We live in an increasingly connected and smart world – the main driver for this growth is innovations in microelectronics engineering that produce high-performance and low-energy integrated circuits (IC) and sensing devices. ICs are found in every aspect of our daily lives starting from mobile phones and computers to automobiles and refrigerators. Many novel applications get enabled by ICs such as smart medical devices like pacemakers for the heart or deep brain stimulators for Parkinson’s disease or graphics processing units to drive a revolution in artificial intelligence research. If you are excited by these topics and want to learn about cutting-edge IC technologies, then you are at the right place!

The aim of the Microelectronics engineering major is to provide students with sound knowledge of the fundamental principles involved in the design and fabrication of integrated circuits (ICs), and a comprehensive understanding of electronics and information technologies. The curriculum includes application-specific IC (ASIC) design for novel applications, nanotechnologies for high-performance devices and microsystems, new designs and materials for ICs, wireless and optical communications, and embedded system design.

Upon completion of the major, students will be sufficiently prepared for employment in various sectors of the electronics industry, and well equipped with fundamental knowledge for pursuing postgraduate studies. In Hong Kong, companies headquartered in Hong Kong Science Park including Huawei, AMASIC, UMEC, REDISH, Infineon, and Solomon Systech have hired many engineers in different areas of microelectronics. There is also a huge demand for engineers skilled in all aspects of semiconductors in the Greater Bay Area as well as globally making this major very timely.

Entrance Requirements for Direct/Non-JUPAS Applicants

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

For details of the programme curriculum structure, please visit the ‘Undergraduate Catalogue’.

The aim of this major is to provide students with sound knowledge of the fundamental principles involved in the design and fabrication of integrated circuits (ICs), and a comprehensive understanding of electronics and information technologies. The curriculum includes application specific IC (ASIC) design for novel applications, nanotechnologies for high-performance devices and microsystems, new designs and materials for ICs, digital processor, system-on-chip, wireless and optical communications, and embedded system design. Upon completion of the major, students will be sufficiently prepared for employment in various sectors of the microelectronics and electronics industry, and well equipped with fundamental knowledge for pursuing postgraduate studies.

微電子工程學工學士課程為學生提供有關集成電路（IC）設計和製造的基本原理，以及對電子和信息技術的全面理解。課程包括特定應用積體電路(ASIC) 設計、用於高性能設備和微系統的納米技術、用於IC的新設計和材料、數字電路處理器、單晶片系統、無線及光學通訊，以及嵌入式系統設計。完成專業後，學生將為微電子和電子行業各個領域的就業做好充分的準備，並具備攻讀研究生的基礎知識。

The first year of this major includes basic courses in mathematics, physics, electronics, and computing, with hands-on experience in electronics circuits and computer programming.

Core subjects include Engineering Mathematics, Computer Programming, Logic Circuit Design, Electronic Devices and Circuits, Microcomputer Systems, Semiconductor Materials and Devices, Applied Electromagnetics, Embedded System Design, Applied Optoelectronic Devices, VLSI Circuit Design, and Microsystems and Nanotechnology.

The technical electives in the final stage of the major cover specialized subject areas, such as integrated photonics, microelectronics manufacturing, real-time embedded systems, and advanced ICs.

The job opportunity for IC engineers will be strong and will be on a steady growth. Artificial intelligence and 5G technology promise to deliver some of the most exciting challenges on engineering opportunities since the past two decades. Sophisticated and versatile ICs have made commercialization of these technologies possible. The industries have experienced a strong demand on IC design/manufacturing engineers in recent years. But companies globally and locally in Hong Kong are struggling to find enough talent. Locally in Hong Kong, the talent shortfall stems from the severe shortage in training IC engineers in the undergraduate level.

In Hong Kong, companies headquartered in Hong Kong Science Park including Huawei, AMASIC, UMEC, REDISH, Infineon, and Solomon Systech are the major players of IC design and technology. They all together have hired over one thousand IC engineers focusing on different areas. Jobs and demands from these international players are increasing because of the strong global market and the technological hub in the Greater Bay area. Across the border in Shenzhen, there are also huge demand on well-trained IC engineers. 

