PROGRAM TEKNOLOGI ELEKTRONIK 2016
PANDUAN PENETAPAN PADA DOKUMEN MS WORD
a) CARA MEMILIH ORIENTASI ‘POTRAIT’
ii) Pilih butang
‘Potrait’
i) Tekan butang
b) CARA MENETAPKAN RUANG TEPI MUKA SURAT
ii) Pilih butang
‘Orientation’
iii) Tekan butang
‘Custom Margins’
i) Tekan butang
iv) Tekan butang
‘Margins’
v) masukkan nilai-nilai berikut:
Top (Atas) – 2.5 cm Left (Kiri) – 4.0 cm Bottom (Bawah) – 2.5 cm
c) CARA MENETAPKAN JARAK BARIS (SPACING)
i) Tekan butang
‘Paragraph’
ii) Pilih ‘1.5 lines’
iii) Kemudian tekan butang
d) CARA MENETAPKAN MUKA SURAT i) Tekan butang ‘Page Numbers’ i) Pilih ‘Bottom of PagePage’ ii) Pilih ‘Plain Number 3
e) CARA MENUKAR ORIENTATION MUKA SURAT‘PORTRAIT’ KE
‘LANDSCAPE’
i) Tekan butang
‘Page Layout iv)Pilih ‘Margins’
v) Pada ‘Orientation’Klik‘Landscape’ vi) Pada Apply to: pilih ‘This Section’ vii) Klik ‘OK’
:
Top (Atas) – 2.5 cm
Left (Kiri) –4.0 cm Bottom (Bawah)–2.5 cm
Right (Kanan) –2.5 cm
ii) Klik pada muka surat yang hendak ditukar iaitu (B)
viii) Hasil muka suratB
iii) Klik di hujung butang ‘Page Setup’
1. Name of Course: Diploma Project 1
2. Course Code: MTK 7032
3. Names of academic staff: Mechanical and Production Engineering Technology Department.
Welding Unit
Implement year: 2016 4. Rationale for the inclusion of the course in the programme:
The course helps students to acquire skills, knowledge and the right attitude to conduct engineering project in metal fabrication and welding and deliver completed fabrication project.
5. Semester and Year offered: Year 2 Semester I 6. Total Student Learning Time (SLT):
Category of Activities Learning Activity Total Hours/Semester Guided learning
Lecture 11
Tutorial/Practical 28
Student centered learning activities 3 Self learning
Preparation for
assignments/projects 21
Independent study/revision 11 Preparation for assessment 3 Formal assessments Continuous assessments 3
Final examination sitting 0
Total SLT 80
7. Credit Value: 2 credits
8. Prerequisite (if any): None 9. Course Learning Outcomes (CLO):
CLO1 Sketch design drawing for dimensional designs according to requirement. (C3, PLO 4)
CLO2 Discuss project proposal with assigned lecturer (A2, PLO 3)
CLO3 Choose appropriate project proposed to be fabricated. (P1, PLO 5)
11. Teaching-learning and assessment strategies:
CLO Method of delivery Method of
assessment KPI
CLO1 Sketch design drawing for dimensional designs according to requirement. (C3, PLO 4)
Lectures &
Practical Project & PracticalExamination Marks 50%and above CLO2 Discuss project proposal
with assigned lecturer (A2, PLO 3)
Lectures & Student Centered Learning
Activities
Quizzes, Assignments, Test and Final Examination
Marks 50% and above CLO3 Choose appropriate
project proposed to be
fabricated. (P1, PLO 5) Guided Project Project
Marks 50% and above
12. Course Synopsis:
This course identifies the competence required to produce a metal fabrication and welding engineering project that uses carbon steel, stainless steel and aluminium or combination of all the materials mentioned. The project will be fabricated and welded using SMAW, GTAW, GMAW or FCAW process.
