Arrange the teaching of relevant courses and professional knowledge, and cooperate with the conduct of relevant experiments to achieve electronic engineering professionals with both theory and technology.
1.1 Have the ability of basic mathematical analysis and application.
1.2 Possess basic electronic circuits, software and hardware implementation technology, engineering system design or component manufacturing capabilities.
1.3 Have the skills and tools required for integrated circuits and systems, computer applications and programming, microelectronics and optoelectronics engineering.
1.4 Have the ability to design and execute experiments, as well as analyze and interpret data.
Students are taught to be creative, multi-thinkers and problem solvers with a responsible work ethic and teamwork.
2.1 Responsible work attitude and teamwork spirit.
2.2 Have industry-related professional certification or skills.
2.3 To have the concept of professional ethics and social responsibility.
2.4 Ability to think creatively, diversify and solve problems independently.
2.5 Ability to read technical reports.
2.6 Ability to integrate cross-disciplinary technologies.
Students will be able to understand industrial trends and the environmental, social, and global impacts of engineering technology, as well as to develop concepts of professional ethics and social responsibility, and to develop lifelong learning skills.
3.1Ability to use network resources.
3.2 Make full use of library resources.
3.3 Ability to retrieve data and understand industry development.
Students will be able to understand industrial trends and the environmental, social, and global impacts of engineering technology, as well as to develop concepts of professional ethics and social responsibility, and to develop lifelong learning skills.
1. To develop the ability to apply both advanced theories and practical innovations.
2. Students are trained in teamwork, independent thinking, and technical integration skills.
3. To continue to learn about technology issues and understand the environmental, social and global impact of engineering technology.