Everest MEP Institute

Everest mep institute

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Dallas, Texas

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CAD AND BIM DRAFTING COURSE

CAD Drafting Course Syllabus: (AutoCad® and Revit® Software)

This course is designed to provide participants with a thorough understanding of
Computer-Aided Design (CAD) drafting, 2D & 3D, covering essential concepts, tools,
and techniques used in the industry. The course aims to equip students with the skills
required to create accurate and professional 2D and 3D drawings using popular CAD
software.

1. Introduction to CAD

    Overview of CAD and its applications in various industries
    • Historical perspective and evolution of CAD
    • Understanding the importance of precision in drafting
    • Introduction to industry-standard CAD software ( AutoCAD or similar)

2. Basic Drawing Commands

    Understanding the CAD workspace
    Basic drawing tools and commands
    Setting up drawing units and scales
    Drawing and editing lines, circles, arcs, and polygons

3. Object Properties and Layers

    Managing object properties
    Introduction to layers and their importance
    Layer properties and organization
    Layer management best practices

4. Dimensioning and Annotations

    Adding dimensions to drawings
    Understanding dimension styles
    Annotative scaling for multiple viewports
    Adding text and annotations

5. Advanced Drawing Commands

    Exploring advanced drawing tools
    Creating and editing blocks
    Understanding polylines and splines
    Using hatching and gradients

6. 3D Modeling Basics

    Introduction to 3D modeling concepts
    Creating 3D primitives
    Extruding, revolving, and sweeping objects
    Basic solid modeling techniques

7. Advanced 3D Modeling

    Boolean operations for 3D modeling
    Editing and modifying 3D objects
    Creating complex shapes and surfaces
    Incorporating parametric design principles

8. Layouts and Printing

    Creating and managing layout tabs
    Setting up plot styles and print layouts
    Configuring plot settings
    Printing and exporting drawings

9. Collaboration and File Management

    Overview of file formats (DWG, DXF, etc.)
    Collaborative features and cloud integration
    Best practices for file management and version control
    Exporting and importing CAD files

10. Industry-specific Applications

    Tailoring CAD skills to MEP industries
    Case studies and real-world applications
    Emerging trends in CAD technology

Assessment:

    Weekly assignments and exercises
    Final project involving 2D & 3D modeling and presentation
    Quizzes to assess understanding of key concept

BIM Drafting and Design Course Syllabus

This course is designed to provide participants with a thorough understanding of
Computer-Aided Design (CAD) drafting, 2D & 3D, covering essential concepts, tools,
and techniques used in the industry. The course aims to equip students with the skills
required to create accurate and professional 2D and 3D drawings using popular CAD
software.

1. Introduction to BIM

    Overview of Building Information Modeling
    Evolution and significance of BIM in the AEC industry
    Understanding BIM workflows and collaboration
    Introduction to industry-standard BIM software (e.g., Revit, ArchiCAD, or similar)

2. Module 2: BIM Interface and Navigation

    Exploring the BIM workspace
    Navigating through 3D views and model space
    Customizing the user interface for efficiency
    Understanding the project browser and properties palette

3. Module 3: Building Components and Families

    Creating and modifying parametric families
    Understanding the role of families in BIM
    Exploring pre-built and custom families
    Best practices for family creation and management

4. Module 4: 3D Modeling in BIM

    Creating 3D building elements (walls, floors, roofs, etc.)
    Advanced modeling techniques for complex structures
    Incorporating parametric design principles
    Exploring curtain walls and custom components

5. Module 5: Design Development in BIM

    Working with conceptual massing
    Exploring design options and iterations
    Using BIM for sustainable design and analysis
    Collaborative design workflows

6. Module 6: Annotation and Documentation

    Adding dimensions and annotations to the model
    Creating schedules and quantity take-offs
    Generating 2D drawings from the 3D model
    Creating and customizing sheets for documentation

7. Module 7: BIM Coordination and Clash Detection

    Introduction to clash detection tools
    Coordinating models from multiple disciplines
    Resolving clashes and conflicts in the BIM environment
    Collaborative coordination processes

8. Module 8: BIM for Construction and Project Management

    Understanding the role of BIM in construction
    Quantity take-offs and cost estimation
    Project scheduling and timeline visualization
    BIM for facilities management

9. Module 9: Advanced BIM Analysis

    Introduction to energy analysis in BIM
    Structural analysis and design integration
    HVAC and MEP system analysis
    Optimizing building performance through BIM

10.Module 10: Parametric Design and Dynamo

    Introduction to parametric design principles
    Exploring visual programming with Dynamo
    Creating custom scripts for BIM automation
    Case studies and practical applications

Assessment:

    Weekly hands-on assignments and exercises
    Final project involving comprehensive BIM coordination and analysis
    Quizzes to assess understanding of key BIM concepts

Note: AutoCad and Revit are trademark of Autodesk.

CAD AND BIM DRAFTING COURSE

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