lukisan kejuruteraan tingkatan 5

8/14/2019 Lukisan Kejuruteraan Tingkatan 5

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KEY PERFORMANCE INDICATOR (KPI)(STANDARD MINIMUM TUGAS AKADEMIK GURU - SMTAG)

TAHUN 2009

SEKOLAH SMK SRI KUKUP, PONTIAN JOHOR

KOD SEKOLAH JEA 6007

PENGETUA / GURU BESAR PN HAJAH HABSAH BT HJ IBRAHIM

GURU PENOLONG KANAN 1 EN. A. RAHIM BIN A. RAHMAN

BIDANG MATAPELAJARAN TEKNIK DAN VOKASIONAL

PANITIA LUKISAN KEJURUTERAAN (ENGINEERING DRAWING)

MATAPELAJARAN LUKISAN KEJURUTERAAN (ENGINEERING DRAWING)

TINGKATAN / TAHUN TINGKATAN 5

GURUGuru Kanan MP PN SABARIAH BTE ARIFKetua Panitia EN. ZAKI FAISAL BIN KHAMISANGuru Mengajar EN. ZAKI FAISAL BIN KHAMISAN


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KEY PERFORMANCE INDICATOR (KPI)(STANDARD MINIMUM TUGAS AKADEMIK GURU - SMTAG)TARGET MATA PELAJARAN MENGIKUT PANITIA(Head Count Pencapaian Keseluruhan Mata Pelajaran)

MATA PELAJARAN LUKISAN KEJURUTERAAN (ENGINEERING DRAWING)

TINGKATAN TINGKATAN 5

4 3 2

PerkaraA B C

Bil % Bil % Bil % Bi

a 18 1 5.56 8 44.44 8 44.44

b 30 1 3.33 10 33.33 13 43.33

c 30 1 3.33 10 33.33 13 43.33 6

dOTI1 = TOV + (ETR - TOV)/3

30 3 8.89 11 42.22 11 33.33

e OTI2 = TOV + (ETR -TOV)2/3 30 4 18.89 11 95.56 10 81.11 3

f ETR (kiraan) 30 6 20.00 12 60.00 8 13.33

g ETR (pindaan) 30 9 30.00 14 46.67 3 6.43

h Perbezaan - 3 10.00 2 -13.33 (5) -6.90 1

Disediakan oleh Disahkan oleh

.. ..Ketua Panitia Guru Penolong Kanan 1/ Guru Kanan Mata PelajaranLUKISAN KEJURUTERAAN (ENGINEERING DRAWING) SMK SRI KUKUP, PONTIAN JOHOR

Jum.Pelajar

Peperiksaan SPM/PMR/UPSR (Tahunterbaik) 2008Peperiksaan Akhir Tahun Tingkatan / Tahunlepas

TOV (Peperiksaan Akhir Tahun Tingkatan / Tahun lepas


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Minggu Kod HSP Hasil Pembelajaran (Learning Outcomes) Penc

M1 1.1.1 1 2

1.1.2 2 4

Penyemakkan dan penandaan Penyemakkan dan penandaan 1Penyemakkan dan penandaan Penyemakkan dan penandaan 2 0

Bidang Pembelajaran (LearningSpecifications) Aras (Level)

StandardMinimum (s)

1.0 COMPUTER AIDED DRAFTING( CAD ) II

1.1 Application of Various Command to ConstructBlock Drawing

a. Orthographic Projection Drawing inComputer Aided Drafting (CAD)

b. Isometric Drawing

Use Auto CAD software commands:- Snap- Grid- Trim- Undo- Redo- Block- Insert- Dist- Offset

- Polygon- Ellipse- Dtext- Pline Draw title block

Apply Layers Use AutoCad Software command to construct 2Dblock diagrams:- orthographic projection drawing- isometric drawing


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Minggu Kod HSP Hasil Pembelajaran (Learning Outcomes) Pencapa

M2 1.2 CAD Text and Dimensioning 1.2.1 2 4

Penyemakkan dan penandaan Penyemakkan dan penandaan 1Penyemakkan dan penandaan Penyemakkan dan penandaan 2


StandardMinimum (s)

Use of text commands and dimension in Computer Aided Drafting drawing:- Mtext- Dtext- Dim


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M3 1.3.1 1 2



StandardMinimum (s)

1.3 Printing the Computer AidedDrafting Drawing

Explain Print command. Print computer aided drafting assignment.


