Sept 2025 Entry
1.5 years (Full-time)
2.5 years (Part-time)
31
The programme provides four specialisms:
MSc in Mechanical Engineering (Aerospace Engineering)
機械工程學理學碩士學位(航宇工程)MSc in Mechanical Engineering (Air/Noise Pollution Management)
機械工程學理學碩士學位(空氣/噪音環保管理)MSc in Mechanical Engineering (Green Energy)
機械工程學理學碩士學位(綠色能源)MSc in Mechanical Engineering (Product Development and Analysis)
機械工程學理學碩士學位(產品開發及分析)
What's New
Programme Aims
This programme is pertinent to Hong Kong's current economic and social situation, particularly the CEPA with the Chinese mainland's entrance to the WTO, the rapid developments in product development and analysis, the persistent pressure caused by environmental pollution and the increasing need for qualified graduates in aerospace engineering. The programme prepares students to face these challenges and to take the initiative to mould the future of Greater China, including Hong Kong in particular.
With these aims, we also welcome students with first degrees from other engineering disciplines, the physical sciences and mathematics.
Benefiting from strong research and a commitment to quality teaching, our graduates are prepared to take up leadership roles in mechanical engineering, air/noise pollution management, product development and analysis, aerospace engineering and green energy.
Characteristics
This programme allows students to take subjects in related technical fields, such as mechanical engineering, air pollution control, noise pollution control, product development and analysis, aerospace engineering, green energy, computers, marketing and management. It also allows students to take a combination of subjects that lead to an award with a specialism.
Students have the flexibility to vary their studies from semester to semester according to their personal aspirations (except for non-local students, who are constrained by visa requirements). For example, a local student can study full-time in one semester and switch to part-time study in the next semester, and vice versa. Students can manage their own pace of study, subject to certain registration and assessment regulations.
The graduates are expected to further their career development in a diversity of formalities and opportunities in broad areas including various industrial sectors, PhD-oriented study, education and training, to name a few.
Programme Structure
The programme provides the option for students to engage either in the full-time study mode (taking 9 credits or more per semester) or the part-time study mode (taking fewer than 9 credits per semester). In general, each subject requires a 3-hour class per week over a 13-week semester. Full-time students normally take 3 to 5 subjects in a semester, and part-time students usually take 2 subjects. Subjects are offered in the evenings.
Students who enrol in the MSc in Mechanical Engineering programme have the option to select from a wide range of subjects offered by departments under the Faculty of Engineering and from other disciplines such as accounting, construction and the environment, and logistics. They can also select combinations of subjects that allow them to graduate with a specialism award.
Students are required to complete the compulsory 1-credit subject “EEE5T03 Engineering Ethics and Academic Integrity” to satisfy the Academic Integrity and Ethics (AIE) requirement for graduation. No credit fee will be charged for this subject.
For the MSc in Mechanical Engineering
Students must complete:
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7 taught subjects, including at least 4 Core Subjects, and a Dissertation; OR
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10 taught subjects, including at least 6 Core Subjects.
For the MSc in Mechanical Engineering (Aerospace Engineering)
Students must complete:
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7 taught subjects, including at least 4 Core Subjects (including 3 Compulsory Subjects) in the Aerospace Engineering stream, and a Dissertation pertaining to the Aerospace Engineering stream; OR
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10 taught subjects, including at least 6 Core Subjects (including 3 Compulsory Subjects) in the Aerospace Engineering stream.
For the MSc in Mechanical Engineering (Air/Noise Pollution Management)
Students must complete:
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7 taught subjects, including at least 4 Core Subjects in the Air/Noise Pollution Management stream, and a Dissertation pertaining to the Air/Noise Pollution Management stream; OR
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10 taught subjects, including at least 6 Core Subjects in the Air/Noise Pollution Management stream.
For the MSc in Mechanical Engineering (Green Energy)
Students must complete:
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7 taught subjects, including at least 4 Core Subjects in the Green Energy stream, and a Dissertation pertaining to the Green Energy stream; OR
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10 taught subjects, including at least 6 Core Subjects in the Green Energy stream.
For the MSc in Mechanical Engineering (Product Development and Analysis)
Students must complete:
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7 taught subjects, including at least 4 Core Subjects in the Product Development and Analysis stream, and a Dissertation pertaining to the Product Development and Analysis stream; OR
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10 taught subjects, including at least 6 Core Subjects in the Product Development and Analysis stream.
Core Areas of Study
The following is a brief summary of the core areas of study. Students are provided with detailed information on the subjects and streams for selection upon registration.
