Programme Highlights:
Expected Duration
1 year
Fees
Self-funded
Local: HK$250,000
Non-local: HK$395,000
*A ‘non-local’ student is a person entering Hong Kong for the purpose of education with a student visa/entry permit issued by the Director of Immigration.
Local: HK$250,000
Non-local: HK$395,000
*A ‘non-local’ student is a person entering Hong Kong for the purpose of education with a student visa/entry permit issued by the Director of Immigration.
Expected Programme Start Date
2027 September
Application Deadline
Round 1 (Main):
12:00 noon (GMT +8), January 04, 2027Round 2 (Clearing):
12:00 noon (GMT +8), April 09, 2027
12:00 noon (GMT +8), January 04, 2027Round 2 (Clearing):
12:00 noon (GMT +8), April 09, 2027
Description
Normative study period: 1 year. Maximum study period: 2 years. Classes mainly on weekday evenings and Saturdays.
Expected Duration
2 years
Fees
Self-funded
Local: HK$250,000
Non-local: HK$395,000
*A ‘non-local’ student is a person entering Hong Kong for the purpose of education with a student visa/entry permit issued by the Director of Immigration.
Local: HK$250,000
Non-local: HK$395,000
*A ‘non-local’ student is a person entering Hong Kong for the purpose of education with a student visa/entry permit issued by the Director of Immigration.
Expected Programme Start Date
2027 September
Application Deadline
Round 1 (Main):
12:00 noon (GMT +8), January 04, 2027Round 2 (Clearing):
12:00 noon (GMT +8), April 09, 2027
12:00 noon (GMT +8), January 04, 2027Round 2 (Clearing):
12:00 noon (GMT +8), April 09, 2027
Description
Normative study period: 2 years. Maximum study period: 3 years. Classes mainly on weekday evenings and Saturdays.
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Overview
The Master of Science in Engineering in Energy Engineering [MSc(Eng)(EnergyE)] is jointly offered by the Department of Electrical and Computer Engineering and the Department of Mechanical Engineering.
The programme is designed to response to the increasing global energy demand driven by industrialisation, economic and social development, and the need to provide expanded and improved energy services for a growing population. It also recognises that many energy sources currently reply on fossil fuels, which are associated with air pollutants and greenhouse gases and are not unlimited. The programme therefore focuses on technologies that reduce energy consumption and support sustainable energy and fuel development. The curriculum covers a range of energy-related topics, including energy technologies, energy production, energy conversion, energy conservation, energy efficiency and energy use.
Students are required to complete 72 credits. Part-time students are required to complete either 48 credits of courses plus a dissertation equivalent to 24 credits, or 60 credits of courses plus a project equivalent to 12 credits. Full-time students are required to complete either 48 credits of courses plus a dissertation equivalent to 24 credits, or 54 credits of courses plus a co-op capstone project equivalent to 18 credits.
The programme is designed to response to the increasing global energy demand driven by industrialisation, economic and social development, and the need to provide expanded and improved energy services for a growing population. It also recognises that many energy sources currently reply on fossil fuels, which are associated with air pollutants and greenhouse gases and are not unlimited. The programme therefore focuses on technologies that reduce energy consumption and support sustainable energy and fuel development. The curriculum covers a range of energy-related topics, including energy technologies, energy production, energy conversion, energy conservation, energy efficiency and energy use.
Students are required to complete 72 credits. Part-time students are required to complete either 48 credits of courses plus a dissertation equivalent to 24 credits, or 60 credits of courses plus a project equivalent to 12 credits. Full-time students are required to complete either 48 credits of courses plus a dissertation equivalent to 24 credits, or 54 credits of courses plus a co-op capstone project equivalent to 18 credits.
Entrance Requirements
1. Comply with the University Entrance Requirements; and
2. Hold a Bachelor's degree in a relevant field (Engineering or related sciences) of this University or a comparable institution accepted for this purpose.
2. Hold a Bachelor's degree in a relevant field (Engineering or related sciences) of this University or a comparable institution accepted for this purpose.
Download Documents
For additional information, we recommend reviewing the following documents:
Additional Information
PDF Document
Regulations & Syllabuses
PDF Document
Supporting Documents
PDF Document
Faculty
Faculty of Engineering
The Faculty of Engineering is one of the founding faculties of The University of Hong Kong, established in 1912. It is among the largest and most comprehensive engineering faculties in Hong Kong.
The Faculty offers a well-rounded curriculum and high-quality education at both undergraduate and postgraduate levels, training leading engineers who make significant contributions to Hong Kong and the global engineering community. It also attracts outstanding students from Hong Kong and beyond across a diverse range of programmes.
The Faculty offers a well-rounded curriculum and high-quality education at both undergraduate and postgraduate levels, training leading engineers who make significant contributions to Hong Kong and the global engineering community. It also attracts outstanding students from Hong Kong and beyond across a diverse range of programmes.
Faculty Website
Contacts
If you have any inquiries regarding the programme or faculty, please do not hesitate to reach out to us using the contact methods provided below:
Contact Info
Department of Electrical and Computer Engineering