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Minggu Kod HSP Hasil Pembelajaran (Learning Outcomes) Penca

M4 2.1.1 1 1



StandardMinimum (s)

2.0 INTERSECTION DRAWING2.1 Concepts of intersections

a. Between two linesb. Between line and planec. Between two planes

Explain the concepts of intersection:- between two lines- between line and plane- between two planes


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Minggu Kod HSP Hasil Pembelajaran (Learning Outcomes)

M5 2.2.1 2

2.3.1 2

2.3.1 3



StandaMinim

2.2 Methods of Determining Lines and Curvesof Intersection

a. Edge view methodb. Cutting plane method

Determine the intersection points by using:- edge view method.- cutting plane method.

2.3 Application of Intersection Drawing

a. Intersection between two solid objects at

right angle and other angles (non-offset)

i. Solid prismii. Solid cylinder iii. Solid pyramidiv. Solid cone

Determine points of intersection and construct linesor intersection curves between two solid objects atright angle and other angles (non-offset).

- Solid prism- Solid cylinder - Solid pyramid- Solid cone

Construct lines and intersection curves of object or components


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M6 3.1.1 1 1

Penyemakkan dan penandaan Penyemakkan dan penandaan 1



StandardMinimum (s)

3.0 Mechanical Drawing 3.1Introductiona. Types of

mechanicaldrawing

b. Normal practiceand conventionsof MechanicalDrawing

Identify and differentiate types of mechanical drawing.d. Detailed/working drawinge. Assembly drawing

Identify and comply to the normal practise andconventions in mechanical drawing


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M7 3.2.1 2 2

3.2.1 3 3



StandardMinimum (s)

3.2 Application of Mechanical Drawingfor Single Symmetrical MachineComponent

Draw Mechanical Drawing for a single symmetricalmachine component complying to common practiseand related conventions

Draw sectional views of a single symmetricalmachine component complying to common practiseand related conventions.

3.3 Orthographic projection drawingSectional views

Draw Orthographic Projection drawing of singlesymmetrical machine component complying tocommon practise and related conventions.common practise and related conventions.


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Minggu Kod HSP Hasil Pembelajaran (Learning Outcomes) Pencap

M8 4.1.1 1 1



StandardMinimum (s)

4.0 BUILDING DRAWING 4.1 Introduction

a. Types of building drawingb. Standard architectural symbols

Identify and differentiate types of building drawing- plan drawing- elevation/view drawingsectional drawing- detailed drawing

Identify the use of standard architectural symbols inbuilding drawing


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4.2.1 2 3

4.2.2 3 3



StandardMinimum (s)

4.2 Application of Building Drawings of Single and Double-Storey ResidentialBuilding

a. Scale in Building Drawing (1:50 ,1:100)b. Elevation/View drawingc. Floor pland. Roof plan

Draw Orthographic Projection of single and double-storey residential building.

a. Plan Drawing- floor plan- roof planb. Elevation/View Drawing

Draw Building Drawing using appropriate scale for single and double-storey residential building.

a. Plan Drawing- floor plan- roof planb. Elevation/view Drawing


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1 KEY PERFORMANCE INDICATOR (KPI)(STANDARD MINIMUM TUGAS AKADEMIK GURU - SMTAG)


5.1.1 1 1




StandardMinimum (s)

5.0 PIPING DRAWING 5.1Introduction to Piping Drawing

a. Types of Piping Drawingb. Standard Piping Symbols

Identify and differentiate types of Piping Drawing:- orthographic piping- isometric piping

Identify the functions of standard piping symbols.

Explain domestic piping system.

Explain and comply to piping regulation in producingPiping Drawing.


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M11 5.2.1 2 3



StandardMinimum (s)

5.2 Application of Piping Drawing for aSingle-Storey Residential Building

a. Orthographic Piping Drawing

Draw Orthographic Piping Drawing from IsometricPiping Drawing of a single- storey building.


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M12 1 1

1 1



StandardMinimum (s)

6.0 ELECTRICAL DRAWING 6.1Introduction to Electrical Drawing

Identify Electrical Drawings :- block diagram- schematic diagram- wiring diagram

6.2 Types of Electrical DrawingStandard Electrical symbols

Explain the uses of standard symbols for accessories, switches and distribution fuse inElectrical Drawing.


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M13 6.3.1 2 2

6.4.1 2 3




StandardMinimum (s)

6.3 Application of Electrical DrawingLayout electrical accessories, wiring and appliances of Electrical Drawing.

6.4 Drawing of domestic layout plan

Draw standard symbols of electrical appliances andcontrol system according to their respective positionsin the domestic layout plan.


