BIM in AEC Technology using Revit

An in-depth training on Building Information Modeling (BIM) and how it is applied in Architecture, Engineering, and Construction (AEC) using Revit software...

• BIM in AEC Industry using Revit

  Get trained by industry experts in developing accurate 3D BIM models with the well-structured BIM certification course. You will gain a firm theoretical and fundamental understanding of the AEC industry and how the process of BIM works. Our career-building program will introduce you to industry-standard practices and equip you with a cutting-edge tool Revit.

  Overview

  • Provides students with a solid theoretical foundation in Building Information Modeling (BIM) processes within the AEC industry.
  • Equips students with practical skills in using Revit software to execute industry-relevant projects.
  • Focuses on Revit as a key tool for creating and managing digital models.
  • Features a specialized syllabus, hands-on projects, and challenges designed to help students apply their learning in meaningful ways.
  • Prepares students for real-world BIM applications by providing significant value through practical experience.

  Syllabus

  • Week 01 – Building Information Modeling (BIM) in Architecture, Engineering, and Construction (AEC) Industry
    • The Fundamentals of BIM
    • Uses and implementation of BIM
    • About different model authoring software
  • Week 02 – Introduction to Revit – Architectural Modelling
    • The basics of the interface
    • Basics of Revit architectural tools
    • Templates and coordinates
    • Grids and levels
    • How to manage materials and families
    • How to generate 3D views
  • Week 03 – Revit – Documentation and Layouts
    • Project browser organization
    • How to Add tags, annotations, and dimensions
    • Dimension-based model element edits
    • How to create draft and legend views
    • Disassembling and blow-outs
    • 2D linework and its detailed components
    • How to create sheets and layouts
    • How to create a walkthrough video
  • Week 04 – Revit – Model Based Estimation
    • The basics of Revit schedules
    • Multi-category and family-based schedules
    • Schedule keys
    • About calculated parameters
    • How to Navigate through schedule tools quantification and estimate using schedules
  • Week 05 – Revit – Structure
    • Editing structural families
    • Modelling structural elements like Column, Beam, slabs and foundations
    • Adding beam systems, reinforcements
    • Modelling of stairs, ramps and trusses
    • Structural detailing and documentation
  • Week 06 – Revit – Mechanical, Electrical, and Plumbing (MEP)
    • The basics of MEP systems
    • Heating, ventilation and air conditioning elements modelling
    • How to model plumbing and electrical elements
    • How to prepare MEP layout
  • Week 07 – Revit – Construction Modelling & CDE
    • Coordinates, project base and survey point
    • How to set geographical location
    • How to work with linked files and copy monitor
    • Managing visibility settings and project links
    • The Phase filters and graphic overrides
    • The basics of BIM 360
  • Week 08 – Revit – Working with families & Massing
    • Model-in-place components
    • Site elements and massing
    • How to create a basic profile family
    • In-place and advanced families
  • Week 09 – Revit – API Dynamo
    • The basics of visual scripting
    • How to manage nodes and scripts
    • How to manage Revit elements
    • How to model simple elements using Dynamo
    • Revit to excel & excel to Revit
• Drafting and Design Using Revit

  Learn how to develop stunning architectural designs with our expert-curated designing and drafting course. This mentor-led course will teach you the techniques of engineering drafting using a cutting-edge tool Revit. You will gain proficiency in developing 3D building models by working on projects.

  Overview

  With changing times, transformation from AutoCAD to Autodesk Revit as the primary design and modeling tool has witnessed a rise. While AutoCAD is predominantly a drafting tool used for generating 2D diagrams, Autodesk Revit has broader applications and can accommodate all the processes involved in designing a building. Autodesk Revit offers a platform for drafting, designing and 3D modeling structures. To give learners a comprehensive understanding of how the tool is used in the industry, Skill-Lync offers this course on Drafting and Design using Autodesk Revit.

  • By taking this course, learners will…
  • Get introduced to the Autodesk Revit interface.
  • Understand the process of drafting, designing, and modeling building structures.
  • Understand the design process of residential, commercial, and industrial units.
  • Be exposed to parametric design for model creation in Autodesk Revit and model analysis using Autodesk Navisworks.
  • Become aware of National building codes, the concepts of cloud computing, and their integrated usage with Autodesk Revit for creating and rendering views.
  • Complete industry-level projects that require extensive use of Autodesk Revit, and an application of concepts learned throughout the course.

