Curriculum Structure for S6 Students (4-Year Programme)
Suggested Study Plan (for 2006/07 and after)
| Term 1 (First Year) | Unit |
|
| Physical Education | 1 |
|
| ELT* | English Language |
3 |
| MAT1110* | University Mathematics | 3 |
| CSC1110 | Introduction to Computing |
3 |
| General Education | 3 |
|
| PHY1001* | General Physics or Elective |
3 |
|
16 |
|
| Term 2 (First Year) | Unit |
|
| Physical Education | 1 |
|
| ERG2040 | Probability Models and Appl |
3 |
| IEG2051 | Signals and Systems |
3 |
| CSC2100 | Data Structures |
3 |
| ERG1010* | Engineeering Electronics |
3 |
| General Education | 3 |
|
|
16 |
|
| Term 3 (Second Year) | Unit |
|
| ERG2013 | Advanced Engineering Maths |
3 |
| IEG1001 | Information Engg. & Society |
2 |
| ERG2310 | Principle of Comm. Systems |
3 |
| ELE1110 | Basic Circuit Theory | 3 |
| IEG1810 | Electronics Circuit Design Lab. |
1 |
| General Education | 3 |
|
| Elective | 1 |
|
|
16 |
|
| Term 4 (Second Year) | Unit |
|
| ERG2020 | Digital Logic and System |
3 |
| IEG2810 | Digital Sys. Design Lab. |
1 |
| IEG3080 | Info. & Software Engineering |
3 |
| IEG3310 | Computer Networks | 3 |
| ELT2452* | Expository Writing | 3 |
| Elective | 3 |
|
|
16 |
|
| Term 5 (Third Year) | Unit |
|
| ELE3230 | Microprocessor & Comp. Sys. |
3 |
| IEG3810 | MP Systems Design Lab. | 1 |
| General Education | 3 |
|
| CHI* | Chinese Language | 3 |
| Elective | 3 |
|
| Elective | 3 |
|
|
16 |
|
| Term 6 (Third Year) | Unit |
|
| IEG3821 | Information Engineering Lab. |
2 |
| ELT1111 | Technical Communications | 3 |
| General Education | 3 |
|
| Elective | 3 |
|
| Elective | 3 |
|
| Elective | 3 |
|
|
17 |
|
| Term 7 (Fourth Year) | Unit |
|
| ERG4910 | Thesis I |
4 |
| Elective | 3 |
|
| Elective | 3 |
|
| Elective | 3 |
|
|
13 |
|
| Term 8 (Fourth Year) | Unit |
|
| ERG4920 | Thesis II |
4 |
| Elective | 3 |
|
| Elective | 3 |
|
| Elective | 3 |
|
|
13 |
*Faculty course requirement for S6 Entrants (Early Admission Scheme)
Graduation Requirements
1. Complete 123 units as described:
General Education: |
18 units |
Physical Education: |
02 units |
Major Required Courses: |
51 units |
Major Elective Courses: |
21 units |
Faculty Required: |
18 units (ELT2452,MAT1110,ERG1010,PHY1001, |
Free Electives: |
13 units |
|
|
Total: |
123 units |
*Note: it is recommended to substitute PHY1001 by another free elective course.
2. Complete 2 IE Summer Workshops
3. Complete Laboratory Safety Training session
4. Participated in at least 3 Industrial Visits
5. Obtain a Pass in the IT Proficiency Test
6. Obtain a Pass in the Intensive Programme in Putonghua, Cantonese and English (PCE1001, PCE1002, PCE1003)
Work Study Programme
After the second year of study, all students can participate in the work-study program on a voluntary basis. |
|
Each participant is required to spend 7-15 months, as a full-time employee, in the departments in a selected local company, engaged in Information Technology, Telecommunications, and Application Services. |
Linkage to Postgraduate Diploma in Professional Accountancy
Please check APIB website.