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M14 7.1.1 1 1



StandardMinimum (s)

7.0 ELECTRONIC DRAWING 7.1Introduction to Electronic Drawing

a. Types of Electronic Drawings

b. Standard symbols of ElectronicComponents- functions- polarities

Level 1 Identify types of Electronic Drawings:- schematic circuit drawing- wiring circuit drawing- printed circuit drawing Identify standard symbols of electronic components:- Functions- Polarities


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1 KEY PERFORMANCE INDICATOR (KPI)(STANDARD MINIMUM TUGAS AKADEMIK GURU - SMTAG)


M15 7.2.1 2 2



StandardMinimum (s)

7.2 Application of Electronic Drawing

a. Simple schematic circuit

Draw schematic circuit from printed circuit.Draw schematic circuit from wiring circuit.


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M16 8.1.1 1 1

8.1.2 2 3



StandardMinimum (s)

8.0 DEVELOPMENTS 8.1 Concepts of Developments

a. True length

b. True anglec. True shape

Explain the principles of developments- true length- true angle- true shapeIdentify the lines in orthographic projection which arenot the true lengths.

Determine correctly and accurately the true length of lines by using the revolving method.


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M17 8.2.1 1 2



StandardMinimum (s)

8.2 Classification of Solid Objects andTypes of Developments

Prism and cylinder i. Parallel-line methodPyramid and conei. Radial-line methodTransition partsi. Triangulation method

Identify the classification of blocks and types of development drawing.- Prism and cylinder - Pyramid and cone- Transition parts


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M18 8.3.1 1 1

8.3.2 2 3



StandardMinimum (s)

8.3 Application of Developments of Regular Solids

a. Parallel line methodb. Radial line method

State common terminologies in development drawing:- elements- stretch-out lines- fold line- seam

Construct the development of solids by using parallelline method for :- vertical oblique and truncated prisms- Vertical and truncated oblique cylinders.Construct development of solid by using radial linemethod for - Vertical and truncated pyramids.- Vertical and truncated cones.


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9.1.1 1 1



StandardMinimum (s)

9.0 SECTIONAL VIEW 9.1Concepts of Sectional views

a. Cutting planeb. Cutting plane linec. Sectioned aread. Sectional line

Explain concept of sectional views Apply principle projection of sectional views toproduce a clear and effective view Use cutting plane Use cutting lines Use break symbol


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M20 9.2.1 1 1

9.2.2 2 2



StandardMinimum (s)

9.2 Types of sectional viewsa. Full sectionb. Offset sectionc. Half sectiond. Broken-out sectione. Removed sectionf. Revolved sectiong. Aligned section Understand types of sectional views

Select and project sectional views of suitable relatedobject.


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M21 9.3.1 2 3



StandardMinimum (s)

9.3 Application of Sectional Views

a. Full sectionb. Offset sectionc. Aligned section

Construct sectional views of simple machinecomponents- full section- offset section

- aligned section


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M22 10.1.1 1 1



StandardMinimum (s)

10.0 PERSPECTIVE DRAWING10.1 Concept of

perspective drawing Explain the concept of perspective drawing.


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M23 10.2.1 1 2



StandardMinimum (s)

10.2 Types of Perspective Drawing

a. One-point Perspectiveb. Two-point Perspectivec. Three-point Perspective

Identify and differentiate types of perspectivedrawing:a. One-point Perspectiveb. Two-point Perspectivec. Three-point Perspective


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M24

10.3 Elements of Perspective

10.3.1 1 2




StandardMinimum (s)

Explain the function of elements in perspectivedrawing:- Station Point (SP)- Viewing Lines(VL)- Picture Plane (PP)- Horizon (H)- Vanishing Point (VP)- Ground line (GL)- True Height. (TH)


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M25 10.4.1 1 3

10.4.2 2 4



StandardMinimum (s)

10.4 Construction of PerspectiveDrawing

1. One-point Perspective

2. Two-point Perspective

Construct One-point Perspective Drawing for a solidwith flat surface, inclined surface and oblique surfa.

Construct Two-point Perspective Drawing for a solidwith flat surface, inclined surface and oblique surface


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M26 10.5.1 3 3



StandardMinimum (s)

10.5 Aplication of Perspective Drawingin engineering field Apply perspective drawing for objects or components

in various engineering fields.


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Minggu Kod HSP Hasil Pembelajaran (Learning Outcomes) Pencapaian



StandardMinimum (s)


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StandardMinimum (s)


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StandardMinimum (s)


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Penyemakkan dan penandaan Penyemakkan dan penandaan 1Penyemakkan dan penandaan Penyemakkan dan penandaan 2 0


StandardMinimum (s)

lukisan kejuruteraan tingkatan 5

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