AIF DLR Edition 3.0 (January 2020)

BAHAGIAN KEMAHIRAN
DAN TEKNIKAL

Detailed Assessment

DIPLOMA

IN MECHANICAL
DESIGN ENGINEERING
TECHNOLOGY

Edition 3.0

(January 2020)



DETAILED ASSESSMENT
DIPLOMA IN MECHANICAL DESIGN

ENGINEERING TECHNOLOGY

Edition 3.0
(January 2020)
_______________________________________________________________
Bahagian Kemahiran Dan Teknikal MARA
Level 20 & 21, MARA Headquaters,
Jalan MARA,
50609, Kuala Lumpur

DETAILED ASSESSMENT ENDORSEMENT
_________________________________________________________

“This detailed assessment has been certified and endorsed by the BKT Senate and
will be implemented for the teaching and learning purposes for Diploma in
Mechanical Design Engineering Technology programme.”

ENDORSEMENT STAMP

EDITION 3.0 (JANUARY 2020)

CONTENTS

1 Course Assessment Weightage Page
1
2 Detailed Assessment : Semester 1
2
DMD10213 Engineering Drawing 1 3
4
DMD10223 Computer Aided Drawing 1 6

DKV10213 Engineering Science 7
8
DKV10222 Occupational Safety And Health 10
12
3 Detailed Assessment: Semester 2
14
DMD20233 Engineering Drawing 2 15
17
DMD20243 Thermofluids 18

DMD20252 Engineering Materials Fundamentals 20
21
DMD20262 Electrical Technology 23

4 Detailed Assessment: Semester 3 25
26
DMD30273 Computer Aided Drawing 2 28

DMD30283 Pneumatics And Hydraulics 30
31
DMD30293 M&E Services Technology 33
35
DKV21273 Statics And Dynamics 36

5 Detailed Assessment: Semester 4

DMD40303 Workshop Practice

DMD40313 Strength Of Materials
DMD40323 Piping Process Draughting And
Instrumentation
DMD40332
Project Proposal

DMD40342 Ergonomics

DMD40352 Manufacturing Processes

6 Detailed Assessment: Semester 5

DMD50363 Computer Aided Drawing 3

DMD50373 Machine Component Design

DMD50382 Pressure Vessel Design

DMD50393 Piping Process Design

DMD51404 Final Year Project

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY

COURSES ASSESSMENT WEIGHTAG

PROGRAM: DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY

COURSES DMD10213 ENGINEERING DRAWING 1 DMD10223 COMPUTER AIDED DRAWING DKV10213 ENGINEERING SCIENCE
1
SEMESTER ACRONYM ASSESMENT METHOD
ASSESMENT METHOD % ACRONYM ASSESMENT METHOD % ACRONYM
LO4 P1 Theory Test
LO5 P1 Practical Test 1 20 LO4 P1 Practical Test 1 20 LO1 T1 Final Theory
LO5 P2 Practical Test 2 20 LO4 P2 Model
1 LO5 P3 Practical 30 LO5 P1 Practical Test 2 20 LO2 T1 Presentation
LO10 S1 Project 20 LO5 P2 Practical 35 LO2 T2
Presentation 10 LO10 S1 Project 15 LO9 S1
Presentation 10

TOTAL 100 TOTAL 100 TOTAL
ENGINEERING DRAWING 2 DMD20243
COURSES DMD20233 THERMOFLUIDS DMD20252 ENGINEERING MATERIALS
FUNDAMENTALS
SEMESTER ACRONYM
ASSESMENT METHOD % ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD
LO1 T1
LO5 P1 Theory Test 10 LO1 T1 Theory Test 30 LO1 T1 Theory Test
LO5 P2 Practical Test 30 LO1 T2 Quiz 10 LO1 T2 Final Examination
2 LO5 P3 Practical 30 LO2 T1 Final Examination 40 LO2 T1 Assignment
LO9 S1 Project 20 LO7 S1 Project 20 LO6 S1 Presentation
Reflection 10

TOTAL 100 TOTAL 100 TOTAL
M&E SERVICES TECHNOL
COURSES DMD30273 COMPUTER AIDED DRAWING DMD30283 PNEUMATICS AND DMD30293
2 HYDRAULICS
SEMESTER ACRONYM
LO4 P1 ASSESMENT METHOD % ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD
LO4 P2
LO5 P1 Practical 35 LO3 T1 Theory Test 20 LO1 T1 Theory Test 1
Project 15 LO3 T2
3 LO5 P2 Practical Test 1 20 LO4 P1 Final Examination 20 LO2 T2 Theory Test 2
LO10 S1 Practical Test 2 20 LO4 P2
Presentation 10 LO4 P3 Practical 15 LO5 P1 Practical 1
COURSES DMD40303 S1
LO7 Final Examination 20 LO5 P2 Practical 2
SEMESTER ACRONYM TOTAL 100
LO4 P1 Project 15 LO5 P3 Practical 3
LO5 P1
LO11 S1 Presentation 10 LO10 S1 Presentation, Report

4 TOTAL 100 TOTAL

COURSES DMD50363 WORKSHIP PRACTICE DMD40313 STRENGTH OF MATERIALS DMD40323 PIPING PROCESS DRAUGHTIN
AND INSTRUMENTATION
SEMESTER ACRONYM
LO1 T1 ASSESMENT METHOD % ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD
LO5 P1
LO5 P2 Project 70 LO1 T1 Theory Test 30 LO1 T1 Theory Test
Project 20 LO1 T2 Final Examination
5 LO5 P3 Project 10 LO1 T3 Assignment 10 LO1 T2 Practical
LO10 S1 T1 Project
LO2 S1 Quiz 10 LO5 P1 Final Examination
LO9 Presentation
Final Examination 40 LO5 P2
TOTAL
Presentation 10 LO5 P3 PRESSURE VESSEL
DESIGN
LO9 S1

