HANDBOOK 2017 - · PDF filePO8 Apply managerial and entrepreneurial skills contributing to the ... PO9 Demonstrate leadership qualities Semester 1 Code Subjects Credit ... (WELDING)

HANDBOOK 2017

As you embark on this journey, the Academic Handbook is

specifically designed to navigate you to the programmes

conducted by Pre-Sea Marine Engineering Department.

The handbook can be your guide to the entry requirements,

Programme Educational Objectives (PEO), Programme

Outcomes (PO), curriculum structure, syllabus synopsis,

examination scheme and grading system for each

programme.

It is the responsibility of each student to be knowledgeable

with the contents of this handbook. Students are advised

to familiarize themselves with all relevant portions of the

Academic Handbook and ask for clarification of any

information by contacting the respective Head of

Department via the Class Advisor.

We wish you a successful and enjoyable academic year.

CONTENTS

DIPLOMA IN MARINE ENGINEERING (DME)

Entry Requirements 3

Programme Educational Objectives (PEO) 3

Programme Outcomes (PO) 4

Curriculum Structure 4

Syllabus Synopsis 7

Examination Scheme 17

Grading System 18

Grade Point Average (GPA) and 18

Cumulative Grade Point Average (CGPA)

Academic Status 18

MARINE ENGINEERING BRIDGING COURSE

FOR MECHANICAL ENGINEER (AEBC)

Entry Requirements 19

Programme Objectives 19

Programme Aims 20


Syllabus Synopsis 22


Grading System 25



Academic Status 25

CONTENTS

ENGINE RATING ENGINEERING WATCH COURSE

(REEW) Entry Requirements 26


Programme Aims 27


Syllabus Synopsis 28


Grading System 29



Academic Status 29

ABLE SEAFARER ENGINE COURSE (REAS) Entry Requirements 30


Programme Aims 31



Grading System 33



Academic Status 33

This course is intended for students who are/have: Male/Female and Single Between 18-25 years on date of commencement of

the course Medically and physically fit for sea service Normal colour vision And A SPM/or equivalent UK GCE ‘O’ level certificate

with: A credit in English Language A credit in Bahasa Melayu A credit in Mathematics A credit in Additional Mathematics A credit in Physics

Entry Requirements D

iplo

ma

in

Ma

rin

e E

ng

ine

erin

g (

DM

E)

AL

AM

Programme Educational Objectives (PEO)

Three years after graduation, the graduates would be:

PEO1 A Marine Engineer who analyzes and applies the knowledge, understanding and proficiency while providing services to the maritime industry.

PEO2 A Marine Engineer who leads and engages in teams in problem solving tasks through analytical thinking and effective communicative abilities.

PEO3 A Marine Engineer who continues to advance his/her knowledge and competencies to explore future development in the maritime industries.

PEO4 A Marine Engineer who practices ethical and professional values in providing services to the recipients and providers of the maritime industry.

3

At the end of this program, students should be able to:

PO1 Apply knowledge, understanding and proficiency of theories and principles of shipboard machineries

PO2 Discover, process, interpret, analyse and predict problems related to marine engineering at operational and management level

PO3 Identify and suggest possible solutions to marine engineering issues

PO4 Communicate and articulate information and ideas effectively in both verbal and written forms

PO5 Work effectively in a multinational ambience applying team working skills

PO6 Apply values, ethics, morality and professionalism in their career pursuit

PO7 Manage information and engage in life – long learning

PO8 Apply managerial and entrepreneurial skills contributing to the safety of personnel and ship

PO9 Demonstrate leadership qualities

Semester 1

Code Subjects Credit Hours

1. DEA 1012 Business English 2

2. DEA 1113 Engineering Mathematics I 3

3. DEA 1311 Fluid Mechanics 1

4. DEA 1413 Applied Thermodynamics I 3

5. DEA 1511 Engineering Drawing I 1

6. DEA 1611 Engineering Materials I 1

7. DEA 1623 Applied Mechanics I 3

8. DEA 1713 Electrotechnology I 3

9. MPU 2411 Co-curriculum Training 1

10. DEA 1912 Engineering Workshop Skills I 2

11. * Communication & Leadership 0

Total Credit Hours 20

Curriculum Structure

Programme Outcomes (PO)

