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Revolutionize Building Systems with Revit Mechanical

Take control of mechanical systems design with our Revit Mechanical course. Learn to create efficient HVAC, plumbing, and piping systems that integrate seamlessly into your BIM models. Our training ensures you understand the critical aspects of mechanical design while leveraging Revit’s capabilities to produce detailed and coordinated models. Equip yourself with the skills that are in high demand in the construction industry, and become a sought-after professional in mechanical design.

What You Will Learn from Revit Mechanical

Introduction to BIM: Gain a solid understanding of Building Information Modeling (BIM) principles.
Proficiency in Revit: Develop the ability to work effectively in Revit, creating coordinated models and detailed documents.
Building Life Cycle Management: Understand the full lifecycle of a building, from design to demolition.
Mechanical Elements Mastery: Professionally design and manage architectural elements within Revit.
Construction Scheduling: Learn to prepare and format schedules for construction elements efficiently.
Common Data Environment (CDE): Work within a Common Data Environment for seamless collaboration.
Interdisciplinary Coordination: Coordinate effectively with other disciplines to ensure project alignment.
Adherence to Senior Engineers' Guidance: Follow instructions from senior engineers to develop accurate Revit documentation.
Clash Detection and Resolution: Use Navisworks to develop clash-free models.
Realistic 3D Visualization: Create realistic 3D images by applying materials to your models.

Who is Eligible?

1. Fresh Diploma or BE Mechanical Graduates Interested in BIM and Design Office Roles

Recent graduates with a Diploma or a Bachelor's degree in Civil Engineering who are eager to pursue careers in Building Information Modeling (BIM) and design office environments.

2. Civil Contractors or Engineers Executing Projects

Professionals currently working as civil contractors or engineers who are directly involved in the execution of construction projects and are looking to enhance their skills in BIM.

3. Experienced Professionals Ready to Transition to BIM Design Offices

Experienced professionals who are currently working in the construction or engineering fields and are interested in transitioning to a BIM-focused design office role.

4. Managers Interested in Understanding BIM

Project managers or other managerial-level professionals who are keen to gain a deeper understanding of BIM processes to improve project coordination and efficiency.

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Frequently Asked Questions

We will provide 100% support in helping you secure a job, provided you complete a minimum of 120 hours of practice and successfully finish 2 projects. Basic proficiency in English communication is also required.

Some engineers have reported difficulties because they did not follow the instructions and guidelines provided during the course.

No refunds are provided if you choose to discontinue the training.

We offer 10 hours of demo classes for engineers to help them make an informed decision about enrolling in the course.

The fee ranges from 20k for fresh graduates to 25k for professionals. A group discount of 5k is available if you enroll as part of a group.

You will receive 10% of the fee for every friend you refer who enrolls in the course.

Placement

Job Opportunities

BIM (Building Information Modeling) Engineer

Role: As a BIM Engineer, you'll use Revit to create and manage digital models of mechanical systems within a building project. This includes HVAC (Heating, Ventilation, and Air Conditioning), plumbing, and fire protection systems.

Companies: Engineering consultancies, construction firms, and design companies often look for fresh graduates with Revit skills.

Location: Bangalore has a growing number of BIM-focused firms, offering roles in this area.

Mechanical Design Engineer

Role: In this role, you would be responsible for designing mechanical systems using Revit. This includes creating 3D models and detailed drawings for manufacturing and construction.

Industries: Manufacturing, HVAC, and building services companies.

Growth: With Revit knowledge, you could quickly move into more specialized areas like MEP (Mechanical, Electrical, Plumbing) design.

Revit Modeler (Mechanical)

Role: As a Revit Modeler, you would be focused on creating detailed mechanical models, coordinating with architects, and ensuring that mechanical systems fit seamlessly within the overall building design.

Job Environment: This role typically exists within design studios, architectural firms, and large construction companies.

MEP (Mechanical, Electrical, Plumbing) Draftsman

Role: You'll draft and design MEP systems using Revit, ensuring accurate integration of mechanical systems with other disciplines.

Industries: Construction and MEP contracting firms.

Skills Enhancement: This role often serves as a stepping stone to more advanced design or engineering roles.

Junior HVAC Engineer

Role: As a Junior HVAC Engineer, you would design and analyze HVAC systems within Revit, ensuring energy efficiency and comfort in building environments.

Opportunities: The demand for energy-efficient buildings is growing, creating opportunities in green building projects.