Placement Schemes

In collaboration with industry, the Department aims to equip students early with real work experience before graduation through different placement schemes. We have Professional Internship Programme (PIP) of different durations (one-semester/two-semester/one-year), and two local and overseas summer placement opportunities namely Industrial Attachment Scheme (IAS) and Overseas Internship Scheme (OIS).    
 

International Exchange and Summer Exchange Programme

Uplifting students' global outreach and international competitiveness through student exchange is one of the Department's goals. Since 2015, around 380 students have been sent out to top universities in Australia, Belgium, Canada, Czech Republic, Denmark, Finland, France, Germany, Italy, Japan, Korea, mainland China, Netherlands, New Zealand, Spain, Sweden, Taiwan, the UK and the USA for semester-long exchange and summer exchange. Unfortunately, due to COVID, the exchange programmes have been affected for years.   
 

Student Learning Support Scheme

Student learning is always the Department's top priority, facilitated by the long-established Student Tutoring Scheme. The scheme aims to nurture good learning skills in our students, particularly during their first and second year with EE. Outstanding senior year students are selected to coach students on their studies through in-class or out-of-classroom support. The Scheme has successfully created a positive learning ambience among peers and has been well received among students.  

Every year, some 60 scholarships worth over HK$ 1 million are granted to students of the Department of Electrical Engineering. Click here for more information.

Over the years, CityUHK Electrical Engineering students have won many top prizes in various international, regional and local competitions and award schemes. Click here for more information.

This Department offers four majors in Computer and Data Engineering, Electronic and Electrical Engineering, Information Engineering, and Microelectronics Engineering. All the long-established majors have been accredited by the Hong Kong Institution of Engineers (HKIE), while the design of Microelectronics Engineering curriculum is intended to obtain accreditation by HKIE. Based on the Washington Accord, graduates will receive reciprocal recognition from equivalent bodies in Australia, Bangladesh, Canada, China, Chinese Taipei, Costa Rica, Hong Kong-China, India, Indonesia, Ireland, Japan, Korea, Malaysia, Mexico, New Zealand, Pakistan, Peru, Philippines, Russia, Singapore, South Africa, Sri Lanka, Turkey, the UK and the US.

Largest EE department among local universities with 46 professors.

Ranked 20th worldwide and 1st in Hong Kong by subject in Electrical and Electronic Engineering (U.S. News Best Global Universities Rankings 2023); 11th worldwide and 1st in Hong Kong by subject in Electrical Engineering (Performance Ranking of Scientific Papers for World Universities, National Taiwan University Ranking 2023).

Six EE professors have been awarded the Teaching Excellence Award for eight times by the University.

A caring department emphasizing students' well-roundedness apart from their technical know-how through ample co-curricular activities.

Offering four undergraduate programmes, two taught master's programmes and two research degree programmes (currently around 1,400 students in total).

With the support from the Ministry of Science and Technology, State Key Laboratory of Terahertz and Millimeter Waves established in 2008 is the first such laboratory in engineering discipline in Hong Kong.

Laboratory space about 5,000 sq. meters.

Undergraduate Catalogue
Department of Electrical Engineering (EE)
College of Engineering
Graduate Employment Statistics
EE Student Achievements
Hong Kong Institution of Engineers
Washington Accord

Information engineering is an interdisciplinary subject that brings together knowledge and techniques from computer science, electrical engineering, and communication theory to design and develop systems that can efficiently and effectively process, transmit, and store information. Nowadays, the demand for professionals with expertise in information engineering is higher than ever. By studying information engineering, you can develop the knowledge and skills required to design and develop systems that can handle the massive amounts of data generated by our increasingly connected world.

Information engineering involves several areas: networking, communications, cybersecurity, artificial intelligence (AI), multimedia, and algorithms and optimization.

Networking and communications deal with the design and optimization of communication systems. Understanding the principles behind networking and communications is essential for developing systems that can effectively handle large amount of data.

Cybersecurity deals with securing and protecting information systems from unauthorized access. With the increasing threat of cyber attacks, cybersecurity has become a critical area of concern for organizations and governments around the world.