4

Semester 2


1. DEA 1022 Maritime English 2

2. DEA 1031 Computer System and Application 1

3. DEA 1123 Engineering Mathematics II 3

4. DEA 1212 Marine Instrumentation & Controls 2

5. DEA 1322 Naval Architecture & Ship Constructions I

2

6. DEA 1423 Applied Thermodynamics II 3

7. DEA 1432 Marine Engineering Knowledge 2

8. DEA 1922 Engineering Workshop Skills II (Maintenance)

2

9. MPU 2212 Professional Ethics 2

10. MPU 2113/ MPU 2123

Pengajian Malaysia/ Bahasa Melayu Komunikasi

3

11. * Communication & Leadership 0


Semester 3 & 4


1. DEA 3018

Shipboard Training Mandatory Completion of MARDEP Shipboard Training Record Book

18



5

Semester 5


1. DEA 3333 Naval Architecture & Ship Constructions II

3

2. DEA 3482 Plant/Laboratory Training I 2

3. DEA 3523 Engineering Drawing II 3

4. DEA 3633 Applied Mechanics II 3

5. DEA 3723 Electrotechnology II 3

6. DEA 3733 Electronics & Laboratory 3

7. MPU 2312 Application of Leadership and Teamworking Skills

2

8. MPU 2441 Co-curriculum Training 1

9. DEA 3441 Training Assessment (TARB) 1


Semester 6


1. DEA 3222 Marine Controls & Automation 2

2. DEA 3453 Engineering Knowledge (General) 3

3. DEA 3463 Engineering Knowledge (Motor) 3

4. DEA 3473 Engineering Knowledge (Steam) 3

5. DEA 3492 Plant/Laboratory Training II 2

6. DEA 3533 Engineering Design 3

7. DEA 3743 Marine Electrical Practice 3

8. MEW Watchkeeper Preparatory 0



6

Semester 1

DEA 1012 BUSINESS ENGLISH

The subject familiarizes the students with the basic

components of Business English. The module shall assist

the students to improve their existing knowledge of English

language to a position where they can handle text books,

business documents, presentations, and instructions they

will meet in college as well as on board ship.

DEA 1113 ENGINEERING MATHEMATICS I

The subject provides the students with the understanding of

the fundamentals of trigonometry and basic calculus. The

module shall familiarize the students with the elementary

principles and theorems relating to each topic and the

application of these principles to engineering problems.

DEA 1311 FLUID MECHANICS

The subject provides the students with the basic

understanding of fundamentals of fluid Mechanics. The

module shall familiarize the students in the analysis of the

elementary principles and theorems relating to forces in

equilibrium with an emphasis on the application on these

principles to engineering problems.

DEA 1413 APPLIED THERMODYNAMICS I


the fundamentals of Thermodynamics. The module shall

familiarise the students with the concept, working principles

and operation of thermal plants.

Syllabus Synopsis

7

Semester 1

DEA 1511 ENGINEERING DRAWING I

The subject enables the students to demonstrate an

adequate skill related to engineering drawing information

and requirements.

DEA 1611 ENGINEERING MATERIALS I

The subject provides the students with the understanding

of the properties and production methods of various type of

engineering materials.

DEA 1623 APPLIED MECHANICS I

The subject provides the students with the understanding in

the fundamentals of Mechanics. The module shall

familiarize the students in the analysis of the elementary

principles and theorems relating to forces in equilibrium

with an emphasis on the application on these principles to

engineering problems.

DEA 1713 ELECTROTECHNOLOGY I

The subject provides the students with the basic knowledge

of electrotechnology by introducing the concepts of

electrical resistance, voltage, current flow in dc circuits,

principles of electro- magnetic induction and application of

electrotechnology on board ship.

DEA 1912 ENGINEERING WORKSHOP SKILLS I (BENCH FITTING)

The subject equips the students with the basic knowledge

on basic safety procedures and equipment in the workshop

and on board ship.

Syllabus Synopsis

8

Semester 1

DEA 1912 ENGINEERING WORKSHOP SKILLS I (CENTRE LATHE)



and on board ship.

* COMMUNICATION & LEADERSHIP

This subject provides regular opportunities to write on any

selected topics and share their essays by way of delivering

speeches, including impromptu speeches in the classroom.

Peer and lecturers provide feedback, and guidance to the

writers/speakers in a supportive atmosphere. Cadets

practice and learn to tell their stories in appropriate and

confident manner; they become fluent in English language.

Planning, writing, delivering and, evaluating speeches guide

cadets to embark on their path to become accomplished

communicators and leaders.

