PROGRAMMES >>>

Master of Science in Electronic Information Engineering
Programme
Master of Science in Electronic Information Engineering
理學碩士(電子資訊工程學)
Award Title
Master of Science in Electronic Information Engineering
Master of Science in Electronic Information Engineering with Industrial Research
Master of Science in Electronic Information Engineering with Business Management

理學碩士(電子資訊工程學)
理學碩士(電子資訊工程學暨工業研究)
理學碩士(電子資訊工程學暨工商管理)

Offering Academic Unit
Department of Electronic Engineering
Mode of Study
Combined mode

Normal Period of Study

Normal Duration: Combined mode / Part time (2 years, 3 years for MSEIE with BM)
Normal Duration: Full-time (1 year, 1.5 years for MSEIE with BM and MSEIE with IR)

Maximum Period of Study

Maximum Period of Study: Combined mode / Part time (5 years, 7.5 years for MSEIE with BM)
Maximum Period of Study: Full-time (2.5 years, 3.5 years for MSEIE with BM and MSEIE with IR)

Credit Units Required for Graduation

A/ Programme Requirements for MSEIE (30 CUs)

• Minimum 24 CUs of Technical elective courses where at least 6 CUs should be IE related courses and at least 12 CUs should be Level 6 courses

B/ Programme Requirements for MSEIE with Industrial Research (IR) (45 CUs)

• Minimum 24 CUs of Technical elective courses where at least 6 CUs should be IE related courses and at least 12 CUs should be Level 6 courses, excluding EE6691
• 15 CUs of EE6691 Applied Research Internship Scheme in Electronic Engineering

C/ Programme Requirements for MSEIE with Business Management (BM) (45 CUs)

• Minimum 24 CUs of Technical elective courses where at least 6 CUs should be IE related courses and at least 12 CUs should be Level 6 courses
• At least 15 CUs, but not more than 18 CUs must be Business Management (BM) elective courses

Students who cannot complete the MSc degree may be eligible for the PGD or PGC as an intermediate award, subject to meeting the requirements for the PGD or PGC award.

D/ Programme Requirements for PGD - Intermediate Award (24 CUs)

• Minimum 15 CUs of EE taught courses, no less than 6 CUs of information engineering related courses; and no more than 9 CUs of Level 5 technical elective courses

E/ Programme Requirements for PGC – Intermediate Award (12 CUs)

• Minimum 9 CUs must be selected from the relevant topics, and no more than 6 CUs of Level 5 EE elective courses.

Programme Aims

The programme aims to provide an enhancement of specialist technical knowledge in strategically selected areas, such as RF & microwaves circuits & applied electromagnetics, wireless communications, networking & data communications, and optical communications that are relevant to the current and anticipated future needs from industry. Due to the rapid advances of existing technologies, the programme is designed for practicing engineers who want to upgrade and update their knowledge in this field.

The programme offers a good selection of business management electives, preparing engineers with knowledge on top of their technical fronts to take up managerial positions in their engineering career.

The programme also offers Industrial or Research Internship experience via the Applied Research Internship Scheme preparing students for full employment immediately after their research internships in the same establishments, or for further studies as PhD candidates in their related technology areas either locally or in overseas countries.


Programme Intended Learning Outcomes (PILOs)

Upon successful completion of this Programme, students should be able to:

  1. Describe current and anticipated trends in the selected areas including Wireless Communications; Networking and Information Engineering; Optical Communications; and RF & Microwave Circuits and Applied Electromagnetics.
  2. Evaluate and analyze new technologies in the selected areas.
  3. Apply specialist knowledge in the selected areas.
  4. Assess, evaluate and formulate solutions to problems or specifications, in the selected areas.
  5. Carry out research and develop new technologies and products in the selected areas.
  6. Apply effective communication skills in their professions.
  7. Manage teams of technologists with good senses of business and marketing (BM option only).
  8. Manage a research project and develop strong ability to do academic/ industrial research (IR option only).