AI is a rapidly evolving field that relies heavily on information engineering. AI algorithms are designed to process vast amounts of data and extract meaningful insights. Learning how to design and implement these algorithms requires a strong foundation in information engineering principles, including data structures, algorithms, and multimedia techniques. Multimedia involves analyzing and manipulating signals, such as sound or images, to extract useful information. This information can be used in a variety of applications, such as speech recognition, audio and video processing, robotics, and computer games.

In the aforementioned areas, many problems can be formulated optimization problems. Hence we need to design and implement cost-effective steps (algorithms) to solve the problems. 

Career opportunities: Information engineering is a rapidly growing field, and there is a high demand for professionals with expertise in this area. Studying information engineering can open up a range of career opportunities in areas such as software engineering, data analysis, networking and telecommunication,  cybersecurity, multimedia, and AI. 
 

Entrance Requirements for Direct/Non-JUPAS Applicants

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

For details of the programme curriculum structure, please visit the ‘Undergraduate Catalogue’.

This major aims to equip students a balanced understanding of the theory and applications of information engineering, which encompasses networking and communications, algorithms and optimization, cybersecurity, artificial intelligence, and signal processing. It offers all-round education, which nurtures independent thinking, creativity, and various soft skills. Upon completion of the major, graduates will be sufficiently prepared for further studies or employment in a wide range of economic sectors, mainly technology, but also business, banking, finance and trading in Hong Kong and the Asia-Pacific region.

資訊工程學工學士課程目標：培育專業資訊工程師，教授電腦及資訊科技知識，重點有網絡及通訊、算法及優化、網絡安全、人工智能、及訊號處理。

This major focuses on five areas: Networking and Communications, Algorithms and Optimization, Cybersecurity, Artificial Intelligence, and Signal Processing.

Core courses include: Engineering Mathematics, Logic Circuits, Computer Programming, Java Programming and Applications, Data Structures and Algorithms, Microcomputer Systems, Signals and Systems, Optimization Methods for Engineering, Operating Systems, Database Systems, Data Communications and Networking, Internet Technology, Principles of Communications, Product Design, and Project.

In the final year, students may specialize in different areas of interest in preparation for their future careers and enjoy considerable flexibility through the selection of elective courses on topics such as advanced networking technologies, cloud computing, artificial intelligence, and cybersecurity.

Information Technology is amongst the areas that the Hong Kong SAR Government has identified for focused support, with manpower projections showing this technology sector to have the fastest growth. Even in the banking, finance, business services, trading, legal and public administration sectors, personnel with a solid background in technology are in great demand in this increasingly complex technological age.

Placement Schemes

In collaboration with industry, the Department aims to equip students early with real work experience before graduation through different placement schemes. We have Professional Internship Programme (PIP) of different durations (one-semester/two-semester/one-year), and two local and overseas summer placement opportunities namely Industrial Attachment Scheme (IAS) and Overseas Internship Scheme (OIS).
 

Global Outreach

Uplifting students’ global outreach and international competitiveness through student exchange is one of the Department’s goals. Since 2015, around 380 students have been sent out to top universities in Australia, Belgium, Canada, Czech Republic, Denmark, Finland, France, Germany, Italy, Japan, Korea, mainland China, Netherlands, New Zealand, Spain, Sweden, Taiwan, the UK and the USA for semester-long exchange and summer exchange. Unfortunately, due to COVID, the exchange programmes have been affected for years.
 

Student Tutoring Scheme

Student learning is always the Department's top priority, facilitated by the long-established Student Tutoring Scheme. The scheme aims to nurture good learning skills in our students, particularly during their first and second year with EE. Outstanding senior year students are selected to coach students on their studies through in-class or out-of-classroom support. The Scheme has successfully created a positive learning ambience among peers and has been well received among students.  

Every year, some 60 scholarships worth over HK$ 1 million are granted to students of the Department of Electrical Engineering. Click here for more information.

Over the years, CityUHK Electrical Engineering students have won many top prizes in various international, regional and local competitions and award schemes. Click here for more information.

