Programme Intended Learning Outcomes
With the global trend towards the adoption of the outcomes based approach to education, City University embarked on the Outcomes-based Teaching and Learning (OBTL) project in 2005 to signify its determination to continue to enhance the education experience for its students. ALL undergraduate programmes and courses of EE have adopted this outcomes based approach since 2009 with some of them in pilot runs in earlier years. Sets of intended learning outcomes on both course level and programme level have been developed. Course Intended Learning Outcomes (CILOs) of individual courses and their constructive alignment with programme outcomes can be found in respective course syllabuses while Programme Intended Learning Outcomes (PILOs) are listed below for students’ reference:
| 1. | An ability to apply knowledge of mathematics, science and engineering |
| 2. | An ability to design and conduct experiments as well as to analyze and interpret data |
| 3. | An ability to design a system, component, or process that conforms to a given specification within realistic constraints |
| 4. | An ability to function effectively and responsibly as a team member |
| 5. | An ability to identify, formulate and solve engineering problems |
| 6. | Awareness of professional and ethical responsibilities |
| 7. | An ability to communicate effectively |
| 8. | Knowledge in contemporary issues and an awareness of the impact of engineering solutions in a broad, global and societal context |
| 9. | Recognition of the need for life-long learning |
| 10. | An ability to use necessary engineering tools |
Early Introduction of 4-year Curriculum
The programme has been nominated for early introduction of 4-year curriculum in 2011/12. JUPAS students will be entering through Advanced Standing I, while HD/ AD students through Advanced Standing I or II based on academic backgrounds.
Credit Units Required for the Award
Normative 4-year degree (2012 intake and onward) |
Advanced Standing I |
Advanced Standing II (Senior-year Entry) |
120 CU |
93 CU |
60 CU |
The curriculum is structured as shown in the figure
below. The first two years focus on fundamental and core aspects
of (1) electronic circuits; (2) mathematics; (3) computer programming;
(4) microprocessor and digital system design; (5) embedded system; (6) signals and systems;
and (7) computer network.
In the third year, students are allowed to specialize in different
areas of interest for career preparation. Students have greatest
flexibility to design their own studies by selecting elective courses
on mobile computing, digital image and audio technology, computer
graphics and games, security technology, high-speed computer network
and internet technology, etc.

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Professional Recognition
The programme (major) has been accredited by the Hong Kong Institution of Engineers, one of the educational requirements for obtaining Charter status. Based on the 'Washington Accord', graduates will receive reciprocal recognition from the equivalent bodies in Australia, Canada, Chinese Taipei, Hong Kong-China, Ireland, Japan, Korea, Malaysia, New Zealand, Singapore, South Africa, the United Kingdom and the United States.
- Bonus Features
To nurture versatile engineers for the job market, strenuous efforts have been paid not only on devising a robust 4-year curriculum fully implemented in 2012/13, but also on enriching student learning through diverse out-of- classroom activities and experiential learning, aiming to sharpen students' competitive edge.
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Industrial Placement Scheme (IPS)
The Department has newly launched the Industrial Placement Scheme starting Semester B 2010/11. With collaboration with the industry, the Scheme aims to provide students with real work experience during their university years and thus better preparing them for work upon graduation. This starts from the beginning of year 2 in 3-year programme, year 3 in 4-year major, right through to graduation. There are three interrelated stages under the Scheme:
1. Participating students to work on group industrial projects in year two 2. Well-prepared students to undertake summer placement in the following summer 3. Well-prepared students to work on industrial Final Year Project
The Department places intense emphasis on students' experiential learning apart from laying solid foundation in class to sharpen students' competitive edge and thus further enhance employabiliity. Around 100-150 places will be secured each year for the Scheme.
Other internship schemes in place for many years include Industrial Attachment Scheme (IAS) and Internship Programme for Exchange Students (IPES). Students may choose to undertake their internship overseas if they wish on competitive basis.
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Co-operative Education Scheme
Subsequent to the summer internship, students may join the 12-month Co-operative Education Scheme during their final year. Selected students will work as full-time interns in the partner companies. They will be given day release to attend classes so that they can complete the programme within 3.5 years while gaining one-year full-time working experience. Some students were directly offered jobs by the partner companies at the end of the scheme.
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Scholarships
Every year, some 70 scholarships worth over HK$900,000 are secured by students of the Department.
More...
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Student Exchange
Uplifting students’ global outreach and international competitiveness through raising the proportion of students joining student exchange programmes is one of the Department’s goals. The Department has deployed more resources on student exchange programme. In 2008/09, a total of ten students were financed to join the exchange programmes in the top universities in the U.S.A. and Canada. The scheme continues to expand and in 2009/10 and 2010/11, thirty-three students benefited from the programmes to be held in the U.S.A., Singapore, Finland, Germany, Canada, Korea and mainland China. On the other hand, the urge of internationalization has been bringing in to our department around 20 inbound exchange students yearly from Turkey, Korea, Germany, the U.S.A., and mainland China. Their affiliation provides a multicultural environment to our students to widen their horizons.
More...