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Mechanical Engineering
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Aerospace Engineering
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Air/Noise Pollution Management
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Green Energy
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Product Development & Analysis
Tentative Subject List
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Subject titles |
Stream |
|
Advanced Aircraft Structures |
Aerospace Engineering |
|
Advanced Control Technology |
Aerospace Engineering |
|
Aircraft Design |
Aerospace Engineering |
|
Aircraft Noise & Aeroacoustics |
Aerospace Engineering |
|
Turbulent Flows & Aerodynamics |
Aerospace Engineering |
|
Advanced Environmental & Transportation Noise Control |
Air/Noise Pollution Management |
|
Engineering Acoustics |
Air/Noise Pollution Management |
|
Vibration & Structure-borne Noise |
Air/Noise Pollution Management |
|
Advanced Combustion Systems |
Air/Noise Pollution Management, Aerospace Engineering and Green Energy |
|
Advanced Energy Storage Technologies |
Green Energy |
|
Advanced Materials for Clean Energy |
Green Energy |
|
Electrochemical Energy Conversion Materials and Devices |
Green Energy |
|
Hydrogen and Fuel Cells |
Green Energy |
|
Solar and Wind Engineering |
Green Energy and Air/Noise Pollution Management |
|
Green Combustion |
Green Energy, Aerospace Engineering and Air/Noise Pollution Management |
|
Advanced Product Mechatronics |
Product Development & Analysis |
|
Corrosion Control |
Product Development & Analysis |
|
Design for Sustainable Development |
Product Development & Analysis |
|
Integrated Engineering Design |
Product Development & Analysis |
|
Project on Product Design & Management |
Product Development & Analysis |
|
Thermal Engineering |
Product Development & Analysis |
|
Advanced Materials & Structural Design |
Product Development & Analysis and Aerospace Engineering |
|
Computer Aided Product Analysis |
Product Development & Analysis and Aerospace Engineering |
|
Air Pollution Engineering |
Product Development & Analysis and Air/Noise Pollution Management |
|
Product Noise Control |
Product Development & Analysis and Air/Noise Pollution Management |
31
Programme Leader
Dr Jiao Zengbao
BSc (CUGB), MEng (USTB); PhD (CityU)
Deputy Programme Leader
Dr Zhang Xiao
PhD (NTU, Singapore)
You must satisfy the following specific requirements of this programme:
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A Bachelor's degree with Honours in a relevant branch of engineering, or a related applied science discipline;
OR -
Qualifications that satisfy the academic requirements for Corporate Membership of the mechanical discipline of the Hong Kong Institution of Engineers (HKIE), or the equivalent.
Consideration will also be given to candidates without Honours degrees who have other relevant qualifications and/or appropriate work experience.
If you are not a native speaker of English, and your Bachelor's degree or equivalent qualification is awarded by institutions where the medium of instruction is not English, you are expected to fulfil the University’s minimum English language requirement for admission purpose. Please refer to the "Admission Requirements" section for details.
Individual cases will be considered on their own merit. Applicants may be required to attend interviews or tests to further demonstrate their language proficiency.
For general enquiries, please contact:
Miss Onki Law (tel: (852) 2766 6658; email: on-ki.law@polyu.edu.hk).
For further information on academic matters, please contact:
Dr Jiao Zengbao (tel: (852) 2766 6665; email: zb.jiao@polyu.edu.hk);
Dr Zhang Xiao (tel: (852) 2766 6649; email: xiao1.zhang@polyu.edu.hk).
Website: www.polyu.edu.hk/me/study/taught-postgraduate-programmes/msc-in-mechanical-engineering/
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Suitable candidates may be invited to attend interviews.
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Scholarships* will be awarded to outstanding graduates from the programme.
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Classes are normally held on weekday evenings.
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Classes can also be arranged with alternatives such as full-time weekends, full-time weekdays or online delivery.
* PolyU reserves the right to change or withdraw the scholarship at any time. In case of any dispute/disagreement, PolyU’s decision is final.
6 for local students
12 for non-local students
HK$6,600 per credit for local and non-local students
The PolyU Mechanical Engineering (ME) department provides a variety of professional subjects to support the diverse needs of the technical field, such as regarding mechanical engineering, product development, analysis and green energy. These subjects have enhanced and extended my knowledge, skills and hands-on experience while reinforcing the application of principles and formulations in practical settings. The state-of-the-art knowledge covered in these subjects includes material properties, control technology, mechatronics, nuclear energy, structures and engineering integration. I would highly recommend this programme to anyone who wants to take their skills to the next level.
The in-depth exploration of acoustical principles and their practical applications have equipped me with the necessary expertise to navigate the complex interplay between equipment performance, noise levels and vibration characteristics. This has enabled me to offer well-informed recommendations and detailed insights to ensure that project requirements are met effectively. This programme has empowered me to leverage this specialised knowledge to the benefit of my work as a Project Engineer.
This programme has equipped me with a diverse set of skills to navigate the ever-evolving industry landscape. The growth mindset cultivated throughout the learning process has enabled me to keep pace with the rapidly advancing industry by introducing me to various cutting-edge technologies. Through the MSc study process, I have learned different mature, systematic approaches, and I am applying them in the workplace to bring fresh perspectives on established and successful procedures.
Optional
Required
Other supporting documents such as copies of relevant professional qualifications and awards (if any) are optional.