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Detailed Syllabus

Introduction to BIM
Create a project file from template
Understanding of user interface
Create a simple room with four walls
Place floor, roof for room
Place door and windows
Create section and elevation views
Place all views in defaults sheet
Make changes in door positions
Delete few doors and see change in schedule and views

Change scales and duplicate views
Duplicate of views
Detail view creation
Visual style view creation
Place Section views
Place Elevation views
Using view cube create different views
Understand Navigation panel
Use Section box for creating view
Hide and Unhide elements
Temporary hide elements
Shortcuts in Revit

Create Duplicate Views
Duplicate view as dependent
Create Match line
Add Reference to views
Create Call out view
Place in Sheets
View Crop Properties
Visual graphics
Filters in view
View range
Plan region view
Scope box properties
Modifying view controls
Discipline
Under Lay of View
Selection of Objects
Hide and Unhide Elements

Create Mechanical/Electrical file From template
Link Arch Model
Use different options for linking
Copy monitor levels and grids
Room bounding Option
Understand Phase in Linking
Tag Room Names
Create Master Elevation and Plan Views
Understand Co-ordination Review
Link Unload/Reload
Reload From Option

Place Ducts
Place Mechanical Equipment
Change Different type of Ducts
Add Air terminals
Add Flex Ducts
Connect duct with equipment
Change the equipment size as mentioned
Width,Height and Offset of Duct
Justification in ducts
Bottom of duct and offset
Draw ducts in section view
Check the disconnections in ducting
Use Different type of Ducts

Setup the routing preference of duct in edit type
Add air terminals(supply and return)
Adding and Modifying Fittings
Place duct accessories
Work with duct fitting control
Create Legend of Duct Properties
Mechanical Settings
Filter for Mechanical System
Schedule for Mechanical System
LOD 400 Connections
Different Duct Fittings
Change Duct Offset and Routing

Place Pipes
Place Plumbing Equipment
Place Pipe Fittings and Pipe Accessories
Connect with Equipment
Pipe Instance properties
Pipe Type Properties
Placing Slope in Pipes
Changing Diameter and offset in Pipes
Tag by category,Room tag and tag all
Spot elevation/Spot Co-ordinate/Spot Slope
Place text,justification,find and replace
Leaders

Create Fire Pipe
Add Sprinklers
Connect Sprinklers with Pipe
Modifying Sprinklers type
Sprinkler Type Properties
Sprinkler instance Properties
Change Sprinkler Height
Give sprinkler offset
Duplicate Fire System
Check Fire Layout System Browser
Checking Systems for Disconnection
Adding Connectors and modifying connectors

Paint Element
Rotate, Move& Scale Elements
Polar and Rectangular Array Elements
Align,Split,Joint Elements
Mange Selection of elements
Viewing Elements in Linked Files
Selection set of Elements
Select and Un-Select Elements in Link
Use of Create similar
Clip board Options Paste from clipboard, align to selected levels, align to selected views

Tag by category,Room tag and tag all
Spot elevation/Spot Co-ordinate/Spot Slope
Place text,justification,find and replace
Leaders
Dimension Linear/Radial/DiameterElements
Detail line /Regions
Revision Cloud
Key notes
Title block edit
Symbols
Custom Title Book

Create Worksets
Create Central File
Backup of Central File
History of Central File
Copy monitor Elements
Co-ordination Review
Worksets assign to Elements
Clash Detection With in File
Clash Detection With, Linked Elements
Save Views with Worksets
Worksets options

Insert AutoCAD File
Insert Revit File
Understand Options of insert Revit
Add images in project
Manage Link Files
Manage Decal

Topics
Transfer properties from other files
Object Styles
Line Style/Fill pattern Create and Manage
Project Information and Parameters
Shared Parameters
Project Location and Properties
Element ID and Search
Warnings in Model
Macros in Revit
Units, Snap in Model
Project Parameters
Material

Insert AutoCAD File
Insert Revit File
Understand Options of insert Revit
Add images in project
Manage Link Files
Manage Decal
Insert views from other Revit files
Insert 2D Elements from other files

Duct Systems and Mechanical Settings

System Browser
Graphic Overrides
Checking Systems
System Inspector
Duct Sizing

Create Schedules

Add Filed in Schedule
Use Sorting and Grouping in schedule
Use Filter in Schedule
Format Field in schedule
Calculate Totals
Format header and schedule lines/Fonts
Phases in Schedule
Schedule from Linked file

Loading of Families
View Families in Project browser
Types of Families
Editing annotation family
Create model in place family
Elements of Family
Family Category and Parameters
List of websites providing Revit families
Modelling in Family using Extrusion Blend,Resolve, Sweep
Void in Family
Visibility in Family
Reference plane and assigning Parameters
Create Symbolic lines Family

Align grid
Guide grid
Consistence in line styles
Using view templates
Printing options
Saving print sets
Margins in Sheets
Title on Sheet Value
View List
Sheet List

View elements according to Host
View elements according to link
View elements according to custom
Worksets for viewing model
Using Filters List in View
Using View Template and Assign
Managing Starting View
Project Browser Management
Title on Sheet View
Managing View Title Family

Single Floor Project With 7 Rooms of total 200 Square meter
Project Should have all Family name and View names
Warning Should be minimum
All the Sheet view should be places in Sheet
Create Schedule for Wall , Door and Window with Count
Project Information to be filled
All the Floor plan should be dimensioned and tagging
Develop Four Elevations and Dimension them
Develop two Sections of the Building
Show 3D View for all the Rooms
Minimum 10 Sheets in the project

Download Syllabus
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