Schedule
 Beam schedule
 Column Schedule
Material Takeoff
 Wall material takeoff

DAY : 18

Detailing
 Callout views

 Duplicate View
 Creating Details
 Repeating Detail
 Drafting Views

DAY : 19

Symbols
 Exercise related above tools
 Field Region
 Revision Cloud

DAY : 20

Sheet
 Adding a Sheet
 Adding Views to a Sheet
 Modifying a View on a Sheet
 Creating a Title Sheet
 Printing Setup

DAY : 21

Visibility & Graphics
 Rendering
 Camera
 Walkthrough
 Export Image and walkthrough

DAY : 22

 Fabric Reinforcement
 Match Line
 Scope Box
 Drafting Spot Dimension

DAY : 23

Legend
 Create Legend
 Use Detail Line
 Line Styles and Line Weights
 Line Patterns
 Groups

DAY : 24

In-Place Families
 Setting Work Planes
 Creating and Modifying
 In-Place Families

DAY : 25-26

Family Creation
 Introduction Architecture Template
 Creating Column & Beam

DAY : 27-30

Short Reminder of All commands& doubts and discussion

DAY : 31-35

PROJECT WORK

Career Opportunities

Revit is a Building Information Modeling (BIM) software developed by Autodesk that is widely used in the architecture, engineering, and construction (AEC) industries. As a result, there are various career opportunities available for individuals with expertise in Revit.

Architect

Revit is widely used in architectural firms for designing and modeling buildings. Architects use Revit to create detailed 3D models, produce construction drawings, and collaborate with other professionals on building projects.

Structural Engineer

Structural engineers use Revit to design and analyze structural systems for buildings and infrastructure projects. They create structural models and ensure that the building can withstand various loads and forces.

Construction Manager

Construction managers use Revit to review construction documents, coordinate with design teams, and plan construction activities. They benefit from 3D models to visualize the project and resolve issues before construction begins.