  Syllabus

  • Week 1 – Introduction to Autodesk Revit
    • Fundamentals of Autodesk Revit
    • Basics of modeling
    • Use of Autodesk Revit for drawings
  • Week 2 – Building Information Modelling
    • Building Information Modeling (BIM)
    • Working with Autodesk Revit
    • Families and categories in Autodesk Revit
    • Setting up projects modeling in Autodesk Revit
    • Levels and grids in Autodesk Revit
    • Conceptualizing layout
  • Week 3 – Project Model and Design Elements
    • 3D Modeling of Residential Unit
    • Modeling of floors and walls
    • Parametric modeling of basic components
    • Annotation styles and drafting methods
  • Week 4 – Project Design and Presentation Methods
    • Modeling of residential units
    • Detailed modeling
    • Detailing design with components
    • Rendering views
    • Presentation styles
  • Week 5 – Project Design with Building Codes
    • Modeling with design codes
    • National Building Code (NBC) of India
    • Purpose of building codes
    • Design team and management team
    • Limitations and special requirements for modeling
  • Week 6 – Cloud based 3D Modeling
    • Using NBC for modeling
    • Setting up collaborate for 3D Modeling
    • Cloud based Modeling
    • Accessibility Components Modeling
  • Week 7 – Multiple Discipline Project Design (Part 1)
    • Features of cloud based model
    • Project based shared parameters
    • Origin coordinates setting up
    • Classification and modeling of structural elements
    • Working in cloud
  • Week 8 – Multiple Discipline Project Design (Part 2)
    • Expanding cloud-based modeling
    • Basics of design and modeling for Heating, Ventilation and Air Conditioning (HVAC)
    • Considerations for detailed design
    • Concepts of structural analysis
    • Detailed explanations on design
  • Week 9 – Introduction to Dynamo
    • Introduction to energy analysis
    • Shortcuts in Autodesk Revit
    • Parametric design using Dynamo
    • Parametric Shelters
  • Week 10 – Parametric Design Using Dynamo
    • Expansion of modeling using Dynamo
    • Concept of visual programming
    • Modeling of parametric shelters
    • Integrating Dynamo and Autodesk Revit for modeling
  • Week 11 – Design and Review using Navisworks
    • Basics of Autodesk Navisworks
    • Purpose of Autodesk Navisworks
    • Project viewing and reviewing
    • Coordination and clash detection
    • Scheduling and simulation using Autodesk Navisworks
  • Week 12 – Analyzing Data and Information using Revit
    • Autodesk BIM 360
    • Prediction Analysis using Autodesk Revit – viewing and reviewing projects
    • Benefits of BIM
• Autocad essential for Civil Engineering

  Infrastructure development requires construction engineers trained in AutoCAD and civil engineering fundamentals. Our essential program provides training for AutoCAD drawing for civil engineers through industry-oriented projects.

  Overview

  AutoCAD is a drafting tool used in the architecture, engineering, and construction (AEC) field across all stages of the construction process. Engineers use this software tool to plan, draw, execute, and study the strength and properties of a building and its individual components. It offers a time and cost efficient alternative to manual drafting, and improves accuracy by reducing space for errors in designs. AutoCAD even maximizes collaboration among other professionals working on the same project.

  • By taking this course, learners will…
  • Be well-versed with the AutoCAD user interface (UI).
  • Understand basic and advanced techniques used in the development of 2D and 3D models.
  • Understand major CAD standards and practices used worldwide to create construction documents.
  • Get hands-on experience with the AutoCAD UI needed to excel in the civil engineering industry.
  • Complete challenges and projects designed by experts according to industry specifications that require extensive application of AutoCAD techniques learned throughout the course.