Programme Requirements



A. Programme Requirement for MSc

1. Core Courses: (0 credits)

2. Electives: (30 credits for MSEIE; 45 credits for MSEIE with BM; 45 credits for MSEIE with IR)
Level 5 Technical Electives
Course CodeCourse TitleCredit UnitsRemarks
EE5410Signal Processing3Nil
EE5411Linear Systems Theory and Design3*
EE5412Telecommunication Networks3*
EE5413Advanced Internet Technologies3*
EE5414Development and Design in Embedded Systems3*
EE5415Mobile Applications Design and Development3*
EE5416Topics in Bioelectronics and Biomedical Instrumentation3*
EE5425Fundamentals of Radio Frequency (RF) Circuit Engineering3Nil
EE5430Advanced CMOS Technology3Nil
EE5432Applications of Lasers in Optoelectronics3Nil
EE5433Innovation in Multimedia Technology and Marketplaces for Mobile Applications3*^
EE5604Applied Electromagnetics in Electronic Design3Nil
EE5605Optoelectronic Devices and Applications3*
EE5805Java Network Programming3*
EE5806Topics in Image Processing3*
EE5808Topics in Computer Graphics3*
EE5809Digital Audio Processing and Applications3*
EE5815Topics in Security Technology3*
CS5351Software Engineering3*
CS5348Software Quality Engineering3*
Level 5 Business Management Electives
Course CodeCourse TitleCredit UnitsRemarks
EE5433Innovation in Multimedia Technology and Marketplaces for Mobile Applications3^ BM related course
EF5010Economics for Business3BM related course
EF5042Corporate Finance3BM related course
FB5632e-Marketing and Customer Relationship Management3BM related course
MGT5204Organizational Behavior3BM related course
MGT5205Strategic Management3BM related course
MGT5313International Organizational Behavior3BM related course
MGT5316Human Resources Management3BM related course
MGT5510International Business & the Global Geopolitics for Managers3BM related course
MGT5516Managing Innovation and Technology Globally3BM related course
MS5220Management Science3BM related course
MS5312Business Statistics3BM related course
Level 6 Technical Electives
Course CodeCourse TitleCredit UnitsRemarks
EE6412Signaling, Switching and Routing in Telecommunication Networks3*
EE6413Advanced Topics in Networking Technologies3*
EE6426Radio Frequency (RF) Circuit Engineering3Nil
EE6427Modern Power Electronics3Nil
EE6428Optical Communications3Nil
EE6429Optical Fibres and Waveguides3Nil
EE6430Discrete Time Control Systems3Nil
EE6432Topics in Digital Video Broadcasting3*
EE6435Multi-Dimensional Data Modeling and its Applications3*
EE6449Electromagnetic Compatibility - EMC Theory, Design and Measurement3Nil
EE6450Advanced Topics in Engineering I3Nil
EE6451Advanced Topics in Engineering II3Nil
EE6453Mobile Communication and Networks3*
EE6601Topics in Radio Frequency Circuit Design and Applications3Nil
EE6603Wireless Communication Technologies3*
EE6605Complex Networks: Modeling, Dynamics and Control3*
EE6609Nonlinear Optical Devices3Nil
EE6610Queueing Theory with Telecommunications Applications3*
EE6611Directed Studies for Taught Postgraduate Students3Nil
EE6612Studies on Electronics Industry in China and Asia Pacific3^
EE6613Green Electronics - Theory, Eco-design, Experiments and Applications3Nil
EE6614Reliability Engineering in Electronics Industry3Nil
EE6615Nanotechnology for Devices and Microsystems3Nil
EE6616Bioelectromagnestics-Theory and Topics in Engineering Applications3*
EE6617Detection and Estimation - Theory and Applications in Communications3*
EE6618Three Dimensional (3D) Video Display Technology3*
EE6619Antenna Design for Wireless Communications3*
EE6680Dissertation9Nil
EE6690Internship Scheme in Electronic Industry3Nil
EE6802Advances in Digital Signal Processing3Nil
EE6805Video and Speech Compression3*
EE6691Applied Research Internship Scheme in Electronic Engineering15@
Level 6 Business Management Electives
Course CodeCourse TitleCredit UnitsRemarks
EE6612Studies on Electronics Industry in China and Asia Pacific3^ BM related course
FB6622Services Marketing3BM related course
SEEM6009Project Management3BM related course
SEEM6012Technological Innovation and Entrepreneurship3BM related course
SEEM6015Supply Chain Management3BM related course
SEEM6037Managing Strategic Quality3BM related course
SEEM6044China Engineering Enterprise Management3BM related course
MGT6202Leadership: Managing in Adverse Situations3BM related course
MGT6209High Performance Collaborations3BM related course
MGT6314Global Human Resources Management3BM related course
MGT6318Employee Engagement and Performance3BM related course
MGT6503Comparative Management: Asian Perspectives3BM related course
MGT6511Emerging Issues in Multinational Strategic Management3BM related course

*   Information Engineering (IE) related courses

@    For students who opt for IR exit award only. Also, students taking EE6691 cannot take EE6680 Dissertation and EE6690 Internship Scheme in Electronic Industry as they are exclusive courses. Only students taking full-time study mode can opt MSEIE with IR.

^   CUs earned from this course could be counted as either fulfilling credit unit requirement of EE technical elective or that of business management elective.


B. Programme Requirement for PgC 


Course code

Course title

PGC-NIE

PGC-WC

PGC-RFC & AE

PGC-OC

EE5412

Telecommunication Networks

 

EE5413

Advanced Internet Technologies

 

 

EE5425

Fundamentals of Radio Frequency (RF) Circuit Engineering

EE5432

Applications of Lasers in Optoelectronics

EE5604

Applied Electromagnetics in Electronic Design

EE5605

Optoelectronic Devices and Applications

EE6412

Signaling, Switching and Routing in Telecommunication Networks

EE6413

Advanced Topics in Networking Technologies

EE6426

Radio Frequency (RF) Circuit Engineering

EE6428

Optical Communications

EE6429

Optical Fibres and Waveguides

EE6432

Topics in Digital Video Broadcasting

EE6449

Electromagnetic Compatibility – EMC Theory, Design & Measurement

EE6453

Mobile Communication and Networks

EE6601

Topics in Radio Frequency Circuit Design and Applications

EE6603

Wireless Communication Technologies

EE6609

Nonlinear Optical Devices

EE6616

Bioelectromagnetics - Theory and Topics in Engineering Applications

EE6617

Detection and Estimation- Theory and Applications in Communications

 

EE6619

Antenna Design for Wireless Communications


Additional Information

Intermediate Award Title:
 

Postgraduate Diploma in Electronic Information Engineering
Postgraduate Certificate in Networking and Information Engineering
Postgraduate Certificate in RF Circuits and Applied Electromagnetics
Postgraduate Certificate in Wireless Communications
Postgraduate Certificate in Optical Communications

深造文憑(電子資訊工程學)
深造證書(網絡及資訊工程學)
深造證書(射頻電路設計及應用電磁學)
深造證書(無線通訊)
深造證書(光通訊)