Program Educational Objectives (PEOs) Program Learning Outcomes (PLOs) Program Curriculum Structure Program Courses Summary (per phase) Examination Scheme. Program Educational Objectives (PEOs) Program Learning Outcomes (PLOs) Program Curriculum Structure (per semester) Program Courses Summary (per semester) Internal Assessment. Program Educational Objectives (PEOs) Program Learning Outcomes (PLOs) Program Curriculum Structure (per phase) Program Courses Summary (per phase) Examination Scheme.
Analyze and apply the knowledge, understanding and skill while providing services to the maritime industry. Practice ethical and professional values in providing services to the receivers and suppliers of the maritime industry. Apply appropriate marine engineering techniques, resources and tools to related activities, with an awareness of situational and safety constraints.
Demonstrate knowledge of the societal, health, safety, legal and cultural issues and the resulting responsibilities relevant to marine practice. Demonstrate an understanding of the impact of engineering practices on the environment, taking into account the need for sustainability.
Programme Curriculum Structure (by semester)
Programme Courses Synopsis (by semester) Semester 1
Internal Assessment Scheme
Programme Educational Objectives (PEOs)
Programme Curriculum Structure (by phase)
4 Weeks)
Industrial Training Onboard Ships (52 Weeks)
2 Weeks)
Programme Courses Synopsis (by phase) Phase 1
Engineering Knowledge (Engines) The course provides students with knowledge and understanding of the structural, operational and related systems of marine diesel engines. Engineering knowledge (general) The course provides students with knowledge and understanding of structural, operational and related systems, especially marine auxiliary machinery. Engineering Knowledge (Steam) The course provides students with knowledge and understanding of structural, operational and related systems, particularly marine auxiliary machinery.
Marine Electrical Practice The course provides knowledge for the safe operation and maintenance of a ship's electrical system. The course acquaints students with knowledge of safety procedures and equipment when working in the workshop and on the ship.
Examination Scheme
Oral assessment based on the TARB book will be conducted upon completion of onboard training. At least 2 LCAs are carried out, of which at least one is a written test. Use of hand tools, electrical and electronic measuring and testing equipment for fault finding, maintenance and repair.
Programme Curriculum Structure (by semester) Programme Learning Outcomes (PLOs)
Engine Engineering Knowledge (EKM) The module provides students with knowledge and understanding of diesel engines, boilers and related systems. It also provides students with the ability to operate, monitor, manage and evaluate engine performance and capacity, maintain the safety of equipment, systems and services. The course aims to provide students with a working knowledge of the operation of main and auxiliary machinery and related control systems.
The aim of the course is to introduce students to the IMO SMCP, Maritime English Vocabulary and Ship Terms. The course prepares students to develop knowledge, understanding and skills in maritime English, in particular SMCP (Standard Maritime Communication Phrases) and maritime communication. The course provides students with a basic working knowledge of the relevant IMO conventions concerning the safety of life at sea, the protection and protection of the marine environment.
Leadership and Teamwork The subject aims to provide an individual with the knowledge, skills and understanding of leadership and teamwork at an operational level on board ships. Marine Electrical Practice (MEP) The subject is intended to provide students with an understanding of the maintenance and repair of electrical equipment on board ships.
Programme Courses Synopsis
POST SEA MARINE ENGINEERING
DEPARTMENT
Discover, process, interpret, analyze and predict problems related to marine engineering at operational and management level.
Programme Learning Outcomes (PLOs)
Programme Curriculum Structure
The module provides students with the knowledge and skills to safely operate and maintain a ship's electrical system. The module provides an understanding of the principles that maintain the stability of short-shore ships under various cargo loading and seaway conditions. The module also provides an understanding of the design and construction aspects of ships in relation to effective maintenance.
Technical knowledge (engine) The module offers students knowledge and insight into diesel engines, boilers and associated systems. Technical knowledge (general) The module offers students knowledge and insight into various auxiliary systems. Upon completion of the course, students will have sufficient knowledge, understanding and skills with the competencies required for officer certification as laid down by the Marine Department, Malaysia.
Manage electrical and electronic control equipment operation ∙ Manage electrical and electronic control troubleshooting, reset. Monitor and control compliance with legislative requirements and measures to ensure the safety of life at sea, safety and protection of the marine environment ∙ Maintain the safety and security of the vessel, crew and passengers and. functional condition of life-saving, fire-extinguishing and other safety systems ∙ Develop emergency and damage control plans and handle emergency situations. The module provides an understanding of the principles that maintain ship stability under various cargo loading conditions and seaways.
Technical knowledge (steam) The module provides students with knowledge and insight into steam turbines, boilers and associated systems. It also provides the students with the opportunity to operate, monitor, manage and evaluate the performance and capacity of factories, and maintain the safety of equipment, systems and services.
Safety &
Operations CoursesA
The ADME program aims to produce a marine engineer who continues to advance knowledge and skills to explore future developments in the maritime industry. The ADME program aims to produce a marine engineer who engages in the safe operation of the ship, ensuring compliance with legal requirements with the use of ICT and modern tools. The student will be able to solve problems in marine engineering by combining numerical and graphical data.
The student will be able to work independently and demonstrate decision-making ability, responsibility, leadership and professionalism within an organization related to the maritime industry. The student will be able to effectively engage in independent lifelong learning and career paths. The student will be able to demonstrate entrepreneurial competence and respect for wider socio-political, economic and cultural issues at the local and regional level.
The student will be able to identify ethical issues, make decisions ethically and behave professionally within the diverse social and professional environment and practices, as well as local and global issues related to the maritime industry and environmental issues. The student will be able to describe advanced and comprehensive theoretical and technical knowledge in the field of Marine Engineering. The student will be able to apply critical, analytical and evaluation skills to solve innovative solutions in the field of Marine Engineering.
The student will be able to perform tasks, duties and responsibilities, including related practices and procedures in the field of Marine Engineering. The student will be able to collaborate with different people locally and internationally in diverse learning and working communities in the field of Marine Engineering. The student will be able to relate ideas in both written or oral form with another appropriate form of presentation confidently, accurately and coherently in the appropriate context in a well-structured manner to a diversity of audience.
The student will be able to use a wide range of information, media and technology applications to support the study of Marine Engineering.
Programme Outcomes (POs)
AEA 1236/
MPU 2163/
Programme Courses Synopsis (by semester)
Bahasa Melayu Komunikasi (BMK) Kursus ini membolehkan pelajar memahami dan menguasai kemahiran asas bahasa Melayu serta kemahiran berbahasa untuk berkomunikasi dan meluahkan idea dan perasaan secara lisan dan bertulis. Lembaran penilaian yang sesuai akan digunakan untuk penilaian praktikal untuk menilai tahap kemahiran dan amalan kerja yang selamat.
