Curriculum
- 5 Sections
- 46 Lessons
- 10 Weeks
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- Day 1 – Fundamentals of Engineering Drawings8
- 1.1Types of engineering drawings
- 1.2Purpose of engineering drawings
- 1.3Drafting standards (ISO, ANSI)
- 1.4Lines, symbols & conventions
- 1.5Scale, dimensions & tolerances
- 1.6Workshop: Identify symbols in sample drawings
- 1.7Exercise: Dimension interpretation practice
- 1.8Case Study: Misinterpreted drawing causing installation error
- Day 2 – Blueprint Reading & Technical Symbols8
- 2.1Blueprint reading techniques
- 2.2Orthographic projection
- 2.3Sectional views & details
- 2.4Engineering symbols (mechanical, electrical, piping)
- 2.5Title blocks & revision control
- 2.6Workshop: Blueprint reading exercises
- 2.7Exercise: Interpret sectional views
- 2.8Case Study: Wrong valve selection due to symbol confusion
- Day 3 – P&IDs, Isometrics & GA Drawings15
- 3.1P&IDs
- 3.2P&ID symbols
- 3.3Process flow understanding
- 3.4Instrumentation & control elements
- 3.5Isometrics
- 3.6Isometric piping drawings
- 3.7Coordinates, elevations & slopes
- 3.8Welds, supports & fittings
- 3.9GA Drawings
- 3.10Equipment layout
- 3.11Clearances & access
- 3.12Structural interfaces
- 3.13Workshop: P&ID & isometric interpretation
- 3.14Exercise: Identify flow paths & equipment locations
- 3.15Case Study: Process upset due to P&ID misunderstanding
- Day 4 – Electrical Schematics & Control Diagrams8
- Day 5 – Technical Documentation & Reporting7
- 5.1Types of technical documents
- 5.2Writing clear engineering reports
- 5.3Documentation for maintenance & operations
- 5.4Revision control & document management
- 5.5Best practices for engineering communication
- 5.6Final Simulation: Develop a full technical documentation package
- 5.7Presentation: Engineering drawing interpretation & reporting
Purpose of engineering drawings
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