BEng Information Engineering

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

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. In today's digital and AI-driven era, the demand for professionals with expertise in information engineering is higher than ever. By studying information engineering, students develop the knowledge and skills required to design intelligent systems capable of handling the massive volumes of data generated by our increasingly connected world.

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.

Artificial Intelligence (AI) is transforming industries and societies by enabling machines to learn from data, make decisions, and perform tasks that traditionally require human intelligence. AI in information engineering covers the entire AI system and product lifecycle, including data collection and management, algorithm design, model development and training, deployment, monitoring, maintenance, and continuous improvement. AI applications span a wide range of domains, such as intelligent automation, smart manufacturing, healthcare, finance, transportation, and robotics. Developing AI solutions requires a strong foundation in information engineering principles, including data structures, algorithms, optimization techniques, signal processing, and software engineering.

Multimedia and signal processing involve analyzing, processing, and interpreting signals such as audio, images, and video to extract useful information. These technologies support numerous applications, including speech recognition, computer vision, audio and video processing, autonomous systems, human-computer interaction, robotics, and digital entertainment.

Many challenges arising from the above areas can be formulated as optimization problems. Therefore, information engineers must develop efficient and cost-effective algorithms to identify optimal solutions under practical constraints. Optimization techniques play a crucial role in improving the performance, reliability, and scalability of modern information systems, including AI-driven applications.

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 engineering.

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, communications, cybersecurity, artificial intelligence (AI), AI system and product lifecycle management, multimedia, and algorithms and optimization. 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、通訊、網絡安全、人工智能、人工智能系統和產品生命週期管理、多媒體、及算法和優化。

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, Applied AI Systems in Information Engineering: Lifecycle and Human-Centered Design, 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

The Department collaborates with industry to provide real-world experience through:

• Professional Internship Programme (PIP): One-semester, two-semester, or one-year internships.
• Industrial Attachment Scheme (IAS): Local summer placements.
• Overseas Internship Scheme (OIS): International summer placements.

These opportunities ensure students gain practical skills and industry exposure before graduation.

International Exchange and Summer Exchange Programme

To boost global competitiveness, the Department has facilitated student exchanges with top universities in countries such as Australia, Canada, Germany, Japan, and the USA. Since 2015, approximately 380 students have participated in semester-long and summer exchange programmes, although opportunities were impacted by COVID-19 in certain years.

Student Learning Support Scheme

The Student Tutoring Scheme fosters a supportive learning environment. Outstanding senior students mentor first- and second-year students, promoting effective study habits and peer collaboration. This initiative has been highly successful in creating a positive learning community.

The Department of Electrical Engineering awards approximately 60 scholarships annually, totaling over HK$1 million, to recognize academic excellence and support student development. For details, visit the Scholarship Page.

CityUHK Electrical Engineering students consistently excel in international, regional, and local competitions, securing top awards in various academic and professional arenas. Learn more about their achievements on the EE Student Achievements Page.

The Department offers four majors: Computer and Data Engineering, Electronic and Electrical Engineering, Information Engineering, and Microelectronics Engineering. All established majors are accredited by the Hong Kong Institution of Engineers (HKIE), with the Microelectronics Engineering curriculum receiving provisional accreditation in 2025.

Under the Washington Accord, graduates receive reciprocal recognition from equivalent bodies in countries including 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, enhancing global career mobility.

• Renowned Faculty: 47 professors, including 3 Fellows of the Royal Academy of Engineering, 1 Fellow of the World Academy of Sciences (TWAS), 37 faculty in the top 2% of world’s most highly cited scientists, 20 Fellows of the Institute of Electrical and Electronics Engineers, USA (FIEEE), 4 Fellows of the Hong Kong Institution of Engineers and 1 Croucher Foundation Senior Research Fellows.
• Global Rankings:
  • 27th worldwide and 1st in Hong Kong in Electrical and Electronic Engineering (U.S. News Best Global Universities Rankings 2026).
  • 11th worldwide and 1st in Hong Kong in Electronics and Electrical Engineering (Research.com 2026).
• Teaching Excellence: Six professors have received the University’s Teaching Excellence Award.
• State-of-the-Art Facilities: 
  • Over 5,048 sq. meters of lab space and access to industry-standard EDA software for IC design.
  • 3 Centres and *1 State Key Laboratory Established - The Department has established 3 centres namely 1/ Centre for Complexity and Complex Networks, 2/ Centre for Biosystems, Neuroscience, and Nanotechnology and 3/ Centre for Smart Energy Conversion and Utilization Research.
• Research Leadership: Home to the State Key Laboratory of Terahertz and Millimeter Waves, the first engineering-focused lab of its kind in Hong Kong established in 2008, supported by the Ministry of Science and Technology, PRC.
• Holistic Development: Emphasis on co-curricular activities, including student tutoring, exchange programmes, internships, and career workshops.

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