The International Doctoral Program in Intelligent Engineering and Technology at the College of Engineering, National Chung Hsing University focuses on intelligent technologies such as AI, 5G, and the Internet of Things (IoT), which can be categorized into three major domains: Smart Manufacturing, Smart Cities, and Smart Materials.
The program is conducted entirely in English, integrating college-wide resources and research expertise while also collaborating with industry and leveraging the strengths of the Central Taiwan Smart Machinery Cluster to enhance academia–industry–research synergy.
In addition to participating in international dual-degree programs and global exchange opportunities, students also cultivate integrative skills through research and practical collaboration. Upon graduation, they may pursue academic research or careers in high-tech industries, becoming internationally oriented, high-level engineering professionals with cross-disciplinary integration capabilities.
Based on knowledge and technologies of smart manufacturing, this field integrates manufacturing network systems, intelligent manufacturing technologies, and IoT data analysis and applications. Together with practical courses, it cultivates comprehensive capabilities in smart manufacturing.
Using both information technology and innovation thinking, this program integrates urban systems and services to enhance resource utilization efficiency, optimize city governance and public services, and improve the quality of life for citizens.
Through elective courses in materials science and engineering & chemical engineering, students gain an understanding of the fundamental concepts and properties of materials and processes, thereby establishing a solid foundation for applying materials knowledge.
This program cultivates senior-level engineering professionals with an international perspective and cross-disciplinary competency. Graduates may pursue careers at universities and research institutes in Taiwan or abroad, or enter industries such as semiconductors, smart machinery, information technology, and green energy materials, to engage in R&D, system integration, and/or technology management.
Facing rapidly developing fields like AI, smart manufacturing, net-zero carbon emissions, and cybersecurity, students are able to cultivate competitive capabilities in cross-disciplinary integration and innovative applications.