TOTAL 100 TOTAL 100
COMPUTER AIDED DRAWING DMD50373
3 MACHINE COMPONENT DMD50382
DESIGN

ASSESMENT METHOD % ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD

Theory Test 10 LO1 T1 Theory Test 1 15 LO1 T1 Theory Test 1
Practical Test 30 LO2 T1 Theory Test 2 15 LO2 T1 Theory Test 2
Practical 30 LO2 T2 Assignment 20 LO2 T2 Assignment
Project 20 LO2 T3 Final Examination 40 LO2 T3 Final Examination
Presentation 10 LO6 S1 10 LO8 S1 Presentation
Presentation

TOTAL 100 TOTAL 100 TOTAL

Note: LO5 : Modern Tool Usage LO9 : Individual and Team Work T
LO1 : Knowledge LO6 : The Engineer and Society LO10: Communication P
LO2 : Problem Analysis LO7 : Environment and Sustainability LO11: Project Management and Finance S
LO3 : Design Development of Solution LO8 : Ethics LO12: Life Long Learning X
LO4 : Investigation

EDITION 3.0 (JANUARY 2020)

GE

DKV10222 OCCUPATIONAL SAFETY AND
HEALTH

% ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD %

40 LO1 T1 Theory Test 20

40 LO1 T2 Final Examination 40
10 LO2 T1 Assignment 20
10 LO6 S1 Presentation 20

100 TOTAL 100 TOTAL 0 TOTAL 0
DMD20262 ELECTRICAL TECHNOLOGY

% ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD %

30 LO1 T1 Theory Test 1 20
30 LO1 T2 Quiz 10
30 LO2 T1 Theory Test 2 20
10 LO2 T2 Final Examination 40
S1 Project 10
LO9

100 TOTAL 100
LOGY DKV21273 STATICS AND DYNAMICS

% ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD %

15 LO1 T1 Theory Test 40 TOTAL 0
15 LO1 T2 Theory Assignment 10 MANUFATURING PROCESSES
20 LO2 T1 Final Theory 40
20 LO10 S1 Assignment 10
15
15 TOTAL 100 TOTAL 0
100
NG DMD40332 PROJECT PROPOSAL DMD40342 ERGONOMICS DMD40352

% ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD %

20 LO1 T1 Field Study Report 10 LO2 T1 Assignment 25 LO1 T1 Theory Test 1 10
20 LO1 T2 Project Report 30 LO3 T1 Theory Test 25 LO1 T2 Theory Test 2 10
15 LO2 T1 Project 30 LO3 T2 Final Examination 40 LO1 T3 Final Examination 40
15 LO9 S1 Project 20 LO12 S1 Presentation 10 LO2 T1 Project 20
20 LO10 S1 Presentation 10 Assignment 10
10 LO2 T2 Presentation 10
100 LO10 S1

DMD50393 TOTAL 100

PIPING PROCESS DESIGN DMD51404 FINAL YEAR PROJECT

% ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD % ACRONYM ASSESMENT METHOD %

15 LO1 T1 Theory Test 10 LO3 T1 Report 20
15 LO1 T2 Project 40
20 LO5 P1 Assignment 10 LO4 P1 Presentation 10
40 LO5 P2 Presentation 10
10 LO5 P3 Practical 10 LO4 P2 Log Book 10
S1 Report 10
LO8 Project 20 LO7 S1
100
Final Examination 40 LO11 S1

Presentation 10 LO12 S1

TOTAL 100

TX : Cognitive Assessment
PX : Pyschomotor Assessment
SX : Affective Assessment
X: Series number in same domain

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 1



Semester 1

Detailed Assessment

ASSESSMENT INSTRU
DMD10213 ENGINE

PROGRAMME LEARNING PLO 4
OUTCOMES (PLO)

COURSE LEARNING OUTCOMES CLO 1: CLO 2:
(CLO) Reproduce basic drafting techniques in drafting Construct mechanic
skills, geometrical constructions and free hand instrument in drawi
sketching in engineering drawing.
Unit 3 to unit 6
DOMAIN & LEVEL P3 Demonstration, Pra

UNIT Unit 1 to unit 2 Practical Test 2 (2
Demonstration, Practical Individual
TEACHING & LEARNING
METHODS Practical Test 1 (20%)
ASSESSMENT METHOD & Individual
WEIGHTAGE

GROUPING/INDIVIDUAL

ASSESSMENT INSTRUMENT Job Sheet Job Sheet

MARKING INSTRUMENT Practical Marking Scheme Practical Marking Sc

EVALUATION MATERIAL Drawing Drawing

NUMBER OF QUESTION/TASK 1 question 1 question

ASSESSMENT DESCRIPTION Geometrical Constructions Orthographic Proje
PERCENTAGE 100% Dimensioning, Secti
DURATION OF TASK 2 Hours
View, Isometri

100%

2 Hours

EDITION 3.0 (JANUARY 2020)

UMENT FORMAT (AIF)
EERING DRAWING 1

PLO 5 PLO 10

cal drawing in standard method by using measuring tools and CLO 3:
ng into 2D and 3D projection. Demonstrate competence in
communication including writing and
6 P4 Unit 8 speaking/ presentation skills.
actical All Units Project
Demonstration, Practical A3

Unit 8

Project

20%) Practical (30%) Project 1 (20%) Presentation (10%)

Individual Grouping Grouping

Job Sheet Project Sheet Project Sheet

cheme Practical Marking Scheme Practical Marking Scheme Affective Marking Scheme
Affective Marking Scheme
Drawing End Product
Drawing

3 Tasks 1 Task 1 Task

ection, Orthographic Projection, Max group of 4 Domain Affective LO4
ioning Dimensioning, Sectioning
ic 100% 100%
View, Isometric 7 Hours 2 Hours

100%

9 Hours

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 2

ASSESSMENT INSTRU
DMD10223 COMPUTE

PROGRAMME LEARNING PLO 4
OUTCOMES (PLO)

COURSE LEARNING OUTCOMES CLO 1:
(CLO) Manipulate the function of various command/setting using
CAD software required by the task.

