Mission and Objectives

Mission

Undergraduate

The Department aims to cultivate engineering professionals with a solid foundation in electrical engineering and information communication technologies. The curriculum emphasizes both theory and practice, guiding students to build a robust knowledge system in these fields.

Students will learn core principles and hands-on skills in key areas, including Robotics and Intelligent IoT Systems, Networks and Communications, Chip Design and Systems, and Semiconductor Optoelectronics. This approach provides a strong professional foundation, preparing graduates for careers in industry or for advanced academic research.

Graduate

The program aims to cultivate advanced R&D and leadership talents capable of driving future technological development. Building on the undergraduate foundation, the master’s curriculum emphasizes deep integration of electrical engineering and information technologies, systematic analysis, and innovative design skills.

The program fosters students’ independent research and creative thinking abilities and expands their international perspective through research projects and industry-academia collaboration. In the four key areas—Robotics and Intelligent IoT Systems, Networks and Communications, Chip Design and Systems, and Semiconductor Optoelectronics—students engage in advanced, in-depth research, preparing them to tackle complex engineering problems.

Objectives

Undergraduate

  1. Knowledge Acquisition – Develop essential mathematical tools, scientific fundamentals, and a solid foundation in both theoretical and practical aspects of electrical engineering.

  2. Technical Training – Cultivate professional electrical engineering skills that enable graduates to immediately enter the workforce.

  3. Pursuit of Excellence – Train professionals capable of taking leadership roles in the field of electrical engineering.

  4. Teamwork – Foster organizational and communication skills, enabling students to effectively collaborate and solve project-based problems.

  5. Global Perspective – Prepare electrical engineering professionals with a comprehensive vision and international outlook.

Graduate

  1. Research Competence – Develop students’ professional knowledge and analytical skills, enabling them to identify problems, solve them independently, and produce academic publications.

  2. Pursuit of Academic Excellence – Foster students’ creative thinking and professional capabilities aimed at achieving excellence in their field.

  3. Global Perspective – Prepare students with a comprehensive vision and international outlook in electrical engineering.

  4. Knowledge Acquisition – Impart the ability to apply mathematics, science, and fundamental ICT knowledge to practical and research problems.

Core Competencies

Undergraduate

  1. Ability to apply mathematics, science, and electrical engineering knowledge

  2. Ability to use electrical engineering and information technology skills, tools, and techniques

  3. Ability to conduct experiments, analyze data, and solve problems

  4. Ability to communicate and collaborate effectively in teams

  5. Ability to plan, execute, and document projects

  6. Ability to deliver oral presentations

Graduate

  1. Ability to apply knowledge in the field of electrical engineering

  2. Ability to design, plan, and execute projects or thesis research

  3. Ability to independently evaluate, analyze, and solve problems

  4. Ability to read and write professional academic papers