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We are good in Revit Mep training

CCUBE TECHNOLOGY providing Courses are designed after a deep research with industry experts, Placement Officers, Technical Heads. These courses are designed and made as per industry standards and are planned with such a way that the job seekers or students must get a job after successful completion of the training course. These training courses are full of hands-on project practicals, personality development and resume writing sessions, mock tests, exams, interviews.

Checkout some our placements training

Revit MEP is a single software application that aids a BIM (Building Information Modeling) workflow from theory to construction. It was created by Autodesk for professionals who engage in MEP (mechanical, electrical, and plumbing) engineering. Revit is a parametric building modeler which is able to leverage dynamic information in intelligent models — allowing complex building systems to be a precisely designed and verified in less amount of time. It allows users to draw a building, structure and its constituents in 3d, note the model with 2D drafting elements, and access building information from the building model's database.

  • To improve the quality of design.
  • To increase the productivity of the engineer.
  • To create a table/database for manufacturing.
  • To improve communication & interpretation through documentation

The main objective of the Training is to equip students with not just technical training but also much-needed career assistance. With its placement support, C Cube Technologies assists students in getting placed in top MNCs.

  • Autodesk REVIT MEP is a structure data displaying (BIM) programming that gives mechanical, designing, and plumbing specialists the best devices for planning complex frameworks. The main adaptation of , and . for hire to create itemized and composed Revit 3D model. programming is generally give start to finish Demonstrating administrations, make smart complex central air frameworks structure.shrewd completely mirrors whole structure Switching applied plans over completely to nitty gritty plan: As opposed to beginning without any preparation, it's more straightforward to utilize single-line drawings in Revit by changing them over completely to thorough plan. Revit MEP of nonexclusive Revit gear, of savvy parts.different speedy straightforward. Introductory conflict evasion with Navisworks: By teaming up with Navisworks, MEP experts perform careful conflict appraisal detailing, keeping away expensive improve nearby.

  • Plan data remembered for project components: Components are utilized in BIM Revit smart parametric demonstrating to connect with various task components. For instance, pipe runs, speed, size, and strain drops can be generally checked. Decreased RFIs while working with project partners utilizing Revit MEP administrations: The plan model straightforwardly connected your undertaking while at same time project partners Revit MEP administrations. model without conveying a ton of RFIs, which sets aside you time and cash. Yield in a normalized 2D dwg document design, which is expected on many undertakings. It's easy to work with in Revit on the off chance that the essential deliverable isn't a Revit model and should be in an AutoCAD dwg design. It can incorporate highlights that are planned to your own layering principles, permitting you to smooth out and normalize your work process. Programmed view refreshes while making configuration changes: When a plan adjustment is made, it is reflected in different model perspectives on MEP drawings or a timetable. Utilizing customary 2D AutoCAD, notwithstanding, it becomes difficult to acquire.

    Working with Schedules and Tags

  • Create and Modify Schedule Views
  • Editing the Model
  • Working with Tags
  • Room and Room Tags
  • Querying Data
  • Add a Color Scheme
  • Working with Area Plans

    Ceiling Plans and Interior Elevations

  • Creating Ceiling Elements
  • Creating Interior Elevations
  • Printing, Publishing, and Exporting
  • Print Setup
  • Printer Driver Configuration
  • Troubleshooting Printing
  • Publish to Buzzsaw
  • Export to CAD
  • Export a DWF File
  • Publishing Tools

    Create the Building Model

  • Revit Architecture Quick Start
  • Create a Small Building
  • Working in Other Views
  • Edit in Any View
  • Round Out the Project
  • Preparing Output

    Creating a Building Layout

  • Working with Walls
  • Working with Doors and Windows
  • Viewing the Model in 3D

    Setting Up Project Levels and Views

  • Working with Levels
  • Rough Out the Building Form
  • Working with Elevation Views
  • Creating Section Views
  • Schedule Views
  • Sheet Views
  • Drafting Views

    Column Grids and Structural Layout

  • Working with Grids & Columns
  • Adding Core Walls
  • Adding Floors
  • Creating Structural Framing

    Vertical Circulation

  • Stairs and Railings
  • Commercial Core Layout
  • Floors, Landings, and Shafts
  • Ramps and Elevators

    Floors and Roofs

  • Creating Roofs
  • Editing Roofs
  • Creating Floors
  • Commercial Project Roof

    Working with Families

  • Kinds of Families
  • Family Libraries
  • Family Strategies
  • Accessing Families in a Project
  • Accessing Libraries
  • Edit and Create Family Types
  • Customizing Families
  • Building Custom Families
  • Building Parametric Families

    Worksharing

  • Linking and Importing
  • Coordination Monitor and Interference Check
  • Understanding Worksets
  • Enabling Worksharing

    REVIT MEP Syllabus

  • Introduction and Methodology
  • Conceptual Underpinnings of Revit MEP
  • Building Information Modeling
  • Revit MEP Key Concepts
  • Exploring an Existing Project
  • User Interface
  • Unit Conventions
  • Understanding the User Interface
  • Right-Clicking
  • Navigating in Views
  • Selection Methods
  • The Almighty Tab Key
  • Settings

    Create the Building Model

  • Basic Project Setup
  • Preparing the Architectural Model
  • Purging the Architectural Model
  • Creating a New Project
  • Linked Project Settings
  • Copying Titleblocks
  • Load a Titleblock Family and Create Sheets
  • Wrapping Up a Project Setup
  • Energy Analysis
  • Understanding the Workflow
  • Managing the "I" in BIM
  • The Importance of Project Collaboration
  • Space Elements
  • Zones
  • Energy Analysis

    Mechanical Systems

  • Mechanical Settings
  • Creating a Ceiling Plan View for Coordination
  • Placing Air Terminal Devices
  • Placing Mechanical Equipment
  • Ductwork
  • Additional Ductwork Tools

    Piping Systems

  • Plumbing and Pipe Settings
  • Boiler Room Piping - Semi-Automatic Approach
  • Boiler Room Piping - Manual Approach

    Electrical Systems

  • Placing Electrical Equipment
  • Circuiting Equipment
  • Checking Connections in System Browser
  • Create the Main Service Entrance
  • Copy Equipment to a Level
  • Create Lighting Views
  • Modifying Light Fixture Types
  • Lighting Switches
  • Switch Systems
  • Electrical Fixtures
  • Circuit the Receptacles
  • Wire Tags
  • Define a Special Purpose Receptacle
  • Distribution Systems
  • Conduit
  • Circuiting Mechanical Equipment
  • Other Device Types
  • Cable Tray
  • Lighting Fixture Annotations
  • Panel Schedules
  • Modify a Panel Schedule Template
  • Create an Electrical Equipment Schedule
  • Electrical Distribution Basics
  • Load Classifications and Demand Factors
  • Electrical Settings

    Construction Documents and Coordination

  • Detailing and Annotation
  • Detailing in Revit
  • Annotation
  • Drafted Details
  • Working with Legacy Details
  • Additional Detailing Techniques

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