This course will expose undergraduate students to the importance and benefits of learning and applying project management theories and concepts within the IT environment. In general, this course will help the students develop essential skills required as a basis in managing IT projects. Students should be able to understand list of processes, methods and soft skills through experience learning and ultimately will contribute either as a team player or as an outstanding project leader when performing the project management activities.

3

60% coursework 40% final examination

Graded

Lecture – 51 hours

25

Jan/July

July 2021 (9 Aug 2021 – 10 Dec 2021)

Blended Learning or Online

This course aims to introduce students to the basic use of French language in daily conversations. Students will be taught the basic grammatical structures in order for them to acquire the basic oral and written communication skills

1

100% coursework

Graded

2Hrs/Week

20

Jan/July

17 Weeks – Jan and July semester

On line learning

This course aims to introduce students to the basic use of French language in daily conversations. Students will be taught the basic grammatical structures in order for them to acquire the basic oral and written communication skills

1

100% coursework

Graded

2Hrs/Week

20

Jan/July

17 Weeks – Jan and July semester

On line learning

This course will provide students with extensive circuit theories which built most of the electrical engineering branches. Branches of electrical engineering such as power, electric machines, control, electronics, communications, and instrumentations are based on these theories. Students will be exposed to principles of analysing DC and AC electrical circuits and networks given using relevant circuit theory’s concepts

3

Coursework : 40% Final Examination : 60% PBL Assignment (20%) Quizzes (20%)

Graded

Lecture – 14 hours

25

Sept 2021 (14 weeks / modular 8 weeks)

July 2021 (4 Oct 2021 – 14 Jan 2022 @ 4 Oct 2021 – 26 Nov 2021)

On line learning

This course is designed to equip students with a comprehensive knowledge on financial planning process that can be applicable to unique needs and concerns of respective individuals. This would cover the whole key areas of Islamic Wealth and Management planning components, namely • investment planning, • risk management planning, • zakat planning, • retirement planning and estate planning. Throughout the course, the focus is on placing Syariah principles and applications related to constructing a comprehensive financial plan in all wealth planning components.

3

60% Coursework: individual/ group project (20%)Assignment (20%) Mid term exam (20%) 40% Final Exam

Graded

Lecture – 24 hours Tutorial – 18 hours

30 – 40

January and September semesters, 2021

January (2 March 2021 – 4 July 2021) and September (25 Oct 2021 – 25 Feb 2022) semesters

Face to Face / via on line

This subject deals with the • general principles of audit and Shariah compliance in Islamic banking and finance; • the standardization of Syariah compliance regulations for Islamic Finance (BNM, AAOIFI, IFSB, SAC, SSB); • improvement to the governance and Shariah compliance assurance for IFIs; • Shariah compliance rating of IFIs and products; • the governance standard by AAOIFI; • the auditing standards by AAOIFI; and • issues faced by IFIs auditors.

3

60% Coursework: individual/ group project (20%)Assignment (20%) Mid term exam (20%) 40% Final Exam

Graded

Lecture – 24 hours Tutorial – 18 hours

30 – 40

January, July, and September semesters, 2021

January (2 March 2021 – 4 July 2021), July (9 Aug 2021 – 3 Oct 2021), and September (25 Oct 2021 – 25 Feb 2022) semesters

Face to Face / via on line

This course provides understanding into the fundamental of business in tourism sector and its ecosystems. This subject covers: • the nature of tourism business and its evolution. • its role in post-industrial economies • the business interrelationships between destinations, modes of travel, hotels and visitor attractions • the crucial role of marketing and management in successful tourism business.

3

60% – coursework 40% – final exam

Graded

Lecture – 42 hours

30

January, July, and September semesters, 2021

January (2 March 2021 – 4 July 2021), July (9 Aug 2021 – 3 Oct 2021), and September (25 Oct 2021 – 25 Feb 2022) semesters

Face to Face / via on line

This subject focuses on the various types of manufacturing processes and equipment utilised in manufacturing production for metal and plastic such as sand casting, investment casting and die casting. Students will also be introduced to rolling process, forging, extrusion, drawing, sheet metal forming and metal spinning.