DOMAIN & LEVEL P4

UNIT Unit 1 to unit 6 Unit 1 to unit 9
Demonstration, Practical Demonstration, Practical
TEACHING & LEARNING
METHODS Practical Test 1 (20%) Practical Test 2 (20%)
ASSESSMENT METHOD & Individual Individual
WEIGHTAGE

GROUPING/INDIVIDUAL

ASSESSMENT INSTRUMENT Job Sheet Job Sheet

MARKING INSTRUMENT Practical Marking Scheme Practical Marking Scheme

EVALUATION MATERIAL Drawing Drawing
NUMBER OF QUESTION/TASK 1 Task 2 Tasks

ASSESSMENT DESCRIPTION Geometrical Construction Orthographic Projection,
Isometric Drawing

PERCENTAGE 100% 100%
DURATION OF TASK 3 Hours 3 Hours

EDITION 3.0 (JANUARY 2020)

UMENT FORMAT (AIF)
ER AIDED DRAWING 1

PLO 5 PLO 10

CLO 2: CLO 3:
Construct a 2D and 3D technical drawing using CAD software Organize communication
with refers drafting standard. effectively on well-defined
engineering activities.

P4 A4

All Units All Units All Units

Practical Practical Discussion

Practical (35%) Project (15%) Presentation (10%)

Individual Grouping Grouping

Job Sheet Project Sheet Project Sheet

Practical Marking Scheme Project Marking Scheme Affective Marking Scheme

Drawing Drawing Affective Marking Scheme
1 Task
Max 3 Tasks 1 Task
Domain Affective LO4
Geometrical Construction, Detail Drawing, Assembly
Detail Drawing, Assembly Drawing, Exploded Drawing 100%
3 Hours
Drawing

100% 100%

18 Hours 18 Hours

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 3

ASSESSMENT INSTRU
DKV 10213 ENGIN

PROGRAMME LEARNING PLO 1
OUTCOMES (PLO)

COURSE LEARNING OUTCOMES CLO 1 : Explain the common concepts of engineering science CLO

(CLO) in mechanical systems. (PLO1, C3)

DOMAIN & LEVEL C4 UNIT 5,6,7
UNIT 1,2,3,4
UNIT
TEACHING & LEARNING Lecture
METHODS
ASSESSMENT METHOD & Theory Test 1 (20%) Theory Test 2 (20%)
WEIGHTAGE
Individual
GROUPING/INDIVIDUAL
Subjective Test Subjective Test
ASSESSMENT INSTRUMENT
Test Marking Scheme Test Marking Scheme T
MARKING INSTRUMENT
Answer Script Answer Script
EVALUATION MATERIAL
4 Structure questions 3 Structure Question
NUMBER OF QUESTION/TASK

ASSESSMENT DESCRIPTION Ch

PERCENTAGE 100% 100%
DURATION OF ASSESSMENT 1 .5 Hours 1.5 Hours

EDITION 3.0 (JANUARY 2020)

UMENT FORMAT (AIF)
NEERING SCIENCE

PLO 2 PLO 9

O 2 : Apply appropriate concepts and methods to solve CLO 3: Demonstrate positive team-
related engineering science problems. (PLO2, C4) working attributes by contributing
actively in group work activities. (PLO10,
A3)

C3 A4

UNIT 1,2,3,4,5,6,7 Unit 3,4,5,6,7 Unit 3,4,5,6,7
Lecture Project, Group Work and
Project, Group Work and Presentation
Theory Final (40%) Presentation
Report (5%)
Model (10%) Presentation (5%)

Individual Group Group

Subjective Test Assignment Sheet Assignment Sheet

Test Marking Scheme Assessment Rubric Assessment Rubric

Answer Script Assessment Rubric Assessment Rubric

7 Structure Question 1 Task 1 Task
100% Attributes
Section A:
Answer 2 question Domain Affective LO5B
Assessment based on Theory Assignment
compulsary
Section B: 100%
hoose 3 question from 5
question.

100%

3 Hours 1 Hour 1 Hour

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 4

COURSE LEARNING OUTCOMES (C

Name Of Programme : DIPLOMA IN ENGINEERING TECHNOLOGY
Code & Name Of Course : DKV 10113 ENGINEERING SCIENCE

COURSE LEARNING OUTCOMES UNITS Remembering
NO
Objective Subjectiv
(CLO) EMD EMD

1.0 Physical Quantities And Basic Units 1
1
2.0 Velocity And Acceleration 11
1
CLO2 Apply appropriate concepts and methods to 3.0 Triangle And Polygon Of Force 2
solve related engineering science problems. 4.0 Friction 11
(PLO2, C4) 1
5.0 Work, Power And Energy 000082

6.0 Stress And Strain E – Easy
M – Medium
7.0 Solid And Fluid D – Difficult
NO. OF QUESTIONS

Keys:

C1 – Remembering
C2 – Understanding
C3 – Applying
C4 - Analysing
C5 - Evaluating
C6 - Creating/Designing

EDITION 3.0 (JANUARY 2020)

MQA-P08 (Diploma)

CLO) AND TEST BLUEPRINT MATRIX

FINAL THEORY - 40%

Understanding Applying Analysing Evaluating Creating/Designing NO OF
QUES.
ve Objective Subjective Objective Subjective Objective Subjective Objective Subjective Objective Subjective
2
D EMD EMD EMD EMD EMD E M D E M D EMD EMD EMD 5
5
1 3
5
22 5
3
12 1 28

11

21

11 2

11
2000190000080

Level Of Construct (C1:C2:C3:C4:C5:C6) = 10 : 10 : 8 : 0 : 0 : 0
Level Of Difficulty (E : M : D) = 0: 9 : 1

