Master of Science in Sustainable Energy Engineering (Coursework)

MQA Accreditation MQA/FA11789

Background

Aligning with global trends, a priority for the government, the private sector and the community as a whole is to transition towards a highly sustainable energy sector. In managing such colossal change, there would be a growing need for capable individuals with post-graduate qualification in sustainable energy technologies and engineering. Therefore, this programme is designed to provide its students with the necessary skills in order to attempt essential aspects of the energy sector from supply to demand-side, focusing on efficient use of renewable resources, sustainable energy management and reduction of industrial impact towards the environment. The course structure balances the delivery of fundamental knowledge, technical strategies, and real-world applications that would bring its graduates to the forefront of sustainable energy development.

Programme Educational Objectives (PEOs)

PEO 1	Expert and competent in sustainable energy engineering science field.
PEO 2	Accomplish sustainable energy engineering project development and applications in related fields.
PEO 3	Facilitate knowledge and technology transfer in sustainable energy engineering to the community professionally.

Programme Learning Outcomes (PLOs)

PLO 1	Demonstrate mastery of knowledge in the sustainable energy engineering science field. (Knowledge & Understanding, KU)
PLO 2	Generate solutions to problems using scientific and critical thinking skills. (Cognitive Skills, CS)
PLO 3	Apply practical skills in the sustainable energy engineering science field. (Practical Skills, P)
PLO 4	Work effectively in groups to solve field related problems. (Interpersonal Skills, IS)
PLO 5	Communicate clearly its conclusions, knowledge and rationale to experts and non-experts. (Communication Skills, COM)
PLO 6	Use appropriate techniques, resources, modern engineering and IT tools to support study and work. (Digital Skills, DS)
PLO 7	Apply mathematical or other quantitative, qualitative techniques to analyze and evaluate numerical and graphical data in related field. (Numeracy Skill, NS)
PLO 8	Demonstrate leadership qualities through communicating and working effectively with peers and stakeholders. (Leadership, Autonomy and Responsibility, LAR)
PLO 9	Develop self-study skills and have the capacity for lifelong learning. (Personal Skill, PES)
PLO 10	Demonstrate entrepreneurial competency and able to initiate entrepreneurial ventures or projects. (Entrepreneurial Skills, ES)
PLO 11	Make responsible and ethical judgments and decisions by adhering to legal, ethical and professional codes of practice. (Ethics and Professionalism, EP)

Programme Information

Mode of Study:

Master of Science in Sustainable Energy Engineering is a coursework postgraduate academic programme offered in full time and part time bases.

Intake:

2 intakes / year (February and September)

Duration:

Minimum 1 year (full time) and 2 years (part time)

Entry Requirement:

Bachelor Degree in Engineering, Science or Technology from recognized institutions with minimum CPA ≥ 2.50.
Working experiences in related field for those who do not meet the minimum CPA.
International students are required to meet a minimum score of TOEFL 500, IELTS 5 or MUET Band 3.

Total Fees^*:

Local students (full time): MYR 18,895.00

International students (full time): MYR 36,090.00

* Discount respectively up to 70% and 50% for local and international students without sponsorship.

* Fees may change without prior notice. Please contact us.

Course Information Poster:

Curriculum Summary

FULL TIME: September intake

Year 1	Semester 1 (14 weeks)	Credit
	MDL 10203 Energy Scenario & Policy	3
	MDL 10303 Energy Economics	3
	MDL 10403 Sustainable & Renewable Energy	3
	MDL 10503 Environmental Management	3
	MD* 1**03 Elective I	3
	Subtotal	15
	Semester 2 (14 weeks)	Credit
	MDC 10101 Research Methodology	1
	MDL 10603 Power Generation, Transmission & Distribution	3
	MDL 10703 Energy Management in Building	3
	MDL 10803 Energy in Transportation	3
	MD* 1**03 Elective II	3
	MD* 1**03 Elective III	3
	MDL 10902 Master Project I	2
	Subtotal	18
	Semester 3 (8 weeks)	Credit
	MDL 11008 Master Project II	8
	Subtotal	8
	Total Credit	41

FULL TIME: February intake

Year 1	Semester 1 (14 weeks)	Credit
	MDC 10101 Research Methodology	1
	MDL 10603 Power Generation, Transmission & Distribution	3
	MDL 10703 Energy Management in Building	3
	MDL 10803 Energy in Transportation	3
	MD* 1**03 Elective II	3
	MDL 10902 Master Project I	2
	Subtotal	15
	Semester 2 (8 weeks)	Credit
	MDL 11008 Master Project II	8
	Subtotal	8
	Semester 3 (14 weeks)	Credit
	MDL 10203 Energy Scenario & Policy	3
	MDL 10303 Energy Economics	3
	MDL 10403 Sustainable & Renewable Energy	3
	MDL 10503 Environmental Management	3
	MD* 1**03 Elective I	3
	MD* 1**03 Elective III	3
	Subtotal	18
	Total Credit	41

Elective Courses:

Elective courses are offered under 3 specialisations for students to voluntarily choose to endeavour the key energy sectors:

Specialisation	Course
Power Generation & Distribution	MDR 11103 Power Generation & Plant Design
	MDR 11203 Power Transmission & Distribution Design
	MDR 11303 Thermal Systems Operation & Design
Transportation	MDS 11403 Powertrain Engineering
	MDS 11503 Energy Recovery System in Transportation
	MDS 11603 Fundamental of Combustion
Energy Management & Efficiency**	MDE 11703 Energy Measurement & Verification
	MDE 11803 Energy Efficient Equipment
	MDE 11903 Energy Audit in Building

**Value-Added:

Graduates in Energy Management & Efficiency specialisation will be certified as a Registered Electrical Energy Manager (REEM) by the Energy Commission Malaysia (ST).