3

60% coursework, Mini Project (10%) Practical Test (10%) Test 1 (10%) Test 2 (10%) Assignment (20%) 40% Final

Graded

Lecture – 34 hours Lab/Workshop – 34 hours

25

‘July 2021

‘July 2021

Face to Face & via on line

This course covers the identification and interpretation of concept on two main areas in quality, which are quality management and quality control. It includes the quality management areas such as quality standards (ISO9000, ISO14000, ISO/TS16949), and costs of quality. This subject also covers the application of crucial elements of quality control such as Six Sigma and process capability study. Other than that, it also emphasizes on Lean Processes, additional quality techniques (TQM, QFD, TPM, Acceptance Sampling, Reliability, and TRIZ), and the core tools used in automotive industry.

3

60% coursework, Mini Project (10%) Practical Test (10%) Test 1 (10%) Test 2 (10%) Assignment (20%) 40% Final

Graded

Lecture – 51 hours

25

‘July 2021

‘July 2021

Face to Face & via on line

This course introduces to students, the general concepts of properties of the working fluids in relation to heat and work, the 1st and 2nd law of thermodynamics, the use of thermodynamics table, thermodynamic cycles, heat pumps, Otto cycle, Diesel cycle and introduction to heat transfer.

3

60% coursework, 40% Final

Graded

Lecture – 17 hours Tutorial – 17 hours Lab – 34 hours

25

‘July 2021

‘July 2021

Face to Face & via on line

The aim of this course is to develop an understanding of the principle involved in telemedicine technology. It also covers the implementation of telecommunication system in telemedicine technology in hospital using networking and wireless technology.

3

Elective courses for Bachelor Electronic Engineering Technology (Medical Electronics) With Honours 60% coursework 40% final exam

Graded

Lecture – 10 hours Tutorial – 2 hours Practical – 28 hours

25

Sept 2021 (14 weeks / modular 8 weeks)

July 2021 (4 Oct 2021 – 14 Jan 2022 @ 4 Oct 2021 – 26 Nov 2021)

Face to Face & via on line

This course provides students with an introduction to high voltage engineering and technology. The course covers power generation, measurement techniques of transient and protection devices. Emphasis will also be given to practical measurement skills, safety practice and correct use of HV apparatus. The topics covered in the course are generation aspects of HV system, measurement techniques of high voltage & high current, overvoltage in HV system, dielectrics properties of electrical insulator, and testing of high voltage equipment.

3

“Elective courses for Bachelor Engineering Technology in Electrical 100% coursework”

Graded

Lecture – 12 hours Tutorial – 2 hours Practical – 28 hours Others – 2 hours Guided Learning – 18 hours

25

Sept 2021 (14 weeks / modular 8 weeks)

July 2021 (4 Oct 2021 – 14 Jan 2022 @ 4 Oct 2021 – 26 Nov 2021)

Face to Face & via on line

This course covers the fundamentals of Fuzzy Logic and Artificial Neural Networks. This includes fuzzy set theory, many valued logic, rule-based approaches in artificial intelligence, approximate reasoning, possibility theory, the basic concepts of fuzzy control, modelling of fuzzy systems, an introduction to the basic models of neural computing, perceptron, multilayer perceptron and back propagation algorithm. In short, the course focuses on the area of computational intelligence or soft computing. The delivery will include lectures, group discussions, assignments and case studies.

3

Discipline core courses for Bachelor of Electronic Engineering Technology with Honours starting from September 2020. 100% coursework

Graded

Lecture – 10 hours Tutorial – 2 hours Practical -28 hours Others-2 hours GL-18 hours

25

Sept 2021 (14 weeks / modular 8 weeks)

July 2021 (4 Oct 2021 – 14 Jan 2022 @ 4 Oct 2021 – 26 Nov 2021)

Face to Face & via on line

This module covers the Introduction to Marine Engineering and Main/Auxiliary machineries and System onboard ship; i.e. Main Diesel Engine & Propulsion System, Generator Diesel Engine, Boiler & Steam Turbine, and Auxiliary Machineries & Systems: i.e. Purifier, Pump, Steering Gear, Heat Exchanger, Auxiliary Boiler, OWS, Sewage Plant and piping system. It covers the STCW 7.04 2014 Model Course : 7.04 Competence :1.4.1.1, 1.4.3.1, 1.4.3.2, 1.4.1.7, 1.4.1.6

This course is commonly offered to students in the first semester and considered as a fundamental course for Marine Engineering and suitable for students with basic science background.