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 5

ASSESSMENT INSTRU
DKV1022

PROGRAMME LEARNING PLO 1
OUTCOMES (PLO)
CLO 1:
COURSE LEARNING OUTCOMES Apply Occupational Safety and Health Act ( OSHA) a
(CLO) how to prevent and react to hazard effectively

DOMAIN & LEVEL C3 Unit 1,2,3,4
Unit 1,2,3,4,9,10,11,12,13,14 10,11,12
UNIT
Lecture
TEACHING & LEARNING
METHODS Theory Test Final T
ASSESSMENT METHOD & (20%) (40
WEIGHTAGE
GROUPING/INDIVIDUAL Individual Indivi

ASSESSMENT INSTRUMENT Subjective Test Subjecti

MARKING INSTRUMENT Test Marking Scheme Examination M

EVALUATION MATERIAL Answer Script Answer
NUMBER OF QUESTION/TASK 5 Structure questions
6 Structure
Answ

ASSESSMENT DESCRIPTION Answer All Question Answer 4 Qu

PERCENTAGE 100% 100
DURATION OF TASK 2 Hours 2 Ho

EDITION 3.0 (JANUARY 2020)

UMENT FORMAT (AIF)
22 OSHA

at work place on PLO 2 PLO 6

CLO 2: CLO 3:
Analyze safety practices in Develop safety and health
building and facilities, health awareness at work place that
and environment as well as in has been identified
fire protection based on OSHA Communicate effectively and
1994 work collaboratively as a team
in an assigned project

4,5,6,7,8,9, C4 A4
2,13,14 Unit 1,2,3,9,10,11,12,13,14 Unit 1,2,3,9,10,11,12,13,14

Theory Discussion Discussion
0%) Assignment Presentation
idual
ive Test (20%) (20%)
Individual Grouping
Marking Scheme Assignment Sheet Assignment Sheet
Assignment Rubric Presentation Rubric
r Script
e questions, Assignment Report Observation
wer 4
1 Task 1 Task

uestion ONLY Maximum group of four Domain Affective LO5A

0% 100% 100%
ours 1 Hours 2 Hours

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 6



Semester 2

Detailed Assessment

ASSESSMENT INSTRU
DMD20233 ENGINE

PROGRAMME LEARNING PLO 1
OUTCOMES (PLO)
CLO 1: CLO 2:
COURSE LEARNING OUTCOMES Perform basic standards in fit limit tolerances Construct mechan
(CLO) and geometrical dimensioning & tolerances for standard arrangem
mechanical engineering drawing.

DOMAIN & LEVEL C2 Unit 1
UNIT Demonstration
Unit 2, 3 & 4
TEACHING & LEARNING METHODS Lecture, Practical
Tutorial,
ASSESSMENT METHOD & Discussion Prac
WEIGHTAGE
Theory Test (10%)

GROUPING/INDIVIDUAL Individual Individual
ASSESSMENT INSTRUMENT Subjective Question Job Sheet
MARKING INSTRUMENT Test Marking Scheme Practical Marking Sc

EVALUATION MATERIAL Answer script Drawing

NUMBER OF QUESTION/TASK Min 2 questions 1 Task

ASSESSMENT DESCRIPTION Fit Limit & Tolerances, Geometrical Dimensioning Auxiliary View
& Tolerances, Fasteners
PERCENTAGE
DURATION OF TASK 100% 100%
1 Hour 3 Hours

EDITION 3.0 (JANUARY 2020)

UMENT FORMAT (AIF)
EERING DRAWING 2

PLO 5 PLO 9

nical drawing in standard method by using software CAD and comply the CLO 3:
ment. Use resources to function
effectively as an individual,
and as a member in diverse
technical terms.

P4 A4
All Units
Unit 5 Unit 1, 4 & 5 Unit 6

n, Demonstration, Demonstration, Demonstration, Discussion

Practical Practical Practical

ctical Test (30%) Practical (30%) Project (20%) Reflection (10%)
- Project

Individual Individual Grouping Grouping

Job Sheet Job Sheet Project Sheet Project Sheet

cheme Practical Marking Practical Marking Practical Marking Affective Marking Scheme
Scheme Scheme Scheme

Drawing Drawing Drawing Affective Marking Scheme

1 Task Max 3 Tasks 1 Task 1 Task

Cam Auxiliary View, Maximum group of 4 Domain Affective L05B
Fasteners, Cam, Gear

100% 100% 100% 100%

3 Hours 21 Hours 10 Hours 2 Hours

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 7

ASSESSMENT INSTRU
DMD20243 TH

PROGRAMME LEARNING PLO1
OUTCOMES (PLO)
CLO 1: Apply the fundamentals of fluids to solve
COURSE LEARNING related problems.
OUTCOMES (CLO)

DOMAIN & LEVEL C3
UNIT
UNIT 1, 2, 3 & 4 UNIT 1, 2, 3 & 4
TEACHING & LEARNING
METHODS Lecture

ASSESSMENT METHOD & Quiz 10% Theory Test (30%)
WEIGHTAGE

GROUPING/INDIVIDUAL Individual Individual

ASSESSMENT Subjective Test Subjective Test
INSTRUMENT
Quiz Marking Scheme Test Marking Scheme
MARKING INSTRUMENT

EVALUATION MATERIAL Answer Script Answer Script
2 Quizes 2 Tasks
NUMBER OF
QUESTION/TASK

ASSESSMENT Individual Individual
DESCRIPTION
100% 100%
PERCENTAGE 1 Hour 4 Hours
DURATION OF TASK

EDITION 3.0 (JANUARY 2020)

UMENT FORMAT (AIF)
HERMOFLUIDS

PLO2 PLO7
CLO 2: Analyze the thermofluids
caseses according appropriate CLO 3: Demonstrate the ability to work
methodes. in team and contributes an
experiances to complete assigned
C4 tasks during practical work sessions.
All Units
A3
UNIT 3 &4

