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ATMI BizDEC
Training Program Design Engineering

Engineering Drawing for Manufacturing Application

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Program Description

This competency-based training develops participants’ ability to read, interpret, create, and apply engineering drawings for manufacturing activities. The program emphasizes drawing standards, technical representation, dimensions and tolerances, section and assembly views, and practical interpretation of drawings for machining, fabrication, inspection, and production processes.

Certification -
Duration 40 JP

Method

Classroom instruction, guided technical drawing exercises, drawing interpretation practice, hands-on assignments, case studies, and competency-based practical assessment.

Requirements

Basic understanding of mathematics and technical terminology.
Basic knowledge of manufacturing processes is recommended.
Ability to read and work with technical documents.

Target Participants

Vocational students, production operators, machining personnel, quality/inspection personnel, maintenance personnel, engineering staff, and vocational instructors who require practical engineering drawing competencies for manufacturing applications.

Learning Output

Participants are able to interpret and produce manufacturing-oriented engineering drawings using appropriate drawing standards, views, dimensions, tolerances, symbols, and technical information, and apply the information accurately to support production and inspection activities.

Program Advantages

The program connects engineering drawing fundamentals directly with real manufacturing applications, enabling participants to understand technical drawings as production and communication tools rather than only as drafting exercises.

Subject Materials

  • 1. Engineering Drawing Fundamentals
  • 1.1 Drawing standards, lines, lettering, scales, and formats
  • 1.2 Orthographic and basic projection principles
  • 1.3 Manufacturing drawing conventions
  • 2. Views and Technical Representation
  • 2.1 Orthographic, auxiliary, and sectional views
  • 2.2 Detail and enlarged views
  • 2.3 Assembly and exploded representations
  • 3. Dimensioning and Tolerancing
  • 3.1 Functional dimensioning principles
  • 3.2 Limits, fits, and dimensional tolerances
  • 3.3 Geometric tolerancing and basic symbol
  • 4. Manufacturing Drawing Interpretation
  • 4.1 Reading machining and fabrication drawings
  • 4.2 Surface finish, material, and process information
  • 4.3 Interpreting drawing specifications for production and inspection
  • 5. Applied Engineering Drawing Practice
  • 5.1 Creating a complete manufacturing component drawing
  • 5.2 Applying dimensions, tolerances, and technical symbols
  • 5.3 Drawing-based manufacturing and inspection case study