Bachelor's

1. Knowledge on applying basic mathematics and science to telecommunication engineering-related engineering problems.
2. Familiar with the basic theory of electrical and communication engineering, and understand the correlation between them.
3. The ability to design and perform experiments, incorporating .communication-related theories, to interpret and analyze experimental results and data.
4. Be able to make good use of computers, instruments and tools, and integrate professional knowledge to analyze or design communication engineering-related modules or systems.
5. Ability to coordinate, communicate and work in teams
6. Ability to explore, analyze and solve problems
7. Understand the development trend of current communication technology and understand its impact on human life and society.
8. Cultivate the habit and ability of positive learning attitude
9. Possess the awareness of humanistic care, and understand professional ethics and the social responsibility of engineers.

Master class

1.Apply mathematics and science to the knowledge related to communication engineering.

2. Familiar with the advanced theory of electrical and communication engineering, and understand the correlation and application development.

3. The ability to design and execute experiments, combined with communication-related theories, to interpret and analyze experimental results and data.

4. Be able to make good use of computers, instruments and tools, and integrate professional knowledge to analyze or design communication engineering-related modules or systems.

5. Ability to coordinate, communicate and work in teams.

6. Have the ability to explore, analyze and solve problems.

7. Understand the current development trend of communication technology and understand its impact on human life and society.

8. Cultivate the habit and ability of continuous active learning.

9. Possess the self-cultivation cognition of humanistic care, and understand the professional ethics and social responsibility of senior engineers.