Semester 2

DEA 1022 MARITIME ENGLISH

The subject familiarizes the students with the IMO SMCP,

Maritime English vocabulary and shipping terms. The

specific aim is to nurture and improve students’

communicative ability via Communicative Approach and

VAK learning styles. The subject shall prepare students for

developing the knowledge, understanding and proficiency

in Maritime English especially the SMCP (Standard Marine

Communication Phrases) and Marine Communication.

Syllabus Synopsis

9

Semester 2 DEA 1031 COMPUTER SYSTEM AND APPLICATIONS

The subject familiarizes the students with the Personal

Computer operating system, Spreadsheet application

software, introduction to programming language and

introduction to Matrix Laboratory (MATLAB).

DEA 1123 ENGINEERING MATHEMATICS II


the fundamentals of basic calculus, matrices and probability.

The module shall familiarize the students with the

elementary principles and theorems related to each topic

and the application of these principles to engineering

problems.

DEA 1212 MARINE INSTRUMENTATION AND CONTROLS


basic principles of instrumentation and to familiarize with

practical application on board ship.

DEA 1322 NAVAL ARCHITECTURE AND SHIP CONSTRUCTION I

The subject provides the students with an understanding of

the principles that maintain the stability of ocean going

ships under various conditions of cargo loading and seaway.

The subject also provides an understanding of the design

and constructional aspects of ships with reference to

effective maintenance.

Syllabus Synopsis

10

Semester 2

DEA 1423 APPLIED THERMODYNAMICS II

The subject provides the students with the knowledge and

understanding of the application of Thermodynamics laws

in the analysis of heat engine cycles, characteristics of

internal combustion engine performance, performance

characteristics of refrigeration system, various mode of heat

transfer and basic design and performance of steam

turbines.

DEA 1432 MARINE ENGINEERING KNOWLEDGE

The subject provides the students with a general basic

knowledge of ships’ main propulsion engines and their

associated auxiliary machineries including diesel engine,

marine boilers, steam turbine and gas turbine.

DEA 1922 ENGINEERING WORKSHOP SKILLS II (MAINTENANCE)


the basic knowledge on basic safety procedures and

equipment in the workshop and on board ship.

DEA 1922 ENGINEERING WORKSHOP SKILLS II (WELDING)



and on board ship.

MPU 2212 PROFESSIONAL ETHICS

This subject aims to develop students to learn, understand

and practice the high values and professional ethics. As a

guide to becoming an effective professional field workers

and the development of Malaysia.

Syllabus Synopsis

11

Semester 2

MPU 2113 PENGAJIAN MALAYSIA

Mata pelajaran ini bertujuan melahirkan pelajar yang

memahami peranannya dalam proses pembinaan Negara

bangsa dan bersemangat patriotik dalam menghadapi

cabaran pembangunan.

MPU 2123 BAHASA MELAYU KOMUNIKASI

Untuk memahami dan membolehkan pelajar menguasai

kemahiran asas bahasa Melayu dan kecekapan berbahasa

untuk berkomunikasi bagi melahirkan idea dan perasaan

secara lisan dan penulisan.

* COMMUNICATION & LEADERSHIP

This subject provides regular opportunities to write on any

selected topics and share their essays by way of delivering

speeches, including impromptu speeches in the classroom.

Peer and lecturers provide feedback, and guidance to the

writers/speakers in a supportive atmosphere. Cadets

practice and learn to tell their stories in appropriate and

confident manner; they become fluent in English language.

Planning, writing, delivering and, evaluating speeches guide

cadets to embark on their path to become accomplished

communicators and leaders.

Syllabus Synopsis

12

Semester 5 DEA 3333 NAVAL ARCHITECTURE AND SHIP CONSTRUCTION II

The subject provides the students with an understanding of

the principles that maintain the stability of ocean going

ships under various conditions of cargo loading and seaway.

The subject also provides an understanding of the design

and constructional aspects of ships with reference to

effective maintenance.

DEA 3482 PLANT MAINTENANCE/ LABORATORY TRAINING I



and on board ship.

DEA 3523 ENGINEERING DRAWING II

The subject enables the students to identify and relate all

different displays of drawing from an assembly drawing of a

mechanical product and to list all elements which make up

the assembly and establish the relationship between them

by describing its functionality and to introduced computer

aided design (CAD) software in the engineering drawings.

DEA 3633 APPLIED MECHANICS II


the fundamentals of Mechanics. The module shall

familiarize the students in the analysis of the simple

machines and the strength of materials, particularly the

nature of the internal forces and deformation produced.

