Cultivate students to become professional talents in electronic engineering with both theoretical foundation and practical skills. Key points include:
(I) Foundation Theory Development
1. Possess basic skills in mathematics and physics analysis and application.
2. Develop appreciation for culture, arts, and music, and strengthen general humanities education.
3. Understand the operating principles of various instruments and methods for data sampling.
4. Possess the ability to read English manuals and technical reports.
(II) Professional Theory and Practical Experience Transmission
1. Possess theoretical knowledge and practical skills for integrated circuit design and fabrication processes.
2. Possess theoretical knowledge and practical skills in microelectronics and optoelectronic engineering.
3. Possess theoretical knowledge and practical skills in communication systems.
(III) Information Integration and Analysis
1. Possess the ability to use online resources and fully utilize library resources.
2. Possess the ability to collect, organize, analyze, and interpret technical data.
3. Invite industry experts to share professional knowledge related to the electronics industry.
(IV) Independent Thinking and Teamwork
1. Possess the ability to design experiments, execute them, analyze, and interpret data.
2. Approach problems with diverse perspectives.
3. Educate students on teamwork and workplace ethics.
(V) Social Responsibility and Global Perspective
1. Possess a strong sense of social responsibility and local attachment.
2. Adhere to professional ethics regarding intellectual property.
3. Enhance domestic and international academic exchanges to broaden global perspective.