Lecture Discussion

Final Examination (40%) Project (20%)

Individual Grouping
Subjective Test Job Sheet
Examination Marking Scheme Affective Marking Scheme
1. Answer Script Affective Marking Scheme
2. Properties Table
6 Structure questions, Answer 4 1 Task

Individual Domain Affective LO6
Attribute 6.4
100% 100%
3 Hours 7 Hours

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 8

COURSE LEARNING OUTCOMES (C

Name Of Programme : Diploma in Mechanical Design Engineering Technology
Code & Name Of Course : DMD20243 THERMOFLUIDS

NO COURSE LEARNING OUTCOMES UNITS Remembering
CLO2 (CLO) Objective Subjectiv
EMD EMD
1.0 Introduction of Fluid Mechanics
000000
2.0 Fundamental Concepts for Flow Analysis

Analyze the thermofluids caseses according 3.0 Mechanics of Non-Flowing Fluids
appropriate methodes. (PLO2) (C4)
4.0 First Law of Thermodynamics-Closed
Systems

5.0 Introduction of Thermodynamics

6.0 First Law of Thermodynamics-Closed
Systems
7.0 First Law of Thermodynamics-Open
System

NO. OF QUESTIONS

Keys:

C1 – Remembering E – Easy
C2 – Understanding M – Medium
C3 – Applying D – Difficult
C4 - Analysing
C5 - Evaluating
C6 - Creating/Designing

EDITION 3.0 (JANUARY 2020)

MQA-P08 (Diploma)

CLO) AND TEST BLUEPRINT MATRIX

FINAL THEORY - 40%

Understanding Applying Analysing Evaluating Creating/Designing NO OF
QUES.
ve Objective Subjective Objective Subjective Objective Subjective Objective Subjective Objective Subjective

D EMD EMD EMD EMD EMD E M D E M D EMD EMD EMD

11 2

11 2

1 11 3

2 11 4

1 11 3

1 11 3

1 11 3
0000000000620000 0 4 3 0 0 0221000000 20

Level Of Construct (C1:C2:C3:C4:C5:C6) = 0 : 0 : 8 : 7: 5 : 0
Level Of Difficulty (E : M : D) = 4: 4 : 2

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 9

PROGRAMME LEARNING ASSESSMENT INSTRU
OUTCOMES (PLO) DMD20252 ENGINEERING M

COURSE LEARNING PLO 1
OUTCOMES (CLO)
CLO 1:
Identify the structure of materials, mechanical and physical properties of
engineering materials.

DOMAIN & LEVEL C2

UNIT Unit 1 to unit 4 Unit 5 to unit 8 All Units

TEACHING & LEARNING Lecture, Tutorial, E-Learning, Discussion,
METHODS
Theory Test (30%) Final Examination (30%)
ASSESSMENT METHOD &
WEIGHTAGE

GROUPING/INDIVIDUAL Individual Individual Individual

ASSESSMENT INSTRUMENT Test 1 Test 2 Final Theory
MARKING INSTRUMENT
EVALUATION MATERIAL Test Marking Scheme Test Marking Scheme Examination Marking
Scheme

Answer script Answer script Answer script

NUMBER OF QUESTION/TASK Min 3 questions Min 3 questions 6 Structure questions,
Answer 4

ASSESSMENT DESCRIPTION 100% 100% 100%
PERCENTAGE 1 hour 1 hour 2 hours
DURATION OF TASK

EDITION 3.0 (JANUARY 2020)

UMENT FORMAT (AIF)
MATERIALS FUNDAMENTAL

PLO 3 PLO 6

CLO 2: CLO 3:
Describe the various materials and its charaterictics used in Relate knowledge of societal, health, safety, legal
engineering. and consequent responsibilities relevant to
engineering technician practice and solutions to
C3 well-defined engineering problems.
Unit 5 to unit 11
Lecture, Discussion A4

All Units

Case Study, Discussion

Assignment (30%) Presentation (10%)

Grouping Grouping Grouping

Assignment Sheet 1 Assignment Sheet 2 Project Sheet
Assignment Rubric Assignment Rubric Affective Marking Scheme
Affective Marking Scheme
Answer Script Answer Script

1 Task 1 Task 1 Task

Maximum group of 3 person Domain Affective LO5A

100% 100% 100%
4 hours
4 hours 2 hours

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 10

COURSE LEARNING OUTCOMES (C

Name Of Programme : Diploma in Mechanical Design Engineering Technology
Code & Name Of Course : DMD20252 Engineering Materials Fundamentals

COURSE LEARNING OUTCOMES UNITS Remembering
NO Objective Subjectiv
EMD EMD
(CLO)
1
1.0 The Structure of Material 1
1
2.0 Mechanical Properties of Material
1
3.0 Mechanical Test of Materials
000040
4.0 Physical Properties of Material E – Easy
M – Medium
Identify the structure of materials, mechanical 5.0 Ferrous Alloy D – Difficult

and physical properties of engineering 6.0 Non Ferrous Alloy

CLO1 materials. (PLO1, 7.0 Heat Treatment
C1)

8.0 Plastics

9.0 Others Engineering Material And
Applications

10.0 Corrosion of Materials

11.0 Material Selection

Keys: NO. OF QUESTIONS

C1 – Remembering
C2 – Understanding
C3 – Applying
C4 - Analysing
C5 - Evaluating
C6 - Creating/Designing

EDITION 3.0 (JANUARY 2020)

MQA-P08 (Diploma)

CLO) AND TEST BLUEPRINT MATRIX

FINAL THEORY - 30%

Understanding Applying Analysing Evaluating Creating/Designing NO OF
QUES.
ve Objective Subjective Objective Subjective Objective Subjective Objective Subjective Objective Subjective
D EMD EMD EMD EMD EMD E M D E M D EMD EMD EMD 1
1
1 1 3
1
1 1 1
11 1 2
11 1 3
3
1