Syllabus Synopsis

13

Semester 5

DEA 3723 ELECTROTECHNOLOGY II

The subject provides the students with the basic knowledge

of alternating current theory and principles of 3 phase ac

power generation and distribution.

DEA 3733 ELECTRONICS AND LABORATORY

The subject provides the students with the basic

understanding, identification and working principles of

electronic components in the circuit. The module will also

familiarize students in the main operation of electronic

systems.

MPU 2312 APPLICATION OF LEADERSHIP & TEAM WORKING SKILLS

The subject familiarizes the students with the basic concept

of management in an organization to effect efficient

management on board ships and ashore. The aim of the

course is also to fulfil part requirements in Part A, Chapter

II, Table A-II/1 and Chapter III, Table A-III/1 of the Standard

Training and Certification of Watch keepers and Seafarers

(STCW) Convention 1978 and 2010 Amendments in

Application of Leadership and Team working Skills for

aspiring deck officers and engineering officers prior

issuance of Certificate of Competency as Watch keepers.

The syllabus is in line with the requirement under Part A,

Chapter 2 Table A-II/1 and Chapter 3 Table A-III/1 of the

STCW 2010.

Syllabus Synopsis

14

Semester 5

DEA 3441 TRAINING AND ASSESSMENT RECORD BOOK

The subject provides the students an understanding of the

principles that to serve as officer in charge of a watch and

perform the function of a marine engineer at operation level,

they should aim to be proficient in marine engineering

operational level, electrical operational level, maintenance &

repair operational level, and controlling operation operational

level.

Semester 6

DEA 3222 MARINE CONTROLS AND AUTOMATION

The subject provides the students with knowledge and of the

working principles of marine controls and automation.

DEA 3453 ENGINEERING KNOWLEDGE (GENERAL)

The subject provides the students with knowledge and

understanding the constructional, operational and related

system especially marine auxiliary machineries.

DEA 3463 ENGINEERING KNOWLEDGE (MOTOR)


understanding of the constructional, operational and related

systems of marine diesel engines.

DEA 3473 ENGINEERING KNOWLEDGE (STEAM)

The subject provides the students with knowledge of the

working principles of steam power plant and its associated

auxiliary machinery.

Syllabus Synopsis

15

16

Semester 6

DEA 3492 PLANT MAINTENANCE/ LABORATORY TRAINING II

The subject equips the students with the basic knowledge on

safety procedures and equipment in the workshop and on board

ship.

DEA 3533 ENGINEERING DESIGN


basic engineering design concepts with the introduction of

design analysis by Finite Element Method (FEM) using a CAD/

CAE software. The module shall familiarize the students in the

analysis of the strength and stiffness of machine parts due to the

effects of loading. The module shall also familiarize the students

in the process of selection and purchase of standard machinery

components.

DEA 3743 MARINE ELECTRICAL PRACTICE

The subject enables the students to operate and maintain

shipboard electrical system safely.

MEW WATCHKEEPER COURSE

The subject provides the watchkeepers sufficient knowledge,

understanding and skill to carry out that part of duties and

responsibilities concerned with the operation, maintenance and

repair of:

- Marine machinery

- Electrical, electronic and control equipment

- Controlling the operation of the ship

- Care of persons on board

The course detailed syllabus has been developed taking into

account the requirements specified in Table A-III/1 STCW ’95

Code A and Chapter VIII of STCW ’95 Code A under

Watchkeeping.

Syllabus Synopsis

17

Assessment Week

Type Of

Assessment

To

tal M

ark

s

Tim

e (H

ou

rs)

No

. of Q

ue

stion

s

No

. of Q

ue

stion

s to A

ttem

pt

Syllabus Covered

To

tal W

eig

hta

ge

(%)

Co

mp

ute

d M

ark

s

Remarks

Lecturer’s Class Assessment

During the Conduct of the Course

Continuous Assessment : Written Tests Quizzes Presentations Assignments

Varied

Min

imu

m 1

ho

ur

Min

imu

m 4

As in

structed

Up to Date of

Assessment

50

%

(Ob

tained

Mark

s/Allo

tted M

arks) x 1

00

1) A minimum of 2 LCAs will be conducted of which at least one will be a written test.

2) 50% weightage will be applied on the average of computed marks for all LCAs.