  Syllabus

  • Week 1 – Introduction to AutoCAD
    • Introduction to AutoCAD and its Role in Various Industries
    • Why CAD is preferred over manual drafting
    • Difference between AutoCAD and AutoCAD LT
    • Start and Exit Functions in AutoCAD
    • AutoCAD Screen Layout
    • Application Menu
    • Introduction to Various File Formats
  • Week 2 – Getting Started with AutoCAD
    • Absolute coordinate system
    • Relative coordinate system
    • Direct entry method
    • Line and circle command
    • Options and properties
    • Fence, WPolygon, and CPolygon
    • Erase command
    • Setting units and limits
  • Week 3 – Advanced Sketching, Editing, and Drawing Aids (1)
    • Rectangle and polygon commands
    • Move, copy, offset, rotate, scale, filet, and chamfer
    • Ortho, snap, object snap, and its setting
  • Week 4 – Advanced Sketching, Editing and Drawing Aids (2)
    • Ellipse, arc, construction line, and ray
    • Multiple points, divide, and measure
    • Donut
    • Mirror, trim, extend, blend curves, and explode
    • Lengthen, align, break, and break at
    • Point and join
    • Creating a new layer and assigning color, line, weight, and line type
  • Week 5 – Advanced Sketching, Editing and Drawing Aids (3)
    • Polyline, spline, region, revision cloud, wipeout, 3D polyline, and helic
    • Array, edit, polyline, and spline
    • On/off, freeze, isolate/unisolate, and locking
    • Matching and merge layers
  • Week 6 – Create and Modify Annotations
    • Single line and multiline text
    • Linear, aligned, angular arc, length, radius, diameter, jogged, and ordinate
    • Add, remove, align, and collect leader
    • Insert and modify the table
  • Week 7 – Hatching
    • Hatch in geometry, around text, dimension and attributes
    • Editing hatch
  • Week 8 – Working with Blocks and Block Attribute
    • Types of block
    • Create, insert, and edit block
    • Create and insert WBLOCK
    • Nested block
    • Dynamic block
    • Define, insert, manage, and edit block attributes
  • Week 9 – Understanding External References and Layout Concept
    • Attach, detach, bind option
    • Viewport concept
    • Plot and its settings
  • Week 10 – Design Center and Tool Palettes Concepts
    • Design centers for insert blocks
    • Create your own tool palettes
  • Week 11 – Introduction to 3D Coordinate System
    • Types of 3D models
    • 3D navigation tools
    • 3D viewing tools
    • Setting viewport display
    • World coordinate system
    • User coordinate system and its settings
  • Week 12 – Getting Started with 3D Modeling
    • Working with solid primitives
    • Types of solid primitives
    • Extrude, sweep, loft, revolve of solids
    • Boolean operations, filet, chamfer of solid objects
    • Generate section, live section, and a flat shot of solids
  • Week 13 – Visualization
    • Visual styles
    • Use of light, material, and sun
    • Render
    • Render environment and render presets
    • Render window
    • Controlling render output size
    • Use of camera and views
• Civil 3D

  This course provides a comprehensive introduction to AutoCAD Civil 3D, a powerful software tool for civil engineering professionals. You'll learn essential tasks like creating points, surfaces, alignments, profiles, and pipe networks. You'll also explore site design concepts, including grading, quantities, and corridor creation. By the end of the course, you'll be equipped to use Civil 3D effectively for various civil engineering projects.

  Overview

  This course provides a comprehensive introduction to AutoCAD Civil 3D, a powerful software tool for civil engineering professionals. You’ll learn essential tasks like creating points, surfaces, alignments, profiles, and pipe networks. You’ll also explore site design concepts, including grading, quantities, and corridor creation. By the end of the course, you’ll be equipped to use Civil 3D effectively for various civil engineering projects.

  Syllabus

  • DAY 1 – Introduction
    • Survey
    • Land Development
    • Transportation
    • AutoCAD Civil 3D
  • DAY 2 – Working with Point Data
    • Creating and Editing Points
    • Miscellaneous
    • Intersection
    • Slope
    • Interpolate
    • Point Styles
    • Point Group
    • Import/Export Points
  • DAY 3 – Workflow
    • Graphical User Interface
    • Additional Currencies
    • Catalog
    • Create a New Catalog
    • Export and Import
  • DAY 4 – Project
    • Convert Manual Survey Data to Points
  • DAY 5 – Surface
    • Creating Surfaces
    • Modifying Surfaces
  • DAY 6 – Surface Styles
    • Surface Label Styles
    • Analyzing a Surface
  • DAY 7 – Direction
    • Elevation
    • Slope
    • Slope Arrow
  • DAY 8 – Water Shed
    • Water Drop
  • DAY 9 – Catchment Area
    • Viewing a Surface in 3D
    • Volume Calculation
  • DAY 10 – Site Design – Parcel
    • Creating Sites
    • Creating Parcels
    • From Object
    • By Layout
  • DAY 11 – Creating Right Of Way
    • Editing Parcels
    • Labeling Parcels
    • Creating Tables
  • DAY 12 – Project
    • Create a Real Estate Layout
    • Create a Town Planning Layout
  • DAY 13 – Site Design – Alignment
    • Creating Alignments from Polyline
    • Labeling Alignments
    • Creating Tables
  • DAY 14 – Site Design – Profiles
    • Creating Surface Profiles and Profile Views
  • DAY 15 – Creating Layout Profiles
    • Editing Profile Geometry
    • Labeling Profiles and Profile Views
  • DAY 16 – Site Design – Assemblies and Corridors
    • Creating Assemblies
    • Creating Corridor Models
  • DAY 17 – Creating Corridor Surface
    • Creating Corridor Surface
  • DAY 18 – Site Design – Grading and Quantities
    • Creating Feature Lines
    • Creating Interim Grading Surfaces
  • DAY 19 – Creating Final Grading Surfaces
    • Calculating Volumes
    • Labeling Final Grading Surface
  • DAY 20 – Project
    • Create a Plain Corridor Design
    • Create an Intersection Corridor Design
  • DAY 21 – Site Design – Pipes
    • Creating Pipe Networks
    • Drawing and Editing Pipe Networks
    • Labeling Pipes
  • DAY 22 – Transportation – Alignment
    • Introduction