11

11 1 3
1 1 2

0000060000030000 0 6 0 0 0 0020000000 21

Level Of Construct (C1:C2:C3:C4:C5:C6) = 4 : 6 : 3 : 6: 2 : 0
Level Of Difficulty (E : M : D) = 0 : 10 : 0

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 11

ASSESSMENT INSTRU
DMD20262 ELECTRI

PROGRAMME LEARNING PLO 1
OUTCOMES (PLO)

CLO 1:

Explain the component, quantities and units and apply Ohm’s
COURSE LEARNING OUTCOMES law to determine voltage, current and resistance in electric
(CLO)
circuit

DOMAIN & LEVEL C2
UNIT UNIT 1,2 and 3
TEACHING & LEARNING
METHODS Lecture
ASSESSMENT METHOD &
WEIGHTAGE Theory Test 1 (20%) Quiz (10%)

GROUPING/INDIVIDUAL Individual Individual
Subjective Test Subjective Test
ASSESSMENT INSTRUMENT Test Marking Scheme Test Marking Scheme
MARKING INSTRUMENT

EVALUATION MATERIAL Answer Script Answer Script

NUMBER OF QUESTION/TASK Maximum 3 questions (answer Max of 2 quizzes M
all)

ASSESSMENT DESCRIPTION Theory Test Theory Test

PERCENTAGE 100% 100%
DURATION OF TASK 1 Hour 1 Hour

EDITION 3.0 (JANUARY 2020)

UMENT FORMAT (AIF)
ICAL TECHNOLOGY

PLO 2 PLO 9
CLO 3:
CLO 2: Demonstrate function
Analyze the principles of electrical circuits, electromagnetism, effectively as an individual, and
as a member in diverse
transformers and energy storage elements to solve related technical teams
problems.
A3
UNIT 4,5 and 6 C4 All All
Lecture Project

Theory Test 2 (20%) Final Examination (40%) Project (10%)

Individual Individual Grouping
Subjective Test Subjective Test Assignment Sheet
Test Marking Scheme Test Marking Scheme Affective Marking Scheme

Answer Script Answer Script Affective Marking Scheme

Maximum 3 questions (answer 6 questions 1 Task
all) (answer 4)
Domain Affective L05B
Theory Test Theory Test
100%
100% 100% 2 Hours
1 Hour 2 Hours

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 12

COURSE LEARNING OUTCOMES (C

Name Of Programme : Diploma in Mechanical Design Engineering Technology
Code & Name Of Course : DMD20262 Electrical Technology

COURSE LEARNING OUTCOMES UNITS Remembering
NO Objective Subjectiv
EMD EMD
(CLO)
1
CLO2 Analyze the principles of electrical circuits, 1.0 Components, Quantities and Units 1
electromagnetism, transformers and energy 2.0 Voltage, Current and Resistance
storage elements to solve related 3.0 Ohm's Law 000110
problems.(PLO2,C4) 4.0 Series Circuits
5.0 Parallel Circuits E – Easy
6.0 Series-Parallel Circuits M – Medium
7.0 Energy Storage Elements D – Difficult
8.0 Transformer

NO. OF QUESTIONS

Keys:

C1 – Remembering
C2 – Understanding
C3 – Applying
C4 - Analysing
C5 - Evaluating
C6 - Creating/Designing

EDITION 3.0 (JANUARY 2020)

MQA-P08 (Diploma)

CLO) AND TEST BLUEPRINT MATRIX

FINAL THEORY - 40%

Understanding Applying Analysing Evaluating Creating/Designing NO OF
QUES.
ve Objective Subjective Objective Subjective Objective Subjective Objective Subjective Objective Subjective
1
D EMD EMD EMD EMD EMD E M D E M D EMD EMD EMD 1
4
1 2
3
1 3
3
11 11 3
20
11

11 1

11 1

2

11
0000050000070000 0 2 4 0 0 0000000000

Level Of Construct (C1:C2:C3:C4:C5:C6) = 2 : 5 : 7 : 6: 0 : 0
Level Of Difficulty (E : M : D) = 1: 8 : 2

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 13



Semester 3

Detailed Assessment

ASSESSMENT INSTRU
DMD30273 COMPUTE

PROGRAMME LEARNING PLO 4
OUTCOMES (PLO)

COURSE LEARNING OUTCOMES CLO 1:
(CLO) Manipulate tools and setting during creation of various
Mechanical parts for documentation and product
simulation.

DOMAIN & LEVEL P4

UNIT All Units All Units
Practical Discussion, Practical
TEACHING & LEARNING Practical (35%)
METHODS Individual Project (15%)
ASSESSMENT METHOD & Grouping
WEIGHTAGE

GROUPING/INDIVIDUAL

ASSESSMENT INSTRUMENT Job Sheet Project Sheet

MARKING INSTRUMENT Practical Marking Scheme Practical Marking Scheme
Assessment Rubric (Report)

EVALUATION MATERIAL Drawing Drawing
NUMBER OF QUESTION/TASK Max 3 Tasks 1 Task

ASSESSMENT DESCRIPTION Parts, Orthographic Orthographic Projection,
Projection, Dimensioning, Dimensioning, Sectioning
Sectioning View, Assembly View, Assembly, Simulation

PERCENTAGE 100% 100%
DURATION OF TASK 18 Hours 12 Hours

EDITION 3.0 (JANUARY 2020)

UMENT FORMAT (AIF)
ER AIDED DRAWING 2

PLO 5 PLO 10

CLO 2: CLO 3:
Construct a 3D model, assembly and technical drawing Organize communication
using 3D CAD software with refers drafting standard. effectively on well-defined
engineering activities.
P4
A3

