1. Develop a strong foundation in scientific theoretical knowledge related to electrical engineering and information.
2. Provide students with hands-on experience in analyzing and designing electrical, electronic, and information systems, both in terms of software and hardware.
3. To develop students’ competence in teamwork, and to foster their understanding of professional ethics in engineering and social responsibility.
4. Foster an international perspective in students, enable them to stay informed about industry trends, understand sustainable technological development, and cultivate a willingness and ability for lifelong learning.
1. Ability to apply mathematical, scientific, and engineering knowledge.
2. Capability to design and conduct experiments, as well as analyze and interpret relevant data.
3. Proficiency in the technical skills and techniques required for practical electrical and information engineering, using modern tools.
4. Competence in designing electrical and information engineering systems, components, or processes.
5. Skills in project management, effective communication, interdisciplinary integration, and teamwork.
6. Ability to discover, analyze, apply research findings, and consider sustainability in solving complex and interdisciplinary engineering problems.
7. Foster an international perspective in students, stay updated on current affairs, understand the impact of electrical engineering technology on environmental sustainability, social well-being, and global development, and cultivate habits and abilities for continuous learning.
8. Understand and apply professional ethics, recognize social responsibility, and respect diverse perspectives.