Final Examination

After the Completion

of the Course

Written Closed Book Examination

10

0

*2 h

ou

rs

Min

imu

m 6

Full Syllabus

50

%

(Ob

tained

Mark

s/10

0) x 0

.5

Examination Scheme

Notes: 1. Passing criteria:

i) 50% in each LCA (minimum 2 LCA for each subject)

ii) 50% in Final examination + 50% Overall (LCA+ FINAL). 1.1 If a candidate fails in any of the LCA (<50%) he/she shall be offered a Referral LCA before the Final examination. 1.2 If the candidate fail to appear in any of the LCA without any valid reason or fails in both LCA or fails in the referral LCA, he/she will not be allowed to appear in the Final Examination and require to repeat the failed Module/Subject in subsequent programme. 1.3 However, the candidate has to attend classes and fulfil the required attendance criteria failing which he/she may be required to repeat the course.

1.4 The candidate may repeat the failed subject when offered in subsequent Programme schedules (within a stipulated period of 24 months from the date of first examination).

1.5 If the candidate fails in Final Examination, he/she shall be offered two attempts of referral final examination (within a stipulated period of 6 months from the date of first examination).

1.6 If the candidate fails in the Referral final examinations, he/she will be required to repeat the course for the failed Module/ Subject.

1.7 If the candidate fails to appear or secure a Pass in the required examinations within the stipulated period, he/she will be required to repeat the full course.

2. A final assessment by viva-voce will be conducted by Marine Department, Malaysia. Certification will be by Marine Department, Malaysia. 3. For Practical Assessments, relevant assessment sheets are used to evaluate skill levels and safe working practices. 4. Assessment based on TARB book will be carried out after completion of the shipboard training. 5. *The duration of the Final Examination for Engineering Drawing II is 3 hours

18

Grade Point Average (GPA) and


Academic Status

Grade Point Average (GPA) is the average grade point obtained by students at the end of a particular semester.

GPA = Σ (credit x grade point)

Σ (credit)

Cumulative Grade Point Average (CGPA) is the average grade point obtained by students in all semesters.

CGPA = Σ Σ (credit x grade point)

Σ Σ (credit)

SS (Satisfactory Status) - Passed and can proceed to next semester

PS (Provisional Status) - Passed and can proceed to next semester but must not exceed 3 times

(3 PS = FS)

FS (Failed Status) - Failed

SS : CGPA ≥ 2.00 Students will be dismissed from the course if they obtained:

PS : 1.70 ≤ CGPA < 2.00 Status FS,

FS : CGPA < 1.70 or Status PS for 3 semesters,

or GPA < 1.00 even though CGPA > 2.00

Marks Grade Grade Point

85 - 100 A 4.0

80 - 84 A- 3.7

75 - 79 B+ 3.3

70 - 74 B 3.0

65 - 69 B- 2.7

60 - 64 C+ 2.3

55 - 59 C 2.0

50 - 54 C- 1.7

45 - 49 D+ 1.3

40 - 44 D 1.0

0 - 39 E 0.0

Grading System

A and A- Distinction

B+, B and B- Good

C+, C and C- Satisfactory

D+ and D Weak

E Fail

19

This course is intended for students who are/have:

Male/Female Not more than 28 years of age at the

commencement of the course Medically and physically fit for sea service Normal colour vision And A Bachelor’s degree in Mechanical

Engineering/Naval Architecture from a recognized university or institute with minimum a Second Class honours or equivalent grade.

Note: Any other engineering degree may be considered subject to evaluation by ALAM and Marine Department.

Entry Requirements M

arin

e E

ng

ine

erin

g B

rid

gin

g C

ou

rse

fo

r M

ec

ha

nic

al

En

gin

ee

r (A

EB

C)

AL

AM

Programme Objectives

On completion of the course, students will have

sufficient knowledge of the basic principles to be

observed in keeping an engineering watch as per STCW

Regulation III/2 and III/1 with respect to STCW 2010

and national requirements and will have sufficient

knowledge, understanding and skill to carry out that

part of duties and responsibilities concerned with the

operation, maintenance and repair of:

1. Marine machinery

2. Electrical, electronic and control equipment

3. Controlling the operation of the ship

4. Care for persons on board

20

The aim of the course is to provide the students with the knowledge,

understanding and skill necessary to prepare Engineering graduates

who meet the entry requirements, for the Watchkeeper Certificate of

Competency (Motor/Steam) for unlimited voyages.

The course is conducted in 4 phases and students will need to

complete the mandatory required phases as stipulated by the Director

of Marine, Marine Department Malaysia. Exemption from any of the

phases will only be granted by the Director of Marine, Marine

Department, Malaysia.