13. Mode of Delivery (e.g. Lecture, Tutorial, Workshop, Seminar etc): Lecture, Practical, Student Centred Learning, and Guided Project 14. Assessment Methods and Types:
Quiz, Assignment, Test, Project, Final Examination, and Practical Examination 15. Mapping of the course to the Programme Educational Objectives (PEO):
PEO1 PEO2 PEO3 PEO4
X X
16. Mapping of the course to the Programme Learning Outcomes (PLO):
PLO1 PLO2 PLO3 PLO4 PLO5 PLO6 PLO7 PLO8 PLO9
17. Content outline of the course and the SLT (lecture hours) per topic:
Week Topic SLT (hrs)
Theory Practical 1-14 1.0 Metal Fabrication And Welding Engineering Project
1.1 Sketch design drawing
1.1.1 Choose any fabrication and welding engineering project to be fabricated
1.1.2 Sketch design drawing on a piece of white paper. For dimensional designs, use cardboard
1.2 Draw designs drawing taking into account of code requirement
1.2.1 Prepare shop drawings based on design drawing after considering code
requirement and permissible clearances for the desired design
1.2.2 Produce a model of the design
1.2.3 Analyse design and overcome problems before fabrication
1.3 Generate bill of quantity and material requirement 1.3.1 Prepare Bill of quantity and material
requirement and arranged accordingly 1.4 List equipments, tools and machinery required
1.4.1 List equipments, tools and machinery required for the fabrication
project
1.5 Prepare proper storage and numbering scheme 1.5.1 Prepare a list of storage ands numbering
procedure
14 28
1.6 Materials cut to required sizes
1.6.1 Cut material to required sizes and dimension
1.7 Assemble and fit materials parts/ members 1.7.1 Assemblet parts/ member to desired built
up shape and checks for correct dimensioning according to design 1.8 Weld joints/ connection
1.7.1 Weld joints/ connection using SMAW, GMAW, GTAW and FCAW welding
1.10 Fabricaton project sent for sandblasting, priming coat, paint etc
1.10.1 Sent fabrication project for sandblasting, priming coat, paint
applications.
1.11 Deliver completed Fabrication project on site according to Requirement
1.11.1 Deliver completed fabrication project for erection and commissioning according to requirement
1.11.2 Practise safety precaution in accordance to OSHA.
TOTAL 14 28
18. Main and additional references supporting the course: 1. MODERN WELDING
Author : Andrew D. Althouse, Carl H.Turnquist, William A. Bowditch, Kevin E. Bowditch, Mark A.Bowditch
2. AUDEL WELDING POCKET REFERENCE Author : James E Brumbach, Rex Miller
3. WELDING COMPLETE : TECHNIQUES, PROJECT PLANS & INSTRUCTION Author : Editors of CPi
4. WELDERS HANDBOOK, REVISED HP1513
A GUIDE TO PLASMA CUTTING, OXYACETYLENE,ARC,MIG AND TIG WELDING Author : Richard Finch
5. TIG & PLASMAWELDING : PROCESS, TECHNIQUES. RECOMENDED PRECTICES & APPLICATIONS Author : W. Lucas
6. METALLURGY OF BASIC WELD METAL Author G.M. Evans & N.Bailey
7. BASIC METALLURGY Author : Donald V.Brown
8. WELDING PROCESSES HANDBOOK Author : Klas Weman
-1. Name of Course: Project Diploma Project 2
2. Course Code: MTK 8044
3. Names of academic staff: Mechanical and Production Engineering Technology Department.
Welding Unit
Implement year: 2016 4. Rationale for the inclusion of the course in the programme:
The course is designed as a Final-Year Project where it consists of two phases, i.e. engineering project in metal fabrication and welding Project I and engineering project in metal fabrication and welding II.
