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ATMI BizDEC
Training Program CAD Training Program

3D CAD Modeling for Product Development

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Program Description

This competency-based training develops participants’ practical capability to interpret engineering drawings and use SolidWorks to create basic 2D drawings, 3D part models, assemblies, and engineering documentation for product-development applications. The program integrates K3 and work-quality practices, basic measurement and mathematical calculations, engineering drawing interpretation, sketch-based design, CAD modeling, assembly, and output documentation to support entry-level CAD drafting and product-design activities.

Certification BNSP - Drafter CAD 3D
Duration 40 JP

Method

Blended and project-based learning, combining concise instructor-led theory, SolidWorks demonstrations, individual hands-on practice, structured exercises, coaching during practice, and project-based application.

Requirements

Basic understanding of engineering/technical drawing.
Basic computer operation skills.
Interest in CAD, engineering design, or product development.

Target Participants

Suitable for vocational technical students or university students, beginner drafters, and product-design technicians who require foundational competency in CAD-based engineering drawing and 3D product modeling.

Learning Output

Participants are able to apply basic K3 and work-quality procedures, interpret engineering drawings and technical symbols, use basic measurement and mathematical information, operate SolidWorks for basic CAD design, create 2D drawings and simple 3D models, modify designs according to requirements, and produce a simple assembly and supporting engineering documentation.

Program Advantages

The program provides an integrated foundation from engineering drawing interpretation through SolidWorks-based 2D and 3D modeling, assembly, and documentation, with intensive hands-on practice that strengthens accuracy, design organization, work quality, and job readiness for entry-level CAD drafting and product-development activities.

Subject Materials

  • Engineering Drawing, K3 & Work Quality
  • 1.1 Application of K3 and work-quality procedures in CAD activities
  • 1.2 Basic measurement tools and obtaining accurate dimensional data
  • 1.3 Interpretation of engineering drawings and technical symbols
  • CAD Fundamentals & Design Preparation
  • 2.1 Computer technology and interaction with CAD systems
  • 2.2 Basic mathematical calculations used in engineering drawings
  • 2.3 Sketching principles and basic component-design concepts
  • SolidWorks 2D & 3D Modeling
  • 3.1 Creating basic 2D engineering drawings using SolidWorks
  • 3.2 Creating sketches and developing basic 3D part models
  • 3.3 Modifying and interpreting CAD models according to design requirements
  • Assembly & Engineering Documentation
  • 4.1 Creating simple assemblies and establishing component relationships
  • 4.2 Assembly drawing and basic engineering documentation
  • 4.3 Reviewing model accuracy, design organization, and output requirements
  • Product Development Application Project
  • 5.1 Developing a simple product/component design from an engineering drawing
  • 5.2 Producing a 2D drawing, 3D model, and simple assembly
  • 5.3 Demonstrating the SolidWorks workflow and presenting the completed CAD outputs