ACADEMIC HANDBOOK - ALAM · Manage operation of propulsion plant and machinery Plan and schedule...
Transcript of ACADEMIC HANDBOOK - ALAM · Manage operation of propulsion plant and machinery Plan and schedule...
ACADEMIC HANDBOOK
2018
WELCOME As you embark on this journey, the Academic Handbook is
specifically designed to navigate you to the programmes
conducted by Advanced Marine Engineering Department.
The handbook can be your guide to the entry requirements,
Programme Educational Objectives (PEO), Programme
Outcomes (PO), curriculum structure, syllabus synopsis and
examination scheme for the programmes.
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.
Officer In Charge of an
Engineering Watch 750kW or
More Near Coastal Voyage
(AWKE)
Chief and Second Engineer
3000kW or More (Motor)
Near Coastal Voyage
(ACSC1)
Entry Requirements 4
Programme Educational Objectives (PEO) 4
Programme Outcomes (PO) 5
Curriculum Structure 6
Syllabus Synopsis 6
Examination Scheme 7-8
Entry Requirements 10
Programme Educational Objectives (PEO) 10
Programme Outcomes (PO) 11
Curriculum Structure 11
Syllabus Synopsis 12
Examination Scheme 13
Chief and Second Engineer
Officer (Motor/Steam)
Unlimited Voyage (ACSU)
Entry Requirements 15
Programme Educational Objectives (PEO) 16
Programme Outcomes (PO) 17
Curriculum Structure 18
Syllabus Synopsis 19
Examination Scheme 20
2018
On completion of the course, students will have sufficient knowledge, understanding and skill to carry out that part of duties and responsibilities to the levels of knowledge, understanding and proficiency required for certification of officers as laid down by Marine Department, Malaysia for the following Functions:
1. Marine Engineering at the operational level
2. Electrical, electronic and control engineering at the operational level
3. Maintenance and Repair at the operational level
4. Controlling the operation of the ship and Care for persons on board at the operational level
This course is intended for students who are/have:
At least 18 years of age Normal colour vision
Medically and physically fit for sea service
Has completed:
The approved education and training course and not less than 12 months as an Engineer Officer EO or an assistant to a watchkeeping officer, or
30 months of sea-going service as Assistant to Engineer or
36 months as Engine rating
The approved education and training and met the standard of competence as specified by the Director of Marine, Malaysia
ADVANCED MARINE ENGINEERING DEPARTMENT 4
AKADEMI LAUT MALAYSIA 5
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 PO6
Apply values, ethics, morality
and professionalism in their career pursuit
PO8
Apply managerial and
entrepreneurial skills contributing to the safety of personnel and
ship PO7
Manage information and engage in life-long learning
PO5
Work effectively in a multinational
ambience applying team working skills
PO9
Demonstrate leadership qualities
ADVANCED MARINE ENGINEERING DEPARTMENT 6
No. Subjects Contact Hours
1. Engineering Knowledge General 83
2. Engineering Knowledge Motor 36
3. English Language 16
Total Credit Hours 224
Syllabus Synopsis
Use English in Writ ten and Oral Form
The subject familiarizes the
students with the basic
components of written and
oral English, to improve their
existing knowledge of English
language and to follow
instructions on board ship.
Maintenance and Repair at Operational
Level
The subject provides the
students with the basic
knowledge of safety and
maintenance procedures in the
workshop and on board ship.
Engineering Knowledge General
The subject provides the students with the basic understanding of
materials, practical application on board ship, working system of
generators, motors and lighting, basic principles of watchkeeping,
marine pollution including relevant regulations, constructional features
of ships for effective maintenance and applicable maritime laws
electrical power systems, fault protection systems and maintenance
of electrical equipment on board ship.
AKADEMI LAUT MALAYSIA 7
Assessment Week Type Of
Assessment
Total Marks
Time (Hours)
No. of Questions
No. of Questions to A
ttempt
Syllabus Covered
Total Weightage (%
)
Com
puted Marks
Remarks
Lecturer’s Class
Assessment
During the Conduct of the Course
Continuous Assessment :
Written Tests
50
2 hours
Minim
um 4
As instructed
Up to Date of
Assessment
30%
(Obtained M
arks/50) x 10
0 x 0
.3
A l l s ub j ec t s areas under two papers:
1) Engineering Knowledge Motor
2) Engineering Knowledge General
Workshop Plant Training
During the Conduct of the Course
Assignments
Presentations
100
6 hours
Minim
um 4
Up to Date of
Assessment
50%
(Obtained M
arks/100)
Final Examination
After the Completion
of the Course
Written Closed Book Examination
100
3 hours
Minim
um 6
Full Syllabus
70%
(Obtained M
arks/100) x 0
.7
ADVANCED MARINE ENGINEERING DEPARTMENT 8
Notes:
1. Passing marks in each subject of the final exams are as follows;
No. Subjects Pass %
1 Engineering Knowledge General 50
2 Engineering Knowledge Motor 50
3 English Language 50
2018
ADVANCED MARINE ENGINEERING DEPARTMENT 10
On completion of the course, students will have sufficient knowledge, understanding and skill to carry out that part of duties and responsibilities to the levels of knowledge, understanding and proficiency required for certification of officers as laid down by Marine Department, Malaysia for the following functions:
1. Marine Engineering 2. Electrical, electronic and control
engineering
3. Maintenance and Repair 4. Controlling the operation of the
ship and Care for persons on board
Have a Watchkeeping Engineering Certificate of Competency (750kW or more) Near Coastal Voyages
OR
Have a Chief and Second Engineer Certificate of Competency on ships powered by main propulsion machinery between 750 - 3000 kW or more on Near Coastal Voyages
AND
Have successfully completed the necessary sea service requirement as specified in the Training & Certification Rules of Marine Department, Malaysia.
