BEng Materials Engineering


Year of Entry 2017
Mode of Funding Government funded
Admission Code 1640
Mode of Study Full time
Normal Duration of Programme 3 years (for advanced standing I); 2 years (for advanced standing II)
Tuition Fee Click here for more information
Programme/Major Leader
Dr Johnny HO
BSc MSc PhD University of California, Berkeley, USA
General Enquiries



Our Target

This major aims to equip students with the skills and knowledge required to meet local and worldwide needs related to materials science and engineering for the government, industrial and commercial sectors.

Graduates of this major will be able to understand the production, fabrication and service performance of structural and functional engineering materials, including conventional bulk materials, advanced thin film and nanostructured materials. Materials engineers usually work in a multi-disciplinary team with other specialists and scientists. Our graduates contribute to the design, manufacturing, maintenance, evaluation, quality assurance, performance and safety enhancement of the composing materials, engineering components, devices, structures and processing plants.


Start Your Career Here

Materials science and engineering is an exciting and fascinating subject. Many of the novel materials invented in the past few decades have substantially influenced and dramatically changed the way we live. If you imagine a world without silicon electronics or engineering plastics, you will realise the obvious contribution of materials scientists and engineers in the history of mankind.

Materials engineering is essential to almost all industrial sectors. Upon graduation, you will be able to work in various areas such as electronics, toys, plastics, metals, ceramics and construction industries and testing laboratories. You may also be employed as a materials engineer, quality control engineer, production engineer, laboratory manager, R&D engineer or engineering salesperson for equipment, machinery and materials.

Our Materials Engineering major provides professional training that equips students with the ability to understand engineering and scientific information, and to analyse complex engineering problems using systematic and scientific reasoning. Some of our recent graduates have applied their strengths in logical, technical and critical analysis to pursue successful careers in fields such as finance and business.


Entrance Requirements for Direct/Non-JUPAS Applicants

To be considered for admission, you must satisfy the General Entrance Requirements and have studied in a science-related discipline at a high school or recognised post-secondary institution,

OR

have an Associate Degree or Higher Diploma in a relevant discipline such as Applied Science, Engineering, Electronic Engineering, Mechanical Engineering or other relevant technical qualifications.

For senior-year (Advanced Standing II) admission, applicants are normally expected to have completed an Associate Degree/Higher Diploma with a cumulative grade point average (CGPA) of ≥3.0 or an equivalent overall mark, or a credit award in Applied Science, Engineering, Electronic Engineering, Mechanical Engineering or a related discipline.

HKDSE students will apply through JUPAS. They may select this major after one year of study in the Department of Physics (JS1208, first-year studies). For details, please click here.


Curriculum

For details of programme's curriculum structure, please visit the 'Undergraduate Catalogue' (Note: The catalogue for the 2016 cohort is for reference only. The 20167catalogue will be published around July 2017.)


What You Will Be Studying

When you begin your studies, you will be equipped with fundamental knowledge such as engineering mathematics, computing, physical science, engineering drawing and communication skills. These are the necessary foundations for your progression to materials science and engineering study. You will build on these foundations with more in-depth study of the thermodynamics and kinetics of materials processing.

With a strong physical sciences background, you will then take courses related to the properties of conventional and advanced engineering materials, materials testing and examination techniques and the processing of various modern and advanced materials (such as polymers, composites, ceramics and electronic materials). Stress analysis, deformation and fracture of various materials for engineering applications will also be covered.

You need to plan for your career by choosing electives from a wide range of courses such as Environmental Degradation, Microelectronic Materials, Nanocomposite Materials, Advanced Thin Film, Materials Science Modelling, Failure Analysis, Building Materials, Biomedical Materials, Electronic Packaging, Energy Materials, Nanotechnology and Electroceramics.

Workshop training and design laboratory group project courses will allow you to gain hands-on experience in a simulated industrial environment. Selected students will also join established companies for internship training under the guidance of academic staff during the summer vacation.

Every student is required to work independently on a final year project spanning two semesters before graduation. This project is an independent investigation of a materials science and engineering problem. You might find something new and publish a paper in an international journal together with your supervisor! These integrated learning activities in simulated and real industrial environments are essential to you in becoming a professional engineer upon graduation.


Industrial Training and International Exchange

The College of Science and Engineering and the Department offer work placement opportunities through various internship schemes that provide students with full-time job attachments in firms not only in Hong Kong, but also in the Pearl River Delta region and overseas. Through such placements, students will:

  • gain solid experience in a real-world work environment;
  • develop problem-solving abilities and interpersonal skills;
  • learn the right attitudes towards work and professionalism; and
  • broaden their experience and enhance their employability.

For details, please visit the College’s Co-operative Education website.

To help students to broaden their educational horizons, gain language experience and enhance their awareness of different cultures, the Department, College and University offer over 110 credit-bearing exchange programmes with various partner universities around the world including Australia, Canada, Europe, the US and the Asia-Pacific region.

For details, please visit the University’s outbound exchange programme website.


Professional Recognition

This major is the first and currently the only Materials Engineering degree accredited by the Hong Kong Institution of Engineers.


Bonus Features

Graduates of the Materials Engineering major are all-round materials engineers who can participate in design, manufacturing and quality assurance teams in high-tech industries.


Did You Know?

Among the many distinguished academics at the Department of Materials Science and Engineering:

  • Professor Andrey Rogach was ranked 51st worldwide among “100 Top Materials Scientists of the past decade” by Thomson Reuters in 2011 and received the Grand Research Excellence Award from City University of Hong Kong that same year.