3

50% coursework 50% final exams

Graded

Lecture: 34 hours Tutorial: 34 hours

16

Jan/Sept

Based on UniKL academic calendar

Face to Face & via on line

This course covers the principle of modern navigation systems and introduces the types of navigation equipment, operating procedures, & types of maintenance. Emphasis is placed on hardware functional descriptions and the navigation system will be broken into its different sub-system and components. It covers the STCW 7.08 2014 Competence : 2.3.1:Maintenance And Repair Of Bridge Navigation Equipment. 2.3.2:Maintenance & Repair Of Ship Communication Systems This is a standalone course and students can register without prior knowledge in Marine electrical. The course is appropriate for students in senior semesters.

3

60% coursework 40% final exams

Graded

Lecture: 51 hours Practical:17 hours

25

Jan/Sept

Based on UniKL academic calendar

Face to Face

This course introduces students to the fundamental aspects in maritime operations such as shipping operations, seaport and terminals. Students are not required to have any basic knowledge in maritime operations to enrol into this course.

3

60% coursework 40% final exams

Graded

Lecture: 34 hours Tutorial:34 hours

25

Jan/Sept

Based on UniKL academic calendar

Face to Face and Online

This module covers the area of shipyard management in occupational, safety and health; materials storage and handling; shipyard layout and ship repair facilities. The second part focuses on understanding the application of CPM techniques and tools in project planning, which includes forecasting, resource planning and basic risk analysis. Students should have at least basic knowledge in Shipbuilding Technology, Quality Management, Occupational Safety & Health and Ship & Engineering Drawing.

3

60% coursework 40% final exams

Graded

Lecture: 34 hours

25

Jan/Sept

Based on UniKL academic calendar

Face to Face and Online

This course covers the basic and immediate (intermediate?) level of aircraft structure as per standard guidelines of maintenance practices and approved maintenance manuals. It includes the introduction to the aircraft structural design, classifications, and structural components, sheet metal repairs, welding techniques, non- destructive testing and painting. It also includes defect recognition, defect inspection, defect evaluation and repair if necessary, as per standard maintenance practices.

3

70% coursework and 30% Final Exam

Graded

Refer to Example above

252

Jan/July

Jan/July

Face to Face

Aircraft Structure Repair is core knowledge in the aviation industry, which relates to a structural engineer’s scope of work. This knowledge is essential for the graduates to perform normal tasks such as, aircraft structure design concept, i.e. structural and loading deformation, damage characterization and inspection requirement and design of repair. Students will be provided with detailed knowledge of aircraft structural feature, designing method, structural components, assembling technique, locating and inspection method and procedures; and design of repair for structural defects.

3

60% coursework (25% Assignments, 20% Quizzes, 15% Midterm Examination) 40% Final Exam Minium pass is 50%

Graded

Lecture-44 Others-10

84

Jan/July

Jan/July

Face to Face

This is an introductory course aimed at providing students with the fundamental concepts of aircraft composite repair. These concepts are essential since students will encounter composite component damages in their career in the aviation industry later.

The aim of this course is to provide the understanding of the concepts and practices of advanced composite structure repairs that are being extensively utilized by aircraft manufacturer and airlines.

3

70% coursework (50% Assignments/Practical/Projects 20% Quizzes/Midterm Examination) 30% Final Exam Minimum pass is 50%

Graded

Lecture -20 hours Practical-36 hours

84

Jan/July

Jan/July

Face to Face

This is a subject aimed to provide students with the understanding of aircraft electrical system for • a general system operation and construction • function and principle of electrical component • aircraft installation, maintenance and testing

This course also provides students with the understanding of aircraft electrical system for a detailed operation including the function of aircraft electrical components. This is an essential knowledge for aircraft engineers to comprehend to be applied in aircraft electrical system(s).

3

Assignment/Practical50% Quizzes10% Mid-Term Exam10% Final Exam30%

Refer to Example above

Refer to Example above

28

Jan/July

Jan/July

On Line learning

This course provides the understanding of constructional arrangement and operation of turbojet, turbofan, turbo shaft and turboprop engines. It also provides basic knowledge on Engine Indicating Systems.Indicating System is one of the major systems which is required in the manufacturing of an aircraft, hence the knowledge and understanding of the system are very important to an aircraft engineer in order to maintain the aircraft’s engine and its system in continuous satisfactory and safe conditions. The excellent state of the engine will contribute to an aircraft’s airworthiness.

