COMPUTER AIDED MACHINE DRAWING
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Follow on Instagram for UpdatesCOMPUTER AIDED MACHINE DRAWING Syllabus — Unit-wise Content
The official GTU curriculum for COMPUTER AIDED MACHINE DRAWING (subject code 3331906) as prescribed for Mechatronics · Semester 3 divides the course into 4 units, covering 14 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (3331906)Unit 1 Introduction 1.a Interpret drafting, tolerance and geometrical symbols in given production drawings. 1.b Appreciate AutoCAD
- 1.1. Basic knowhow of computer hardware, software and peripherals.
- 1.2. Concept and need of machine drawings.
- 1.3. Drafting, tolerance and geometrical symbols used in machine drawing.
- 1.4. AutoCAD (Mechanical) screen, library, symbols, templates in context of machine drawing.
- 1.5. Drawing standards.(IS-696 /SP 46) (Drawing/ printing/ storage)
Unit 2 2D production drawings 2.a Prepare and plot 2D production machine drawings using AutoCAD (Mechanical).
- 2.1. Simple 2D production drawings of 6-7 Mechanical components made up of minimum 5-
- 6. manufacturing operations using Auto CAD (Mechanical).
- 2.2. 2D assembly productions drawing of any one simple mechanical assembly having minimum 5-
- 6. components each made up of 5-10 manufacturing operations using AutoCAD (Mechanical).
- 2.3. Take print outs of above drawings using Printer/plotter.
Unit 3 2D parametric drawings 4.a Prepare 2D parametric drawings of simple machine components using Pro/E or Solid Edge.
- 3.1. Concept and examples of parametric and non parametric models.
- 3.2. Concept, examples and applications of constraints and relations.
- 3.3. Simple 2D parametric drawings of 6-7 machine components made up of minimum 5-6 manufacturing operations each using sketcher mode.
Unit 4 Project work 4.b Prepare assembly drawing of mechanical components with codes, standards and symbols using
- 4.1. Prepare one assembly drawing having 4-5 mechanical components, draw orthographic projections of each component with Institute template and take print out of it. (Group of 5-7 students).
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