Medically fit for sea service
This course is intended for marine engineer officers who:
No. Subjects Contact Hours
1. Electrotechnology & Marine Electrical Practice 60
2. Naval Architecture & Ship Construction 60
3. Engineering Knowledge (Motor) 120
4. Engineering Knowledge (General) 120
Total Credit Hours 360
AKADEMI LAUT MALAYSIA 11
To produce well-rounded graduates with the following outcomes:
vii. Manage information and engage in life – long learning.
viii. Apply managerial and entrepreneurial skills contributing to the safety of personnel and ship.
ii. Discover, process, interpret, analyze and predict problems related to marine engineering at operational and management level.
i. Apply knowledge, understanding and proficiency of theories and principles of shipboard machineries.
iv. Communicate and articulate information and ideas effectively in both verbal and written forms.
iii. Identify and suggest possible solutions to marine engineering issues.
v. Work effectively in a multinational ambience applying team working skills.
vi. Apply values, ethics, morality and professionalism in their career pursuit.
ix. Demonstrate leadership qualities.
ADVANCED MARINE ENGINEERING DEPARTMENT 12
Syllabus Synopsis
Modu le 1
Elec t ro techno logy and Mar ine Elec t r i ca l P rac t i ce
The module provides students with the knowledge and skills to
operate and maintain shipboard electrical system safely.
Module 3
Engineering Knowledge (Motor)
The module provides the
students with the knowledge
and understanding of Diesel
eng i nes , Bo i l e rs and
associated systems. It also
provides the students with
the ability to operate,
monitor , manage and
evaluate engine performance
and capacity, maintain
safety of equipment,
systems and services.
Module 2
Naval Architecture and Ship Construction
The module provides an
understanding of the
principles that maintain the
stability of Near Coastal
s h i p s u nde r va r i o u s
conditions of cargo loading
and seaway.
The module also provides an
understanding of the design
and constructional aspects
of ships with reference to
effective maintenance.
Engineering Knowledge (General) The module provides the students with the knowledge and
understanding of various auxiliary systems. It also provides the
students with the ability to operate, monitor, manage and
evaluate engine performance and capacity, maintain safety of
equipment, systems and services.
Assessment Week Type Of
Assessment
Total Marks
Time (Hours)
No. of Questions
No. of Questions to A
ttempt
Syllabus Covered
Total Weightage (%
)
Com
puted Marks
Remarks
Lecturer’s Class
Assessment
During the Conduct of the Course
Written Closed Book Examination
100
2 hours
Minim
um 4
All
Up to Date of
Assessment
30%
(Total Marks/10
0) x 0
.3
Assignments from Learning Guides and other Question Banks will be given for practice.
Final Examination
After the Completion
of the Course
Written Closed Book Examination
100
3 hours
Minim
um 6
Full Syllabus
70%
(Total Marks/10
0) x 0
.7
Assignments from Learning Guides and other Question Banks will be given for practice.
Notes:
1. Passing marks in each subject of the final exams are as follows; No. Subjects Pass %
1 Engineering Knowledge General 50
2 Engineering Knowledge Motor 50
3 English Language 50
AKADEMI LAUT MALAYSIA 13
ADVANCED MARINE ENGINEERING DEPARTMENT 14
2018
AKADEMI LAUT MALAYSIA 15
This course is intended for marine engineer officers who:
Have a Watchkeeping Engineering Certificate of Competency (>750kW, WKE Unlimited Voyages)
Have successfully completed the necessary sea service requirement of minimum 12 months after obtaining the Watchkeeping Engineer Certificate of Competency or as specified in the Training & Certification Rules of Marine Department, Malaysia.