3

Assignment/Practical 50% Quizzes10% Mid-Term Exam10% Final Exam30%

Refer to Example above

Refer to Example above

168

Jan/July

Jan/July

On Line learning

This course is a study of the turbine engine power plants. Specific areas include background and development of turbine engines, turbine engine construction features, purpose, and theory of operation, maintenance, inspection, repair and troubleshooting. Specific safety precautions will be emphasized throughout the course of study.This is an introductory course aimed at providing students with the fundamental construction of turbine engine and its related components which form the foundation for their later lessons in turbine engine 2 (systems)

3

70% coursework and 30% Final Exam Minimum pass is 75%

Refer to Example above

Refer to Example above

168

Jan/July

Jan/July

Face to Face

This is part two of the study on gas turbine engines. This part describes the bearings used in gas turbine engines, the lubrication and air sealing of the bearings, and how the same air system cools the hot section components of the engine. The study looks at the fuel metering, starting, and ignition system which support the operation of gas turbine engines. Students are also taught on reading the engine power and monitor engine operation from the flight deck. The course also covers the various engine instrumentation systems. This course is aimed at providing students with the knowledge on various systems of turbine engine and their related components.

3

70% coursework and 30% Final Exam Minimum pass is 75%

Refer to Example above

Refer to Example above

168

Jan/July

Jan/July

Face to Face

The Air Transportation industry is highly regulated in terms of its operations and commercial activities. Since the USA Government deregulate the air services in 1978, the global air transportation industry opened up many restrictions. This indicates that Governments play an important role to ensure a competitive business environment which is safe, secure and environmentally friendly. But then there are also the negative aspects of being too overly commercialize at the expense of the decline in social services. This course is to provide students with the understanding of major air transportation issues and also the concept of a sustainable air transport policy in terms of Energy, Economy, and Environment as well as the various funding mechanisms for Air Transportation

3

60% Coursework (Assignments/Project/Quizzes) 40% Final Exam Passing Mark 40%

Refer to Example above

Refer to Example above

40

Jan/sept

Jan/July

Blended (F2F/online)

This course covers the concepts of aircraft maintenance, management of MRO, logistics (supply chain) support and the economics of aircraft maintenance business. This course will prepare students / graduates going to an aircraft maintenance and repair organization (MRO) for OJT / practical / appointment as a management trainee.

3

60% Coursework (Assignments/Project/Quizzes) 40% Final Exam Passing Mark 40%

Refer to Example above

Refer to Example above

40

Jan/sept

Jan/July

Blended (F2F/online)

An airport operation typically looks like a set of complex activities. Managing these activities requires extensive knowledge on the airport system, noise control, managing peak schedules and understanding the operating characteristics of aircraft. This course is to provide students with the understanding of the operational system in the airport according to ICAO rules and regulation

3

60% Coursework (Assignments/Project/Quizzes) 40% Final Exam Passing Mark 40%

Refer to Example above

Refer to Example above

40

Jan/july

Jan/July

Blended (F2F/online)

This course links the general principles of aviation and airport management to the disciplines of air cargo operations, services and air freight logistics. It equips graduates with full understanding of the role of the aviation sector against the airfreight logistics and what it takes to run a profitable cargo airline, its challenges, issues and prospects. This course prepares graduates with knowledge, critical skills and exposure to various topics in aviation, commercial and airfreight industry. This is an industry driven course that links current practice with theoretical models.

3

60% Coursework (Assignments/Project/Quizzes) 40% Final Exam Passing Mark 40%

Refer to Example above

Refer to Example above

40

Jan/july

Jan/July

Blended (F2F/online)

Aviation Finance focuses on the fundamental of airline & airport finance. Students will be exposed to airline and airport financials, both cost and revenue. They will also be exposed to all financial planning and statements that are significant for the airline & airport operations. The requirement for aircraft leases and fuel hedging strategies that lead to the critical business model and also the revenue strategies in airline & commercial airport are also covered in this course.

3

60% Coursework (Assignments/Project/Quizzes) 40% Final Exam Passing Mark 40%

Refer to Example above

Refer to Example above

40

Jan/july

Jan/July

Blended (F2F/online)