The following are the 4 phases:

Phase 1 - Ship familiarization and workshop training in the academy

Phase 2 - Academic and Professional Studies in the Academy

Phase 3 - Shipboard/Sea Training

Phase 4 - Oral preparatory course

Phase 1


1. DEB 1413 Marine Engineering Knowledge 3

2. DEB 1714 Electrotechnology and Power Electronics

4

3. DEB 1313 Naval Architecture and Ship Construction

3

4. DEB 1213 Marine Controls and Automation 3

5. DEB 1913 Marine Engineering Laboratory 3



Programme Aims

21

Phase 3 (4 Weeks)

Mandatory Modular Courses Week

1. Basic Safety Training 1

2. Proficiency in Survival Craft & Rescue Boat 1

3. Advanced Fire Fighting 1

4. Medical First Aid 1

Total Weeks 4


Phase 4: Industrial Training Onboard Ships (52 Weeks)

Shipboard Training (with Shipboard Training Record Book)

18 credits

Phase 5 (2 Weeks)

Oral Preparatory & Watch-keeping Course

Classroom Practical

Marine Engineering Watch Keeping course 32 hours NIL

Oral Examination Preparatory Course (Including Mock Oral)

48 hours NIL

Subtotal 80 hours NIL

MEBC TOTAL DURATION 83 weeks

Phase 2


1. DEB 1433 Engineering Knowledge (Motor) 3

2. DEB 1423 Engineering Knowledge (General) 3

3. DEB 1443 Engineering Knowledge (Steam) 3

4. DEB 1723 Marine Electrical Practice 3

5. DEB 1923 Marine Plant Maintenance 3


22

Phase 1

DEB 1413 MARINE ENGINEERING KNOWLEDGE

The subject provides the students with a general basic

knowledge of ships’ main propulsion engines and their

associated auxiliary machineries including diesel engine, marine

boilers, steam turbine and gas turbine.

DEB 1714 ELECTROTECHNOLOGY AND POWER ELECTRONICS

The subject provides the students with the basic knowledge of

alternating current theory and principles of 3 phase ac system

and introduction to electronics which integrated with power

system.

DEB 1313 NAVAL ARCHITECTURE AND SHIP CONSTRUCTION

The subject provides the students with an understanding of the

principles that maintain the stability of ocean going ships under

various conditions of cargo loading and seaway.

The subject also provides an understanding of the design and

constructional aspects of ships with reference to effective

maintenance.

DEB 1213 MARINE CONTROLS AND AUTOMATION

The subject provides the students with knowledge and of the

working principles of marine controls and automation.

DEB 1913 MARINE ENGINEERING LABORATORY

The subject equips the students with the basic knowledge on

basic safety procedures and equipment in the workshop and on

board ship.

Syllabus Synopsis

23

Phase 2

DEB 1433 ENGINEERING KNOWLEDGE (MOTOR)


understanding of the constructional, operational and

related systems of marine diesel engines.

DEB 1423 ENGINEERING KNOWLEDGE (GENERAL)


understanding the constructional, operational and related

system especially marine auxiliary machineries.

DEB 1443 ENGINEERING KNOWLEDGE (STEAM)

The subject provides the students with knowledge of the

working principles of steam power plant and its associated

auxiliary machinery.

DEB 1723 MARINE ELECTRICAL PRACTICE

The subject provides with knowledge to operate and

maintain shipboard electrical system safely.

DEB 1923 MARINE PLANT MAINTENANCE



and on board ship.

Syllabus Synopsis

24

Assessment Week

Type Of

Assessment

To

tal M

ark

s

Tim

e (H

ou

rs)

No

. of Q

ue

stion

s

No

. of Q

ue

stion

s to A

ttem

pt

Syllabus Covered

To

tal W

eig

hta

ge

(%)

Co

mp

ute

d M

ark

s

Remarks


During the Conduct of the Course

Continuous Assessment : Written Tests Quizzes Assignments

Varied

Min

imu

m 1

ho

ur

Varied

As in

structed

Up to Date of

Assessment

50

%

(Ob

tained

Mark

s/Allo

tted M

arks) x 1

00

1) A minimum of 2 LCAs will be conducted of which at least one will be a written test.

2) 50% weightage will be applied on the average of computed marks for all LCAs.