Medically and physically fit for sea service
ADVANCED MARINE ENGINEERING DEPARTMENT 16
Manage operation of propulsion plant and machinery Plan and schedule operations Operation, surveillance, performance assessment and maintaining
safety of propulsion plant and auxiliary machinery Manage fuel, lubrication and ballast operations Manage operation of electrical and electronic control equipment Manage trouble shooting, restoration of electrical and electronic
control equipment to operating condition Manage safe and effective maintenance and repair procedures Detect and identify the cause of machinery malfunctions and
correct faults Ensure safe working practices Control trim, stability and stress Monitor and control compliance with legislative requirements and
measures to ensure safety of life at sea, security and protection of the marine environment
Maintain safety and security of the vessel, crew and passengers and the operational condition of life-saving, fire-fighting and other safety systems
Develop emergency and damage control plans and handle emergency situations
Use leadership and managerial skills
On completion of the course, students will have sufficient knowledge, understanding and skills with competencies required for certification of officers as laid down by Marine Department, Malaysia. The Objectives of the Course are to prepare the student for following Competencies:
AKADEMI LAUT MALAYSIA 17
To produce well-rounded graduates with the following outcomes:
vii. Manage information and engage in life – long learning.
viii. Apply managerial and entrepreneurial skills contributing to the safety of personnel and
ii. Discover, process, interpret, analyze and predict problems related to marine engineering at operational and management level.
i. Apply knowledge, understanding and proficiency of theories and principles of shipboard machineries.
iv. Communicate and articulate information and ideas effectively in both verbal and written
iii. Identify and suggest possible solutions to marine engineering issues.
v. Work effectively in a multinational ambience applying team working skills.
vi. Apply values, ethics, morality and professionalism in their career pursuit.
ix. Demonstrate leadership qualities.
ADVANCED MARINE ENGINEERING DEPARTMENT 18
No. Subjects Contact Hours
1. MODULE 1
Electrical, Electronics & Control Engineering (EECE)
150
2. MODULE 2
Controlling the Operation of the Ship and Care for Persons on board (NASC)
100
3. MODULE 3
Marine Engineering Knowledge Motor (EKM) 121
4. MODULE 4
Marine Engineering Knowledge General (EKG)
107
Total Credit Hours 478
No. Subjects Contact Hours
1. MODULE 1
Electrical, Electronics & Control Engineering (EECE)
150
2. MODULE 2
Controlling the Operation of the Ship and Care for Persons on board (NASC)
100
3. MODULE 3
Marine Engineering Knowledge Steam (EKS) 113
4. MODULE 4
Marine Engineering Knowledge General (EKG)
107
Total Credit Hours 470
AKADEMI LAUT MALAYSIA 19
Syllabus Synopsis
Modu le 1 El ec t r i ca l , El ec t ron ic and Con t ro l Eng inee r ing
The module provides students with the knowledge and skills to operate
and maintain shipboard electrical system safely.
Module 4 Engineering Knowledge (General)
The module provides the students with the knowledge and understanding
of various auxiliary systems. It also provides the students with the ability
to operate, monitor, manage and evaluate engine performance and
capacity, maintain safety of equipment, systems and services.
Module 3 Engineering Knowledge
(Steam) The module provides the students
w i th the know ledge and
understanding of steam turbines,
boilers and associated systems. It
also provides the students with
the ability to operate, monitor,
manage and evaluate plant
performance and capacity,
maintain safety of equipment,
systems and services.
Module 3 Engineering Knowledge
(Motor) The module provides the students
w i th the know ledge and
understanding of Diesel engines,
Boilers and associated systems. It
also provides the students with
the ability to operate, monitor,
manage and evaluate engine
performance and capacity,
maintain safety of equipment,
systems and services.
Module 2 Naval Architecture and Ship Construction
The module provides an understanding of the principles that maintain the
stability of ships under various conditions of cargo loading and seaway.
The module also provides an understanding of the design and
constructional aspects of ships with reference to effective maintenance.
Assessment Week Type Of
Assessment
Total Marks
Time (Hours)
No. of Questions
No. of Questions to A
ttempt
Syllabus Covered
Total Weightage (%
)
Com
puted Marks
Remarks
Lecturer’s Class
Assessment
During the Conduct of the Course
Written Closed Book Examination
100
2 hours
Minim
um 4
All
Up to Date of
Assessment
30%
(Total Marks/10
0) x 0
.3
Assignments from Learning Guides and other Question Banks will be given for practice.
Final Examination
After the Completion
of the Course
Written Closed Book Examination
100
3 hours
Minim
um 6
Full Syllabus
70%
(Total Marks/10
0) x 0
.7
Assignments from Learning Guides and other Question Banks will be given for practice.
Notes:
1. Passing marks in each subject of the final exams are as follows; No. Subjects Pass %
1 Electrical, Electronics & Control Engineering (EECE)
50
2 Controlling the Operation of the Ship and Care for Persons on board (NASC)
50
3 Marine Engineering Knowledge Motor (EKM) 50
4 Marine Engineering Knowledge Steam (EKS) 50
5 Marine Engineering Knowledge General (EKG) 50
ADVANCED MARINE ENGINEERING DEPARTMENT 20
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