Core Electives
| CSC3150 | Introduction to Operating Systems |
(3 units) |
| IEG3010 | Digital Communications |
(3 units) |
| IEG3050 | Simulation and Statistical Analysis |
(3 units) |
| IEG3090 | Adv. Internet Protocols and Systems |
(3 units) |
| IEG3830 | Product Design Project |
(3 units) |
| IEG3831 | Networking Laboratory I |
(1 unit) |
| IEG3841 | Networking Laboratory II |
(2 units) |
| IEG4020 | Telecom Switching and Network Systems |
(3 units) |
| IEG4030 | Optical Communications |
(3 units) |
| IEG4060 | Decision Making Methodology |
(3 units) |
| IEG4100 | Wireless Communication Systems |
(3 units) |
| IEG4130 | Introduction to Channel Coding and Crypto |
(3 units) |
| IEG4140 | Teletraffic Engineering |
(3 units) |
| IEG4160 | Image and Video Processing |
(3 units) |
| IEG4180 | Net Software Design and Prog |
(3 units) |
| IEG4190 | Multimedia Coding and Processing |
(3 units) |
| IEG4200 | Channel Coding and Modulation |
(3 units) |
| IEG5124 | Signal Analysis and Application |
(3 units) |
| IEG5154 | Information Theory |
(3 units) |
| IEG5240 | Crypto, Security, & E-Commerce |
(3 units) |
| IEG5270 | Advanced Topics in P2P Networks and Systems |
(3 units) |
| IEG5280 | Mobile Networking |
(3 units) |
| IEG5290 | Network Coding Theory |
(3 units) |
Non-Core Electives
| ACE2050 | Engineering Computer Graphics |
(3 units) |
| ACY1111 | Introductory Financial Accounting |
(3 units) |
| CSC2110 | Discrete Mathematics |
(3 units) |
| CSC3130 | Formal Languages and Automata Theory |
(3 units) |
| CSC3160 | Design and Analysis of Algorithms |
(3 units) |
| CSC3170 | Introduction of Database Systems |
(3 units) |
| CSC3230 | Fundamentals of Artificial Intelligence |
(3 units) |
| CSC3260 | Principles of Computer Graphics |
(3 units) |
| CSC5280 | Image Proc. and Computer Vision |
(3 units) |
| CSC5470 | Computer and Network Security |
(3 units) |
| ECO1010 | Perspectives in Economics | (3 units) |
| ELE3310 | Basic Electromagnetic Theory |
(3 units) |
| ELE3330 | Antenna and Propagation |
(3 units) |
| ELE4320 | Microwave Electronics |
(3 units) |
| ELE4550 | Application Specific IC Technologies |
(3 units) |
| IEG7011 | Information Engineering and Technology Management | (3 units) |
| IEG7012 | Innovation and Entrepreneurship | (3 units) |
| IEG7013 | Cases in IE Project Planning I | (3 units) |
| IEG7014 | Cases in IE Project Planning II | (3 units) |
| MKT2010 | Marketing Management | (3 units) |
| MGT1020 | Principles of Management | (3 units) |
| MAT3080 | Number Theory |
(3 units) |
| MAT3260 | Graph Theory |
(3 units) |
| MAT3310 | Computational and Applied Math |
(3 units) |
| SEG2420 | Operations Research I |
(3 units) |
| SEG2440 | Engineering Economics |
(3 units) |
| SEG3430 | Information Systems Analysis and Design |
(3 units) |
| SEG3490 | Information Systems Management |
(3 units) |
| SEG3500 | Quality Control and Management |
(3 units) |
| SEG3560 | Introduction to E-Commerce |
(3 units) |
| SEG4410 | Real-Time Computer Systems |
(3 units) |
Note that students are not required to satisfy the specific requirements of a stream to graduate. Thus a student may graduate with no stream of specialization as long as they satisfy the IE Major graduation requirements listed above.
A student who satisfies all the requirements of a stream of specialization may obtain a certifying letter from the department.
Stream of Specialization
We believe each student should have individual talents, interests, and career goals. It is important to offer students with the greatest flexibility to developing their own interests and specialties.