Workshop Practice And Engineering Drawing

1. Apply safety practices in an engineering workshop.
2. Use measuring equipment accurately.
3. Operate hand and machine tools effectively.
4. Select appropriate materials for engineering applications.
5. Create engineering drawings using orthographic and isometric projections.
6. Dimension engineering drawings accurately.
7. Develop surfaces for sheet metal fabrication.

13 weeks, about 41 hours in total. Yours will differ.

1. Week 1Module 1: Introduction to Workshop practice and Basic Tools

   • Unit 1: Introduction of Workshop practice & Engineering drawing; Aim, Objectives and Synopsis of the course · 2 hours

     Read the introduction and objectives.. Understand the concept and layout of an Engineering workshop.. Explain the basic operations in Engineering workshop..

   • Unit 2: Workshop safety practices · 2 hours

     Study general safety rules in workshop.. Understand safety precaution while working with tools.. Understand the power tools safety tips and the importance of personal protective equipment (PPE)..

2. Week 2Module 1: Introduction to Workshop practice and Basic Tools

   • Unit 3: Measuring equipment · 2 hours

     Understand different common measuring devices used in the workshop.. Describe some length measuring simple hand tools.. Explain the use and function of Coordinate measuring machine (CMM)..

   • Unit 4: Basic hand and machine tools · 2 hours

     Understand different common Hand tools used in the workshop.. Describe some simple power (machine) tools used in the workshop.. Understand basic workshop operations and the right tools..

3. Week 3Module 2: Engineering Materials and their Properties

   • Unit 1: Metal and plastics materials · 3 hours

     Identify different engineering materials used in the workshop.. Understand the properties engineering materials.. Relate the properties of engineering materials to their functions and application.. Know the reasons behind the choice of material engineering materials.

4. Week 4Module 2: Engineering Materials and their Properties

   • Unit 2: Joining methods (including welding), presswork · 3 hours

     Understand the different methods of joining parts in the workshop.. Understand the purpose and types of welding.. Know the application/importance of wedding.. Understand the concept of presswork in the workshop..

5. Week 5Module 2: Engineering Materials and their Properties

   • Unit 3: Primary forming and casting process/techniques · 3 hours

     Understand the processes involved in forming of metals and non-metallic materials.. Understand the processes involved in primary forming.. Understand the rudiments and techniques of casting of metals and non-metallic materials..

6. Week 6Module 3: Material Marking and Introduction to Engineering Drawing

   • Unit 1: Pattern Making, Ramping and Sizing Techniques of Raw Materials · 3 hours

     Know the purpose, type and uses of pattern in parts' production.. Explain different type of materials for pattern making and their peculiarities.. Understand the different types of tool used for manufacturing.. Know the characteristics of available engineering materials used for production..

7. Week 7Module 3: Material Marking and Introduction to Engineering Drawing

   • Unit 2: Sheet metal works · 3 hours

     Understand different metal used for sheet metal works.. Explain the different operations involved in sheet metal works.. Understand the basic tools used in sheet metal works..

8. Week 8Module 3: Material Marking and Introduction to Engineering Drawing

   • Unit 3: Engineering Drawing, instruments and Lettering · 3 hours

     Understand the modes and illustrations in Engineering drawing.. Understand information provided on the shape, size, and pattern of objects.. Understand Engineering drawing as the universal language of engineers..

9. Week 9Module 3: Material Marking and Introduction to Engineering Drawing

   • Unit 4: Dimensioning and Drawing layouts · 3 hours

     Understand the purpose and significance of dimensioning of drawings.. Explain the different operations involved in sheet metal works.. Understand the basic tools used in sheet metal works..

10. Week 10Module 4: Engineering Graphics and Intersection of Curves

    • Unit 1: Engineering graphics Geometrical figures, conics, etc. · 3 hours

      Learn to sketch and take field dimensions.. Learn to take data and transform it into graphic drawings.. Learn basic engineering drawing formats.

11. Week 11Module 4: Engineering Graphics and Intersection of Curves

    • Unit 2: Graphical calculus and applications · 3 hours

      Develop the ability to communicate engineering and other general information using mathematical principles of calculus.. Explore and appreciate the significance of engineering drawing and graphical communication in a rapidly changing technological society.. Understand the design process and graphical calculus for the communication of tangible data or abstract information in engineering design..

12. Week 12Module 4: Engineering Graphics and Intersection of Curves

    • Unit 3: Development, intersection of curves and solids. · 3 hours

      Understand the significance of surface development in sheet metal work.. Understand how materials are shaped before cutting and sizing out in article/parts fabrication.. Understand the importance of dimension especially the true length, width or diameter in material handling in the production process..

13. Week 13Module 5: Lines and Principles of Orthographic projections

    • Unit 1: Projections - lines, planes and simple solids. · 3 hours

      Explain the concept of point projection in plane geometry.. Understand the traces of points and edge in principal planes.. Understand the pattern and shape of line projection in both Front and Top views..