This Department offers four majors in Computer and Data Engineering, Electronic and Electrical Engineering, Information Engineering, and Microelectronics Engineering. All the long-established majors have been accredited by the Hong Kong Institution of Engineers (HKIE), while the design of Microelectronics Engineering curriculum is intended to obtain accreditation by HKIE. Based on the Washington Accord, graduates will receive reciprocal recognition from equivalent bodies in Australia, Bangladesh, Canada, China, Chinese Taipei, Costa Rica, Hong Kong-China, India, Indonesia, Ireland, Japan, Korea, Malaysia, Mexico, New Zealand, Pakistan, Peru, Philippines, Russia, Singapore, South Africa, Sri Lanka, Turkey, the UK and the US.

Largest EE department among local universities with 46 professors.

Ranked 20th worldwide and 1st in Hong Kong by subject in Electrical and Electronic Engineering (U.S. News Best Global Universities Rankings 2023); 11th worldwide and 1st in Hong Kong by subject in Electrical Engineering (Performance Ranking of Scientific Papers for World Universities, National Taiwan University Ranking 2023).

Six EE professors have been awarded the Teaching Excellence Award for eight times by the University.

A caring department emphasizing students' well-roundedness apart from their technical know-how through ample co-curricular activities.

Offering four undergraduate programmes, two taught master's programmes and two research degree programmes (currently around 1,400 students in total).

With the support from the Ministry of Science and Technology, State Key Laboratory of Terahertz and Millimeter Waves established in 2008 is the first such laboratory in engineering discipline in Hong Kong.

Laboratory space about 5,000 sq. meters.

Undergraduate Catalogue
Department of Electrical Engineering (EE)
College of Engineering
Graduate Employment Statistics
EE Student Achievements
Hong Kong Institution of Engineers
Washington Accord

The BEng Electronic and Electrical Engineering program at City University of Hong Kong offers a comprehensive education in the latest developments of the field. Led by expert faculty, our hands-on program covers topics such as wireless communications and data technology, microwave, terahertz and optical technologies, photonic, electronic, and sensor devices, and smart control and electrical power systems.

The program provides students with a sloid foundation in electronic and electrical engineering fundamentals while exposing them to the latest trends and developments. This prepares students for success in a rapidly evolving industry.

Graduates have a wide range of career opportunities. They can work in telecommunications, circuits and devices, energy and power, robotics, signal processing, designing and developing advanced electronic systems, and engaging in cutting-edge research projects. Others may choose to pursue higher degrees.

Entrance Requirements for Direct/Non-JUPAS Applicants

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

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 an engineering-related or science-related discipline.

For details of the programme curriculum structure, please visit the ‘Undergraduate Catalogue’.

This major aims to provide students with a solid education in advanced electronic and electrical technologies. Students will be exposed to the latest developments in:

         1. Wireless communications & data technology
         2. Microwave, terahertz & optical technologies
         3. Photonic, electronic, & sensor devices
         4. Smart control & electrical power systems
         5. Bioelectronics & bioinformatics
Our programme will transform students into well-trained professional engineers, ready to thrive in a rapidly changing, knowledge-based economy. Throughout their training, students will be equipped with the skills, vision, and opportunities needed to advance in their career paths.

科技發展一日千里，隨著各類電子產品及機電建設的迅速發展，香港特區政府已將「第五代流動技術」和「智慧城市」定為其中兩個重點支持項目。本課程旨在為電子、通訊、機電及能源工程業培育專業工程師，學生將具備專業技術和視野，並能設計及應用不同電子、通訊、機電及能源系統，迎接新科技帶來的挑戰。內容主要教授電子及通訊科技知識，重點有(1) 無線通訊及數據技術；(2) 微波，太赫兹與光學科技；(3) 光電子及電子器件、感應器；(4) 智能管理及電機能源系統；及 (5) 生物電子及生物信息技術。

First-year core courses are introductory courses in electronics and electrical engineering. These courses aim to provide students with a solid background for more advanced courses in later years. They are supplemented with plenty of hands-on experience to teach students concepts and skills in analog circuits, digital circuits, and software programming. Upon completing these basic courses, students will advance to learn more complex subjects in their second and final years.

Core subjects include Principles of Communications, Logic Circuit Design, Electronic Devices and Circuits, Signals and Systems, Microcomputer Systems, Computer Programming, Systems and Control, Introduction to Electric Power Systems, Introduction to Electric Machines and Drives, and Applied Electromagnetics. Most core courses are supported by relevant laboratory work. Additionally, students will participate in a second-year “design project course” that offers opportunities to solve real-life problems and applications in an interdisciplinary and teamwork setting.

