2. COMMUNICATION FOR TECHNICIANS UNIT NUMBER: 16 PRODUCE AN ENGINEERING DRAWING ON A PRO-FORMA HAND OUT 4

3. Hand Out 4 Prepared by: G.A.Smillie Date: NEXT 1  Interpret and use basic engineering drawings and sketches to communicate technical information. 4  Use information and communication technology in engineering applications. LEARNING OUTCOME Slide 1a Communication for Technicians Unit: 16

4. NEXT Slide 1b Communication for Technicians Unit: 16 GRADING CRITERIA P1  Interpret simple engineering drawings/circuit diagrams and sketches. P2  Produce simple engineering drawings/diagrams and sketches. P3  Identify and use appropriate standards, symbols and conventions in the production of engineering drawings. M3  Present information concisely and coherently to standards used in industry Hand Out 4 Prepared by: G.A.Smillie Date:

5. By the end of the session you will be able to:  produce a drawing pro-forma;  use Electronic Workbench to produce a circuit diagram;  simulate the circuit to obtain an oscilloscope display.  draw the circuit diagram onto the pro-forma;  Copy the oscilloscope display onto the pro-forma  continue to build up your portfolio of work. NEXT Slide 1c Communication for Technicians Unit: 16 LESSON OBJECTIVES Hand Out 4 Prepared by: G.A.Smillie Date:

6. NEXT A pro-forma is the basic layout for any engineering or civil drawing. The pro-forma contains boxes in which information such as the following is inserted:  Notes on Product  Company Name  Draughts man name  Product name  Date of issue and drawing number  Parts list and any other necessary information  Drawing revisions. Slide 2a Communication for Technicians Unit: 16 PRO-FORMA Hand Out 4 Prepared by: G.A.Smillie Date:

7. NEXT Slide 2b Communication for Technicians Unit: 16 PRO-FORMA Hand Out 4 Prepared by: G.A.Smillie Date:

8. NEXT Slide 3a Communication for Technicians Unit: 16 CIRCUIT Exercise:  Produce a pro-forma as per example using any software package.  Build the circuit shown on electronic work bench  Simulate the circuit to obtain an oscilloscope display. Hand Out 4 Prepared by: G.A.Smillie Date:

9. NEXT Slide 3b Communication for Technicians Unit: 16 ENGINEERING DRAWING Exercise:  Copy the circuit and past it into the pro-forma.  Copy the Oscilloscope display and past it in the Drawing Details box.  Insert a component list in the Drawing Details box.  Determine the function of the circuit and fill in the circuit name.  Fill in the company name or institution name.  In the Drawing Revisions box there should be the word ‘None’ as this is the first time the drawing has been produced.  Fill in your name and position.  Fill in the date and the drawing number. Hand Out 4 Prepared by: G.A.Smillie Date:

10. NEXT Slide 3c Communication for Technicians Unit: 16 ENGINEERING DRAWING Exercise:  The same convention should be used for all the boxes.  For the name and position box the convention could be: Name: J.Everybody Position:Senior Engineer or Name- J.Everybody Position-Senior Engineer  Show your lecturer a printout of the engineering drawing when you have finished. Hand Out 4 Prepared by: G.A.Smillie Date:

11. ENGINEERING DRAWING END UNIT NUMBER: 22 HANDOUT 5 NEXT HAND OUT PRODUCING AN ENGINEERING DRAWING COMMUNICATION FOR TECHNICIANS