Optoelectronics Engineering Department
1. Establish a solid foundation of knowledge in optoelectronics-related technologies for students
1.1 Possess basic analytical skills in mathematics and physics
1.2 Possess abilities in professional report writing, presentation, and basic foreign language skills
1.3 Possess fundamental academic competencies in the field of optoelectronics
2. Cultivate professional talents required by the optoelectronics industry
2.1 Strengthen fundamental knowledge of optoelectronics technologies
2.2 Enhance students' hands-on skills in optoelectronics-related technologies
2.3 Improve students' abilities in optoelectronics applications and design
2.4 Cultivate students' skills in statistics and data analysis
3. Train students in independent thinking and teamwork
3.1 Train students to integrate theory with practice and develop problem-solving abilities
3.2 Train students to acquire skills in task allocation and integration
3.3 Strengthen students’ abilities in independent thinking and innovation
3.4 Reinforce workplace ethics, professionalism, humanities literacy, and aesthetic appreciation
4. Cultivate students’ global perspective and social responsibility
4.1 Enhance domestic and international academic exchanges to broaden global vision
4.2 Develop a strong sense of social responsibility and integrity
4.3 Follow intellectual property rights and professional ethics

Master’s/Doctoral Program in Optoelectronics and Materials Technology
1. Provide students with advanced knowledge in optoelectronics and materials-related technologies
1.1 Possess logical and advanced analytical skills in mathematics and physics
1.2 Improve professional literature reading, academic writing, and foreign language proficiency
1.3 Possess a comprehensive understanding of optoelectronics professional fields
1.4 Enhance students’ humanities literacy and aesthetic appreciation
2. Cultivate professional R&D talents required by the optoelectronics and materials industries
2.1 Strengthen capabilities in fundamental optoelectronics research, optoelectronic measurement system development, and energy optoelectronics research
2.2 Reinforce students’ advanced knowledge in practical optoelectronic applications, cutting-edge optoelectronic technologies, and optoelectronic system integration
2.3 Cultivate students’ vision for developing new applications in optoelectronics
2.4 Develop students’ abilities in statistics and data analysis
3. Train students in independent and innovative thinking as well as teamwork
3.1 Train students in data collection, integrated analysis, and reporting
3.2 Equip students with innovative thinking and interdisciplinary technology integration and communication skills
3.3 Enhance students’ abilities in independent thinking, leadership, management, and planning
3.4 Strengthen workplace ethics, professionalism, humanities literacy, and aesthetic appreciation
4. Cultivate students with global vision and a strong sense of social responsibility
4.1 Strengthen domestic and international academic exchanges to broaden global perspectives
4.2 Develop a high level of social responsibility and upright moral character
4.3 Adhere to intellectual property rights and professional ethics; Core Competencies of Students