Unit 1 to unit 4 Unit 1 to unit 5 All Units

Demonstration, Practical Demonstration, Practical Discussion

Practical Test 1 (20%) Practical Test 2 (20%) Presentation (10%)
Individual Individual
Job Sheet Job Sheet Grouping /
Individual

Project Sheet

Practical Marking Scheme Practical Marking Scheme Affective Marking Scheme

Drawing Drawing Affective Marking Scheme
1 Task 1 Task 1 Task

Part, Orthographic Parts, Orthographic Domain Affective L04
Projection, Dimensioning Projection, Dimensioning,
Sectioning View, Assembly

100% 100% 100%

3 Hours 3 Hours 3 Hours

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 14

ASSESSMENT INSTRU
DMD30283 PNEUMAT

PROGRAMME LEARNING PLO 3 Design pneumati
OUTCOMES (PLO)
CLO 1:
COURSE LEARNING OUTCOMES Analyze the basic concept and function of pneumatics and
(CLO) hydraulics system.

DOMAIN & LEVEL UNIT 1 & 2 C4 UNIT 1, 2, 3 & 5
UNIT Lecture
TEACHING & LEARNING
METHODS Theory Test (20%) Final Examination (20%) Practical (15
ASSESSMENT METHOD &
WEIGHTAGE Individual Individual Grouping
Subjective Test Subjective Test Job Sheet
GROUPING/INDIVIDUAL

ASSESSMENT INSTRUMENT

MARKING INSTRUMENT Test Marking Scheme Examination Marking Scheme Practical Marking

EVALUATION MATERIAL Answer Script Answer Script 1. Observation durin
practical/
NUMBER OF QUESTION/TASK 3 Structure questions/2 tests 6 Structure questions, 2. End product evalu
Answer 4
3 Practica

ASSESSMENT DESCRIPTION Individual

PERCENTAGE 100% 100% 100%
DURATION OF TASK 4 Hours 2 Hours 6 Hours

EDITION 3.0 (JANUARY 2020)

UMENT FORMAT (AIF)
TICS AND HYDRAULICS

PLO 4 PLO 7
CLO 2:
ic, electro-pneumatic and hydraulic circuit according to assigned tasks CLO 3:
Demonstrate understanding of
P7 engineering norm and contributes an
UNIT 4, 5 & 6 experiances to practices in pneumatics
Demonstration, Practical and hydraulics during practical work
sessions.

A3
UNIT 6

Discussion

5%) Final Examination(20%) Project (15%) Presentation (10%)
Grouping Grouping
g Individual
t Job Sheet Project Sheet Project Sheet
Practical Marking Scheme Affective marking scheme
g Scheme Practical Marking Scheme
Observation Affective marking scheme
ng 1. Observation during
uation practical/ 1 Task 1 Task
2. End product evaluation Domain Affective LO6

al 1 Task Attribute 6.4
100%
l Individual Maximum group of four 6 Hours

100% 100%
2 Hours 9 Hours

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 15

COURSE LEARNING OUTCOMES (C

Name Of Programme : Diploma in Mechanical Design Engineering Technology
Code & Name Of Course : DMD30283 PNEUMATICS AND HYDRAULICS

COURSE LEARNING OUTCOMES UNITS Remembering
NO Objective Subjectiv
EMD EMD
(CLO)
000000
CLO2 Analyze the basic concept and function of 1.0 Introduction to Pneumatic System E – Easy
pneumatics and M – Medium
hydraulics system. (PLO3,C4) 2.0 Pneumatic Components D – Difficult

3.0 Installation of Pneumatic Circuit
4.0 Electro-Pneumatics Overview and
Application
5.0 Introduction to Hydraulic System

6.0 Installation of Hydraulic Circuit
NO. OF QUESTIONS

Keys:

C1 – Remembering
C2 – Understanding
C3 – Applying
C4 - Analysing
C5 - Evaluating
C6 - Creating/Designing

EDITION 3.0 (JANUARY 2020)

MQA-P08 (Diploma)

CLO) AND TEST BLUEPRINT MATRIX

FINAL THEORY - 20%

Understanding Applying Analysing Evaluating Creating/Designing NO OF
QUES.
ve Objective Subjective Objective Subjective Objective Subjective Objective Subjective Objective Subjective

D EMD EMD EMD EMD EMD E M D E M D EMD EMD EMD

11 1 3

1 11 3

11 1 1 4

1 11 1 4

11 1 3

11 1 3
20
0000232000142000 2 2 2 0 0 0000000000

Level Of Construct (C1:C2:C3:C4:C5:C6) = 0 : 7 : 7 : 6: 0 : 0
Level Of Difficulty (E : M : D) = 3: 5 : 3

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 16

ASSESSMENT INSTRU
DMD30293 M&E SER

PROGRAMME LEARNING PLO 1
OUTCOMES (PLO)

COURSE LEARNING OUTCOMES CLO 1: CLO 2:
(CLO) Explain the basic mechanical and electrical service Construct domest
technology in building.

DOMAIN & LEVEL C2

UNIT Unit 1 to unit 3 Unit 5,6 & 8 Unit 2 & 3
Discussion, Pra
TEACHING & LEARNING Lecture, Practical, E-Learning Lecture, Practical, E-Learning
METHODS Practical 1 (20
ASSESSMENT METHOD & Theory Test 1 (15%) Theory Test 2 (15%) Individual
WEIGHTAGE
Individual Individual
GROUPING/INDIVIDUAL

ASSESSMENT INSTRUMENT Subjective Test Subjective Test Job Sheet

MARKING INSTRUMENT Test Marking Scheme Test Marking Scheme Practical Marking

EVALUATION MATERIAL Theory Test Theory Test Drawing
NUMBER OF QUESTION/TASK Max 3 questions Max 3 questions Max 4 task