Final Examination


of the Course


10

0

2 h

ou

rs

Min

imu

m 6

Full Syllabus

50

%

(Ob

tained

Mark

s/10

0) x 0

.5

Examination Scheme


i) 50% in each LCA (minimum 2 LCA for each subject)

ii) 50% in Final examination + 50% Overall (LCA+ FINAL). 1.1 If a candidate fails in any of the LCA (<50%) he/she shall be offered a Referral LCA before the Final examination. 1.2 If the candidate fail to appear in any of the LCA without any valid reason or fails in both LCA or fails in the referral LCA, he/she will

not be allowed to appear in the Final Examination and require to repeat the failed Module/Subject in subsequent programme. 1.3 However, the candidate has to attend classes and fulfil the required attendance criteria failing which he/she may be required to

repeat the course.

1.4 The candidate may repeat the failed subject when offered in subsequent Programme schedules (within a stipulated period of 24 months from the date of first examination).

1.5 If the candidate fails in Final Examination, he/she shall be offered two attempts of referral final examination (within a stipulated period of 6 months from the date of first examination).

1.6 If the candidate fails in the Referral final examinations, he/she will be required to repeat the course for the failed Module/ Subject.

1.7 If the candidate fails to appear or secure a Pass in the required examinations within the stipulated period, he/she will be required to repeat the full course.

2. A final assessment by viva-voce will be conducted by Marine Department, Malaysia. Certification will be by Marine Department, Malaysia. 3. For Practical Assessments, relevant assessment sheets are used to evaluate skill levels and safe working practices. 4. Assessment based on TARB book will be carried out after completion of the shipboard training.

25



Academic Status



Σ (credit)



Σ Σ (credit)

SS (Satisfactory Status) - Passed and can proceed to next phase

PS (Provisional Status) - Passed and can proceed to next phase




FS : CGPA < 1.70 or Status PS for 3 semesters (if applicable),



85 - 100 A 4.0

80 - 84 A- 3.7

75 - 79 B+ 3.3

70 - 74 B 3.0

65 - 69 B- 2.7

60 - 64 C+ 2.3

55 - 59 C 2.0

50 - 54 C- 1.7

45 - 49 D+ 1.3

40 - 44 D 1.0

0 - 39 E 0.0

Grading System


B+, B and B- Good


D+ and D Weak

E Fail

26


At least 18 years of age

Medically and physically fit for sea service as per

Marine Department standards

Normal colour vision

And

Have completed 3 years of lower secondary school

Entry Requirements

En

gin

e R

ati

ng

En

gin

ee

rin

g W

atc

h C

ou

rse

(R

EE

W)

AL

AM


On completion of the course, students will have

sufficient knowledge, understanding and skill to carry

out that part of duties and responsibilities proficiency

required for certification of engine rating to meet

standards of competence specified in section A-III/4 of

the Standards of Training and Certification for

Seafarers (STCW) 2010 Manila Amendment for

function marine engineering at the support level.

27

1. The aim of the course is to provide the students with the knowledge,

understanding and skill necessary to prepare him/her for a

certification of engine ratings engineering watch to meets the

standards of competence specified in section A-III/4 of the Standards

of Training and Certification for Seafarers (STCW) 2010 Manila

Amendment function marine engineering at the support level.

2. Exemption from any of the modules will only be granted by the

Director of Marine, Marine Department, Malaysia.

3. The subject areas cover the minimum knowledge, understanding and

proficiency required for certification as per IPL.HEPP.1740 JLD26

(18).


Programme Aims

FUNCTION SUBJECT

LE

CT

UR

E

TU

TO

RIA

L

PR

AC

TIC

AL

SE

LF

L

EA

RN

ING

1

Carry out watch routine appreciates to the duties of a rating forming part of an engine room watch

16 0 12 0

2

For keeping a boiler watch: Maintain the correct water levels and steam

8 0 6 0

3 Operate emergency equipment and apply emergency procedures

10 0 6 0

Total hours:

58 34 0 24 0

28

REEW MARINE ENGINEERING AT THE SUPPORT LEVEL

To produce well-trained ratings who will provide effective

support to meet operational requirements of a ship with full

safety. To produce well-rounded ratings with appropriate

knowledge, skill, and competency together with positive

attitude, respect for maritime traditions and high moral values.