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Course Tutoring Scheme
Student learning is at all times the top priority on department's agenda. The momentum is sustained by the well-received initiative, the Course Tutoring Scheme, introduced in 2010/11. The scheme is to mold our students with good learning behavior, particularly for freshmen during their first year. Senior students gaining grade A are assigned as Student Tutors. They participate in tutorial classes and guide the students to learning the course contents during and off tutorial hours. Not only has it enhance students' understanding of course contents, but also creates a learning ambience among peers.
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Student Achievements
Over the year, our students have won many top prizes in local and international open competitions and award schemes. Click here for more information.
Programme
Requirements for BEng (Hons) Computer Engineering
Normal Duration: 3 years |
|
Credit Units (CUs) |
|
| Core Courses | 54 a |
| Elective Courses | 18 b |
| University Language Requirements | 6 c |
| Chinese Civilization | 3 |
| General Education Courses | 12 |
| Total | 93 d, e |
| Note: | |
| a. | Including EE4098 Engineering Training I for Computer Engineering, EE4099 Engineering Training II for Computer Engineering, and EE3013 Engineers in Society, which carry no credit unit. |
| b. | Elective are divided into THREE categories. Students are required to take at least TWO courses from each of the Group A and Group B lists, and ONE course from the Group C list. No more than TWO level-3 courses should be chosen. |
| c. | Students entering without Grade D in HKALE AS Use of English or its equivalent are required to take a course named EL0200 English for Academic Purposes (EAP) course before progressing to take GE1401 University English and GEXXXX English for Engineering. Credits earned from the EAP course will be in addition to the 93-credit-unit requirement, and will not be calculated in students’ GPA. . |
| d. | Students without HKALE AL Physics are required to take AP1202 General Physics II (3 CU) in Year 1 Semester A before progressing to certain technical courses. Credits will be counted in addition to the 93-credit -unit requirement. |
| e. | Students without HKALE AL Applied Maths or Pure Maths are required to take MA1200 Calculus & Basic Linear Algebra I (3CU) and MA1201 Calculus & Basic Linear Algebra II (3CU) concurrently in Year 1 Semester A. Students with HKCEE Additional Maths Grade C or above, or HKALS AS Maths and Statistics Grade C or above, or equivalent can apply to sit for a placement test. Students passing the test will be exempted from taking MA1200. Credits will be counted in addition to the 93-credit-unit requirement. |
| Course Code | Course Title | Credit Units |
| CS2363 | Computer Programming | 3 |
| CS3103 | Operating Systems | 3 |
| Logic Circuit Design |
3 |
|
| EE2004 |
Microcomputer Systems |
3 |
| Basic Electronic Circuit |
3 |
|
| Data Structures and Algorithms |
3 |
|
| Electronics Laboratory |
1 |
|
| EE3013 | Engineers in Society | 0 |
| EE3220 | Embedded System Design | 3 |
| EE3206 | Java Programming and Applications | 3 |
| Digital System Design |
3 |
|
| Signals and Systems |
3 |
|
| EE3273 |
Design Laboratory |
2 |
| EE3009 | Data Communications and Networking | 3 |
| Computer Architecture |
3 |
|
Linear Algebra and Multi-variable Calculus |
3 |
|
Advanced Engineering Mathematics |
3 |
|
| Engineering Training I for Computer Engineering |
0 |
|
| Engineering Training II for Computer Engineering |
0 |
|
| Project Co-operative
Education Scheme: Final Year Project Component |
9 |
Elective Courses: 18 Credit Units
Students are required to earn 3 CUs from Technical Elective Group
C and 15 CUs from Technical Elective Groups A and B where at least 6 CUs
should be earned from each group. No more than two Level-3 courses should be chosen.
| Course
Code |
Course Title | Credit
|
Computer Games Design |
3 |
|
| Multimedia Technologies and Applications |
3 |
|
| Digital Image Processing |
3 |
|
| Digital Speech & Audio Processing |
3 |
|
| Computer Graphics for Engineers |
3 |
|
| EE4209 | Digital Audio Technology | 3 |
| Neural Networks and Fuzzy Systems |
3 |
|
| EE4211 | Computer Vision | 3 |
| Information and Coding |
3 |
|
Human-Computer Interaction |
3 |
|
| EE4219 |
Digital Signal Processing |
3 |
Technical Elective Group B
|
Course Code |
Course Title | Credit |
| Database Systems |
3 |
|
| CS4284* | Mobile Computing | 3 |
| CS4285 | High Speed Multimedia Networks | 3 |
| EE3132 | Microelectronic Circuit Designs | 3 |
| EE3315 | Internet Technology | 3 |
| Parallel computing |
3 |
|
| Advanced Microprocessor Architecture |
3 |
|
| Digital System Design with VHDL |
3 |
|
| Security Technology |
3 |
|
| EE4216 | Internet Client-Server Computing | 3 |
| EE4217 | Digital Storage Technology | 3 |
| EE4220 | Advanced Embedded System Design | 3 |
| EE4316* | Mobile Data Networks | 3 |
| EE4332 | Object-oriented Intelligent Systems | 3 |
| * Exclusive course
|
||
|
Course Code |
Course Title | Credit |
| Applied Queueing Systems |
3 |
|
| MA3160 | Probability & Stochastic Processes | 3 |