5. Semester and Year offered: Year 2 Semester IV 6. Total Student Learning Time (SLT):
Category of Activities Learning Activity Total Hours/Semester Guided learning
Lecture 11
Tutorial/Practical 84
Student centered learning activities 3 Self learning
Preparation for
assignments/projects 45
Independent study/revision 11 Preparation for assessment 3 Formal assessments Continuous assessments 3
Final examination sitting 0
Total SLT 160
7. Credit Value: 4 credits
8. Prerequisite (if any): None 9. Course Learning Outcomes (CLO):
CLO1 Sketch design drawing according to design (C3,PLO 5 )
CLO2 Construct fabrication project according to requirement (P5, PLO 4)
CLO3 Present completed fabrication project site according requirement (A2, PLO 3) 10. Transferable Skills (Skills and how they are developed and assessed, project and practical
11. Teaching-learning and assessment strategies:
CLO Method of delivery Method of
assessment KPI
CLO1 Sketch design drawing according to design (C3,PLO 5 )
Lectures &
Practical Project & PracticalExamination Marks 50%and above CLO2 Construct fabrication project
according to requirement (P5, PLO 4)
Lectures & Student Centered Learning
Activities
Quizzes, Assignments, Test and Final Examination
Marks 50% and above CLO3 Present completed
fabrication project site according requirement (A2, PLO 3)
Guided Project Project Marks 50%and above
12. Course Synopsis:
This course identifies the competence required to produce a metal fabrication and welding engineering project that uses carbon steel, stainless steel and aluminium or combination of all the materials mentioned. The project will be fabricated and welded using SMAW, GTAW, GMAW or FCAW process.
13. Mode of Delivery (e.g. Lecture, Tutorial, Workshop, Seminar etc): Student Centred Learning and Guided Project
14. Assessment Methods and Types:
Report and Presentation of Community Project Construction
15. Mapping of the course to the Programme Educational Objectives (PEO):
PEO1 PEO2 PEO3 PEO4
X X
16. Mapping of the course to the Programme Learning Outcomes (PLO):
PLO1 PLO2 PLO3 PLO4 PLO5 PLO6 PLO7 PLO8 PLO9
17. Content outline of the course and the SLT (lecture hours) per topic:
Week Topic SLT (hrs)
Theory Practical 1-14 1.0 Metal Fabrication And Welding Engineering Project
1.1 Sketch design drawing
1.1.1 Choose any fabrication and welding engineering project to be fabricated
1.1.2 Sketch design drawing on a piece of white paper. For dimensional designs, use cardboard
1.2 Draw designs drawing taking into account of code requirement
1.2.1 Prepare shop drawings based on design drawing after considering code
requirement and permissible clearances for the desired design
1.2.2 Produce a model of the design
1.2.3 Analyse design and overcome problems before fabrication
1.3 Generate bill of quantity and material requirement 1.3.1 Prepare Bill of quantity and material
requirement and arranged accordingly 1.4 List equipments, tools and machinery required
1.4.1 List equipments, tools and machinery required for the fabrication project
14 84
1.5 Prepare proper storage and umbering scheme
1.5.1 Prepare a list of storage ands numbering procedure
1.6 Materials cut to required sizes
1.6.1 Cut material to required sizes and dimension
1.8 Weld joints/ connection
1.7.1 Weld joints/ connection using SMAW, GMAW, GTAW and FCAW welding processes.
1.9 Conduct test on welded connections 1.9.1 Conduct various tests on welded
connections ( DPT ,UT, Radiography etc )
1.10 Fabricaton project sent for sandblasting, priming coat, paint etc
1.10.1 Sent fabrication project for sandblasting, priming coat, paint applications.
1.11 Deliver completed Fabrication project o site according requirement
1.11.1 Deliver completed fabrication project for erection and commissioning according to requirement
1.11.2 Practise safety precaution in accordance to OSHA.
TOTAL 14 84
18. Main and additional references supporting the course: 1. MODERN WELDING
Author : Andrew D. Althouse, Carl H.Turnquist, William A. Bowditch, Kevin E. Bowditch, Mark A.Bowditch
2. AUDEL WELDING POCKET REFERENCE Author : James E Brumbach, Rex Miller
3. HOW TO WELD (MOTOR BOOKS WORKSHOP Author : Todd Bridqum
4. READY, SET, WELD ! BEGINNER-FRIENDLY PROJECTS FOR THE HOME & GARDEN Author : Kimberli Matin
5. WELDING COMPLETE : TECHNIQUES, PROJECT PLANS & INSTRUCTION Author : Editors of CPi
