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Complete Course on 2D Drafting, Solidworks And GD&T

HEXSPUR FOUNDATION

HEXSPUR FOUNDATION

Mechanical Design Engineer & Trainer

Course typeWatch to learn anytime
Duration 1183 Min
Start Access anytime
Language English
Views3652

$ 200

2 already enrolled!

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Complete Course on 2D Drafting, Solidworks And GD&T

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Course content

The course is readily available, allowing learners to start and complete it at their own pace.

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Complete Course on 2D Drafting, Solidworks And GD&T

25 Lectures

1123 min

  • Introduction

    5 min

  • What is Design & Drafting?

    6 min

  • 2D Interface of CAD Software - Basics

    42 min

  • Zoom Command

    26 min

  • Coordinate System

    25 min

  • Coordinate and Polar System

    30 min

  • Learn to draw commands

    64 min

  • Draw Commands -- Ellipse

    83 min

  • Rectangle Command

    60 min

  • Polygon Commands

    60 min

  • Working with snap

    56 min

  • Modify Commands

    42 min

  • Modify commands - 1

    60 min

  • Modify command-2

    60 min

  • Modify commands-3

    60 min

  • Array Command

    60 min

  • Path array and inspection Command

    60 min

  • Work with entity properties

    36 min

  • Layer Properties

    37 min

  • Engineering Drawing

    36 min

  • Annotation in drawing

    42 min

  • Working with block

    45 min

  • Lecture 22 - Working with block

    45 min

  • lec- 23 Filling Boundary

    50 min

  • Filling with boundary 23

    33 min

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Solidworks

1 Lectures

60 min

  • Solidworks - Interface

    60 min

Course details

Course Overview:

This comprehensive course is designed to equip students with essential skills in Mechanical Design and industry practices. It covers the use of advanced mechanical design software like CMS IntelliCAD and SolidWorks, as in-depth understanding of GD&T (Geometrical Dimensioning and Tolerancing) in technical drawings, and proficiency in Microsoft Office tools such as Word, Excel and PowerPoint.

This course ensures that participants gain the technical knowledge and practical expertise needed to excel in the mechanical design field.

 

Benefits of the Course:

·         Fluency on working with computer-based design tools (CMS IntelliCAD & SolidWorks).

·         Develop a strong foundation in GD&T, enhancing precision in technical drawings.

·         Acquire advanced skills in Microsoft Office tools to improve productivity and professional documentation.

·         Gain hands-on experience with real-world design projects.

·         Enhance employability with job placement assistance provided at the end of the course.

 

What You will Achieve:

·         Become proficient user of 2D drafting computer-based CAD tool (CMS IntelliCAD).

·         Become proficient user of 3D modeling computer-based CAD tool (SolidWorks).

·         Understand and apply GD&T in technical drawings.

·         Effectively use Microsoft Word, Excel and PowerPoint for professional tasks.

·         Ready to work as a Mechanical Design Engineer in industry confidently.

Course suitable for

  • Aerospace
  • Automotive
  • Mechanical

Key topics covered

  1. Introduction to CMS IntelliCAD and SolidWorks

    • Overview of software interfaces and essential tools

    • Setting up projects and organizing design workflows

  2. 2D Drafting and Annotation

    • Creating and editing 2D sketches

    • Applying annotations and dimensioning

    • Generating accurate technical drawings

  3. 3D Modeling Techniques

    • Solid and surface modeling

    • Creating complex geometries and assemblies

    • Managing part relationships and constraints in assemblies

  4. Geometric Dimensioning and Tolerancing (GD&T) Basics

    • Introduction to ASME Y14.5 standard

    • Understanding fundamental GD&T concepts: symbols, rules, and tolerance zones

    • Applying datums and basic controls

  5. Advanced GD&T Applications

    • Feature control frames and composite tolerancing

    • Form, profile, orientation, location, and runout tolerances

    • Analyzing and interpreting GD&T on real-world engineering drawings

  6. Tolerance Stack-Up Analysis

    • Methods for calculating and optimizing tolerances

    • Case studies for analyzing assemblies with multiple tolerance zones

  7. Practical Applications and Project-Based Learning

    • Design projects using CMS IntelliCAD and SolidWorks

    • Applying GD&T in project settings

    • Conducting design reviews and applying industry best practices

  8. Final Project and Assessment

    • Capstone project combining CAD modeling and GD&T

    • Evaluation of design accuracy, compliance with ASME Y14.5, and overall functionality.

$ 200

Access anytime