Syllabus Synopsis

Assessment Week

Type Of

Assessment

To

tal M

ark

s

Tim

e (H

ou

rs)

No

. of Q

ue

stion

s

No

. of Q

ue

stion

s to A

ttem

pt

Syllabus Covered

To

tal W

eig

hta

ge

(%)

Co

mp

ute

d M

ark

s

Remarks

As in

structed



of the Course

Assignments

Tests

Quizzes

10

0

2 h

ou

rs

Min

imu

m 4

Full Syllabus

10

0%

(Ob

tained

Mark

s/10

0) x 0

.5

NA

Examination Scheme


i) 50% in Lecturer’s Class Assessment.

ii) For practical assessments, relevant assessment sheets are used to evaluate competence levels and safe working practices.

29



Academic Status



Σ (credit)



Σ Σ (credit)

SS (Satisfactory Status) - Passed

PS (Provisional Status) - Passed







85 - 100 A 4.0

80 - 84 A- 3.7

75 - 79 B+ 3.3

70 - 74 B 3.0

65 - 69 B- 2.7

60 - 64 C+ 2.3

55 - 59 C 2.0

50 - 54 C- 1.7

45 - 49 D+ 1.3

40 - 44 D 1.0

0 - 39 E 0.0

Grading System


B+, B and B- Good


D+ and D Weak

E Fail

30


At least 18 years of age

Medically and physically fit for sea service as per Marine Department standards

Normal colour vision

And

Meet the requirements for the certification as a rating forming part of a watch in a manned engine room or designated to perform duties in periodically unmanned engine room

OR

Have attended 6 months shipboard services in engine department.

Entry Requirements A

ble

Se

afa

rer

En

gin

e C

ou

rse

(R

EA

S)

AL

AM


On completion of the course, students will have sufficient knowledge, understanding and skill to carry out that part of duties and responsibilities to the level of knowledge, understand and proficiency required for certification of able seafarer engine to meet standards of competence specified in section A-III/5 the Standards of Training and Certification for Seafarers (STCW) 2010 Manila Amendment for following function:

1. Marine engineering at support level

2. Electrical, electronic and control equipment at the support level

3. Maintenance and repair at the support level

4. Controlling the operation of the ship and care for persons on board at the support level

31

The aim of the course is to provide the students with the knowledge,

understanding and skill necessary to prepare him/her for a certification

of ratings as able seafarer engine to meets the standards of competence

specified in section A-III/5 of the Standards of Training and

Certification for Seafarers (STCW) 2010 Manila Amendment.

The following are the 4 functions:

Function 1 – Marine engineering at the support level

Function 2 – Electrical, electronic and control engineering at the support level

Function 3 – Maintenance and repair at the support level

Function 4 – Controlling the operation of the ship and care for persons on board at the support level


Programme Aims

FUNCTION SUBJECT

LE

CT

UR

E

TU

TO

RIA

L

PR

AC

TIC

AL

SE

LF

L

EA

RN

ING

1 Marine engineering at the support level

80 11 82 0

2

Electrical, electronic and control engineering at support level

25 4 14 0

3 Maintenance and repair at the support level

54 8 78 0

4

Controlling the operation of the ship and care for person on board at the support level

21 5 0 0

Total hours:

382 180 28 174 0

32

Assessment Week

Type Of

Assessment

To

tal M

ark

s

Tim

e (H

ou

rs)

No

. of Q

ue

stion

s

No

. of Q

ue

stion

s to A

ttem

pt

Syllabus Covered

To

tal W

eig

hta

ge

(%)

Co

mp

ute

d M

ark

s

Remarks

As in

structed

Final Examination


of the Course


Practical 1

00

2 h

ou

rs

Min

imu

m 6

Full Syllabus

10

0%

(Ob

tained

Mark

s/10

0) x 0

.5

Assessments will be

based on timely

completion in a safe

working manner.

Examination Scheme


i) 50% in Final Examination.

ii) For practical Assessments, relevant assessment sheets are used to evaluate competence levels and safe working practices.

33



Academic Status



Σ (credit)



Σ Σ (credit)

SS (Satisfactory Status) - Passed

PS (Provisional Status) - Passed







85 - 100 A 4.0

80 - 84 A- 3.7

75 - 79 B+ 3.3

70 - 74 B 3.0

65 - 69 B- 2.7

60 - 64 C+ 2.3

55 - 59 C 2.0

50 - 54 C- 1.7

45 - 49 D+ 1.3

40 - 44 D 1.0

0 - 39 E 0.0

Grading System


B+, B and B- Good


D+ and D Weak

E Fail

This Academic Handbook belongs to

Malaysian Maritime Academy Sdn. Bhd. (ALAM)

Further enquiries please refer to:

SECRETARY

Academic Standards Committee

Akademi Laut Malaysia

06 - 3882 200

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NMA

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