In the final year, students will choose technical electives that covering various specialized subject areas. Examples include Microwave Circuits for 5G Wireless Product Design, Fundamentals of Antenna Design, Mobile Data Networks, Optical Fibre Communications, Introduction to Integrated Photonics, Sustainable Energy Systems, Engineering Applications of Artificial Intelligence, and Data Engineering and Learning Systems. Students will also work independently on their Final Year Project, solving high-level technological problems. Those who wish to gain work experience before graduation may apply for the Professional Internship Program in their final year.

To maintain Hong Kong's competitiveness, the government has taken steps to boost technology-based, high-value-added services and industries. Electronic and electrical technologies are among the areas identified for focused support. Even in the banking, finance and business sectors, personnel with a solid background in technology are in great demand in this increasingly complex technological age.

Placement Schemes

In collaboration with industry, the Department aims to equip students early with real work experience before graduation through different placement schemes. We have Professional Internship Programme (PIP) of different durations (one-semester/two-semester/one-year), and two local and overseas summer placement opportunities namely Industrial Attachment Scheme (IAS) and Overseas Internship Scheme (OIS).
 

International Exchange and Summer Exchange Programme

Uplifting students' global outreach and international competitiveness through student exchange is one of the Department's goals. Since 2015, around 380 students have been sent out to top universities in Australia, Belgium, Canada, Czech Republic, Denmark, Finland, France, Germany, Italy, Japan, Korea, mainland China, Netherlands, New Zealand, Spain, Sweden, Taiwan, the UK and the USA for semester-long exchange and summer exchange. Unfortunately, due to COVID, the exchange programmes have been affected for years.  
 

Student Learning Support Scheme

Student learning is always the Department's top priority, facilitated by the long-established Student Tutoring Scheme. The scheme aims to nurture good learning skills in our students, particularly during their first and second year with EE. Outstanding senior year students are selected to coach students on their studies through in-class or out-of-classroom support. The Scheme has successfully created a positive learning ambience among peers and has been well received among students.  

Every year, some 60 scholarships worth over HK$ 1 million are granted to students of the Department of Electrical Engineering. Click here for more information.

Over the years, CityUHK Electrical Engineering students have won many top prizes in various international, regional and local competitions and award schemes. Click here for more information.

This Department offers four majors in Computer and Data Engineering, Electronic and Electrical Engineering, Information Engineering, and Microelectronics Engineering. All the long-established majors have been accredited by the Hong Kong Institution of Engineers (HKIE), while the design of Microelectronics Engineering curriculum is intended to obtain accreditation by HKIE. Based on the Washington Accord, graduates will receive reciprocal recognition from equivalent bodies in Australia, Bangladesh, Canada, China, Chinese Taipei, Costa Rica, Hong Kong-China, India, Indonesia, Ireland, Japan, Korea, Malaysia, Mexico, New Zealand, Pakistan, Peru, Philippines, Russia, Singapore, South Africa, Sri Lanka, Turkey, the UK and the US.

Largest EE department among local universities with 46 professors.

Ranked 20th worldwide and 1st in Hong Kong by subject in Electrical and Electronic Engineering (U.S. News Best Global Universities Rankings 2023); 11th worldwide and 1st in Hong Kong by subject in Electrical Engineering (Performance Ranking of Scientific Papers for World Universities, National Taiwan University Ranking 2023).

Six EE professors have been awarded the Teaching Excellence Award for eight times by the University.

A caring department emphasizing students' well-roundedness apart from their technical know-how through ample co-curricular activities.

Offering four undergraduate programmes, two taught master's programmes and two research degree programmes (currently around 1,400 students in total).

With the support from the Ministry of Science and Technology, State Key Laboratory of Terahertz and Millimeter Waves established in 2008 is the first such laboratory in engineering discipline in Hong Kong.

Laboratory space about 5,000 sq. meters.

Undergraduate Catalogue
Department of Electrical Engineering (EE)
College of Engineering
Graduate Employment Statistics
EE Student Achievements
Hong Kong Institution of Engineers
Washington Accord