Creativity

1.The ability to apply mathematical, scientific and engineering knowledge.

2.The skills, techniques and abilities to use tools required to perform engineering practice.

1.Developing students' abilities to use computers solving problems.

2.Developing students' abilities to design embedded systems.

3.Developing students' abilities of microprocessing system design.

4.Developing students' abilities to design integrated circuits.

5.Developing students' abilities of basic knowledge of the Internet.

6.Developing students' competencies in the medical electronics industry.

7.Developing students' abilities to think creatively.

8.Developing students' abilities to be familiar with program debugging and verification.

9.Developing students' abilities to design embedded software.

Cooperation

1.The ability to design and perform experiments, and analyze and interpret data.

2.The ability to design engineering systems, components or manufacturing.

1.Developing students' abilities to produce interdisciplinary systems.

2.Developing students' practical and interdisciplinary integration abilities in workplace employment.

3.Developing students' characters and business ethics.

Consideration

1.Understand current issues, the impact of engineering technology on the environment, society and the world, and develop the habit and ability of continuous learning.

2.Understand professional ethics and social responsibility.

1.Developing students' abilities of system integration design.

2.Developing students' abilities to think creatively.

3.Developing students' abilities to integrate knowledge.

4.Developing students' abilities to use computers solving problems.

Communication

1.Project management, effective communication and teamwork skills.

2.The ability to identify, analyze and deal with problems.

1.Developing students' foreign language abilities.

2.Developing students' writing, expression and communication skills.