1. ENGINEERING
GRAPHICS
PDT 106
Semester 1 (2017/2018)

2. GENERAL COURSE INFORMATION
CODE & NAME : PDT106 (Engineering Graphics)
UNITS : 3
CONTACT HOURS : 10 hours (Lecture), 84 hours (Lab)
GROUPS : 1 group (RY55, RY57 & RY58)

3. GENERAL COURSE INFORMATION
COURSE OUTCOME:
1. Ability to apply the basic drafting, sketching engineering components and common term used in engineering drawing.
2. Ability to apply orthographic, auxiliary, sectional, and isometric view in engineering drawing.
3. Ability to apply and analyse geometric, dimensioning, and tolerancing (GDT) in engineering drawing.
4. Ability to apply detail and assembly drawing in engineering drawing.

4. GENERAL COURSE INFORMATION
TEACHING TEAM:
ENCIK MUHAMAD QAUYUM ZAWAWI BIN AHAMAD SUFFIN
Block S2, Door 9 (in front of BK8)
ENCIK MOHAMAD SYAFIQ BIN ABDUL KHADIR

5. GENERAL COURSE INFORMATION
LECTURE & TUTORIAL NOTES:
Students may download all lecture and tutorial notes in the online system.
Go to
Log in the portal by keying in your username and password.
Click “Lecture Notes” tab.
Click “Jabatan Teknologi Kejuruteraan Mekanikal”.
Click “PDT106 ENGINEERING GRAPHICS (2017/2018)”.
Select files to download.

6. GENERAL COURSE INFORMATION
GRADING POLICY:
Lab (50%)
Midterm Test (20%)
Mini Project (30%)
REFERENCES:
Textbook – Frederick E. Giesecke, Henry Cecil Spencer, John Thomas Dygdon, Alva Mitchell, Ivan Leroy Hill, James E Novak, “Technical Drawing”, 10th Edition, Prentice Hall, 2002.

7. GENERAL COURSE INFORMATION
MARKING SCHEME (RUBRIC):
NO.
ITEM
MARKS 1.
OBJECT LINE 2.
CONSTRUCTION LINE 3.
DIMENSIONING 4.
OBLIQUE/FILLET 5.
TEXT & TITLE BLOCK 6.
LETTERING 7.
CLEANLINESS 8.
LINE WEIGHT 9.
10.
TOTAL MARKS
100

8. GENERAL COURSE INFORMATION
DRAWING TOOLS SET:
2B & 4H PENCIL
COMPASS
RULER
T-SQUARE
SET SQUARE

9. GENERAL COURSE INFORMATION
DRAWING TOOLS SET:
ERASER TEMPELETE
A3 PAPER
DUST-FREE
ERASER
MASKING TAPE
SAND PAPER

10. GENERAL COURSE INFORMATION
DRAWING TOOLS SET:
FLEXIBLE CURVE
DRAWING BOARD
DRAWING BOARD
FRENCH CURVE

11. GENERAL COURSE INFORMATION
DRAWING TOOLS SET:
All students must have at least one full set of drawing tools. The list of drawing tools is as follow: NO
ITEM
UNIT 1
STEADLER 2B PENCIL 2
STEADLER 4H PENCIL 3
SET SQUARE 4
COMPASS 5
A3 PAPER 20 SHEETS 6
MASKING TAPE 7
T-SQUARE 8
SAND PAPER 9
ERASER TEMPLETE 10
FRENCH CURVE 11
PLASTIC STRAIGHT RULER 12
DUST FREE ERASER 13
*DRAWING BOARD
Including drawing board = RM 64
Excluding drawing board = RM 50

12. GENERAL COURSE INFORMATION
WEEKLY TIMETABLE:
TUESDAY : 8.30 A.M A.M
: FTKM19/FTKM20
THURSDAY : 8.30 A.M A.M

13. GENERAL COURSE INFORMATION
WEEKLY TEACHING PLAN & ACTIVITY:
STUDYWEEK
COURSE CONTENT 1
Laboratory Briefing 2
LAB 1 : INTRODUCTION TO BASIC ENGINEERING DRAWINGS
DEFINE, DESCRIBE, EXPLAIN and APPLY the objectives and importance of engineering drawing, sketching technique, technical drawing tools, drafting standards, title block and texts, measurement and scales, drawing out difference types of standard sketches, lettering and numbers, and laying out drawing sheet and boundary lines. 3
LAB 2 : GEOMETRIC CONSTRUCTION IN ENGINEERING DRAWING
DEFINE, DESCRIBE, and APPLY method of drawing line in difference type and angle, drawing in simple geometrical shape, drawing lines and arcs tangent to each other, dividing a line and space into equal part and dividing an angle in half.
4-5
LAB 3 : GEOMETRIC CONSTRUCTION IN ENGINEERING DRAWING
LAB 4 : MULTIVIEW PROJECTION IN ENGINEERING DRAWING
DEFINE, DESCRIBE, and APPLY the orthographic projection, first angle projection, third angle projection and isometric projection.

14. GENERAL COURSE INFORMATION
WEEKLY TEACHING PLAN & ACTIVITY:
STUDYWEEK
COURSE CONTENT 6
LAB 5 : TECHNICAL SKETCHING IN ENGINEERING DRAWING
DEFINE, DESCRIBE, and APPLY the isometric and oblique sketching, and standard practices. 7
LAB 6: SECTIONAL VIEW IN ENGINEERING DRAWING
DEFINE, DESCRIBE, and APPLY the Cross-sectioned views and symbols, cutting plane or sectioned plane. APPLY and ILLUSTRATE types of cross-sectioned views-half sectioned and full sectioned views. 8
SEMESTER BREAK  9
LAB 7 : INTRODUCTION TO CAD
DESCRIBE and EXPLAIN the meaning and advantages of Computer Aided Drafting (CAD), basic drawing, editing and toolbar for AutoCAD Software.
LAB 8 : Geometric Construction in CAD
EXPLAIN and APPLY the coordinates system, drawing and editing command, and dimensioning in AutoCAD. 10
LAB 9: MULTIVIEW PROJECTION IN CAD
DESCRIBE, and APPLY how to convert a solid model (3D) to a multiview drawing using solview and soldraw.
LAB 10: BASIC 3D CONSTRUCTION (CAD)
DESCRIBE, EXPLAIN and APPLY 3D coordinate systems, user coordinates system, using the solids toolbar, using the view toolbar, using view point, creating solid models with extrude and revolve, extruding a shape, using Boolean operations, creating solid models revolution.

15. GENERAL COURSE INFORMATION
WEEKLY TEACHING PLAN & ACTIVITY:
STUDYWEEK
COURSE CONTENT 11
LAB 11: SECTIONAL VIEW IN ENGINEERING CAD
DEFINE, DESCRIBE, and APPLY the Cross-sectioned views and symbols, cutting plane or sectioned plane. APPLY and ILLUSTRATE types of cross-sectioned views-half sectioned and full sectioned views. 12
LAB 12: GEOMETRIC DIMENSIONING AND TOLERANCING (GDT)
DESCRIBE and APPLY the dimensioning notations, dimensioning theory, dimensioning location systems, universal dimensioning standard, and calculating tolerance. 13
MINI PROJECT 14 15 16
MINGGU ULANGKAJI / REVISION WEEK
PEPERIKSAAN AKHIR SEMESTER / FINAL EXAMINATION

16. Any questions?

17. aim for … A A A A A
GOOD LUCK!!!