Huazhong University of Science and Technology

I. Program Objective

Based on the characteristics of overseas students and making full use of our educational resources, we design the program to bring up students mastering the basic theory of electronic and information fields, as well as reasonable knowledge framework.

The graduates in this program are required to develop the systems and technologies which drive the information age, from acquiring information, transmission, processing to applications. They are required to master the basic theories and skills in modern communication systems and communication networks. They are able to participate in the design and development of various communication and information systems. The graduates are equipped with strong professional English in telecommunication engineering, good personality and innovative initiatives. They are qualified to design, integrate and develop communication systems and technologies in information and communications industries, research institutes, universities and other related communities. 

II. Learning Outcomes 

Students are expected to acquire the following knowledge or skills:

1. A knowledge of liberal arts and social sciences, an understanding of social, professional and ethical responsibility, and an ability to communicate effectively in oral, written and visual forms.

2. An ability to apply knowledge of mathematics, science, and engineering with the specialty in telecommunications.

3. An ability to design and conduct experiments, analyze and interpret data, and report findings.

4. An ability to design a communication system, component, or process to meet specifications.

5. An ability to identify, formulate, analyze and solve telecommunication engineering problems.

6. An ability to use the techniques, skills, and modern engineering tools necessary for telecommunication engineering practice.

7. Innovative thinking, team spirit, a preliminary ability to conduct scientific research, and an ability to function in multi-disciplinary teams.

8. An understanding about the impact of engineering solutions in a global and societal context, a knowledge of laws and regulations relevant to engineering, environmental protection and sustainable development.

9. International vision, a recognition of the need for lifelong learning, and an ability to engage lifelong learning to remain effective in a climate of continually emerging technologies.

10. An ability to read English references and conduct inter-cultural communication and cooperation.

III. Program Highlights

This program focuses on the design and applications of information systems in communication networks and intelligent circuit systems. Students are required to construct solid and broad theoretical background in electronics and communications, and they are enhanced with the hands-on engineering experiences and innovative initiatives in the design and development of multiple information systems. Upon graduation, graduates may choose to continue their study at the postgraduate level in electronic science, telecommunication engineering, computer science, automation, optical-electronic and related areas.

IV. Main Disciplines

Information and Communication Engineering

V. Program Length and Degree

Length of Schooling: Four years 

Degrees Conferred: Bachelor of Engineer

VI. Credits Hours and Units

Minimum Credits of the curriculum (Comprising course system and intensified internship practical training):149.5 credits

VII. Main Courses

Circuit Theory, Data Structure, Signal and Linear Systems, Analog Electronics, Digital Circuit and Logic Design, Principles of Microcomputer, Electronic Circuits of Communications, Principles of Communications, Fundamentals of Information, Digital Signal Processing, Stochastic Process, Electromagnetic Field and Wave

VIII. Main Practical Training Items (Including experiments)

Electronic Circuitry Design, Test and Experiments, Experiment of Microcomputer Principle, Course Project of Software, Course Project of Hardware