Floor plan drawing,

ASSESSMENT DESCRIPTION Introduction to M&E, Air conditioning system, water piping system
Architectural distribution system and fire layout,Schematic dr
PERCENTAGE sanitary system and
DURATION OF TASK drawing,Domestic piping fighting system drawing of cold wat
system

system

100% 100% 100%
1 Hour 1 Hour 10 Hours

EDITION 3.0 (JANUARY 2020)

UMENT FORMAT (AIF)
RVICES TECHNOLOGY

PLO 5 PLO 10
CLO 3:
tic piping and electrical system for single storey building. Conceptualize M&E service technology
installation in a building and produce
3 P4 Unit 9 project report based on a given topics.
actical Unit 4 & 7 Discussion, Practical
0%) Discussion, Practical A4
l Practical 2 (20%) Practical 3 (15%) Unit 10 & 11
t Individual Individual
Job Sheet Job Sheet Discussion

Presentation & Report (15%)

Grouping

Project Sheet

Scheme Practical Marking Scheme Practical Marking Scheme Affective Marking Scheme

Drawing Drawing Affective Marking Scheme
1 Task
ks Max 4 tasks Max 3 tasks
Domain Affective L04
Cold Electrical symbol/ Electrical Fire fighting symbol,Fire
m calculation,Electrical layout, fighting layout andIsometric 100%
rawing of Aircond symbol/aircond drawing of fire fighting 1 Hour
d Isometric calculation and Aircond system
ter piping layout

100% 100%
7 Hours 5 Hours

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 17

ASSESSMENT INSTRU
DKV 21173 STATIC

PROGRAMME PLO 1
LEARNING OUTCOMES
(PLO)

COURSE LEARNING CLO 1 : Appy knowledge of moment in force system resultant for 3D
OUTCOMES (CLO) forces and moments in equilibrium state, centroids and moment o
inertia of rigid body and the motion of a body in curvilinear and angula
(PLO1, C3)

DOMAIN & LEVEL Unit 1,2, 3 and 4 C3 Unit 2,3,4& 5
Unit 5 ,6,7 and 8
UNIT
Lecture
TEACHING & LEARNING
METHODS

ASSESSMENT METHOD Theory Test 1 (20%) Theory Test 2 (20%) Theory Assignment
& WEIGHTAGE (10%)

GROUPING/INDIVIDUAL Individual

ASSESSMENT Subjective Test Subjective Test Subjective Test
INSTRUMENT

MARKING INSTRUMENT Test Marking Scheme Test Marking Scheme Test Marking Scheme

EVALUATION MATERIAL Answer Script Answer Script Answer Script

NUMBER OF 4 Structure questions 4 Structure questions 4 Questions
QUESTION/TASK (Answer 3 questions)

ASSESSMENT 100% 100% 100%
DESCRIPTION 1 Hour 1.5 Hour 1 Hour

PERCENTAGE
DURATION OF
ASSESSMENT

UMENT FORMAT (AIF) EDITION 3.0 (JANUARY 2020)
CS AND DYNAMICS PLO 10

PLO 2

D, CLO 2 : Identify solutions for moment in force CLO 3: Communicate effectively on well defined
of system resultant for 3D, forces and moments in engineering in analyse the motion of a body in
ar. equilibrium state, centroids and moment of curvilinear and angular (PLO10, A4)
inertia of rigid body and the motion of a body in

curvilinear and angular. (PLO2, C4)

C4 A4
Unit 1,2, 3, 4,5 ,6,7 and 8 Unit 7 & 8
Discussion and Presentation
Lecture

Theory Final (40%) Assignment (10%)

Individual Grouping
Assignment Sheet
Subjective Test Assessment Rubric
Assessment Rubric
e Test Marking Scheme
Answer Script 1 Task

7 Structure Question Attributes
4.1 Verbal Communication
Section A: 4.2 Written Communication
Answer 2 question compulsary
100%
Section B: 1 Hours
Choose 3 question from 5 question.

100%
3 Hours

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 18

COURSE LEARNING OUTCOMES (C

DIPLOMA IN ENGINEERING TECHNOLOGY
Code & Name Of Course : DKV21173 STATICS AND DYNAMICS

COURSE LEARNING OUTCOMES UNITS Remembering
NO
Objective Subjectiv
(CLO) EMD EMD

1.0 Force Vectors 2
1
2.0 Equilibrium Of Particle 1
1
Identify solutions for moment in force system 3.0 Force System Resultants 1
1
resultant for 3D, forces and moments in 4.0 Equilibrium Of A Rigid Body 1

CLO2 equilibrium state, centroids and moment of 000080
inertia of rigid body and the motion of a body 5.0 Center Of Gravity And Centroid
E – Easy
in curvilinear and angular. (PLO2, C4) 6.0 Moment Of Inertia M – Medium
D – Difficult
7.0 Curvilinear Motion

8.0 Angular Motion
NO. OF QUESTIONS

Keys:

C1 – Remembering
C2 – Understanding
C3 – Applying
C4 - Analysing
C5 - Evaluating
C6 - Creating/Designing

EDITION 3.0 (JANUARY 2020)

MQA-P08 (Diploma)

CLO) AND TEST BLUEPRINT MATRIX

FINAL THEORY - 40%

Understanding Applying Analysing Evaluating Creating/Designing NO OF
QUES.
ve Objective Subjective Objective Subjective Objective Subjective Objective Subjective Objective Subjective
5
D EMD EMD EMD EMD EMD E M D E M D EMD EMD EMD 4
12 4
21 3
21 4
11 3
21 3
11 2
11 28
11

0 0 0 0 0 11 0 0 0 0 0 9 0

Level Of Construct (C1:C2:C3:C4:C5:C6) = 8 : 11 : 9 : 0 : 0 : 0
Level Of Difficulty (E : M : D) = 0 : 10 : 0

DIPLOMA IN MECHANICAL DESIGN ENGINEERING TECHNOLOGY 19