Master in Program on Smart and Sustainable Manufacturing

Tuition comes to 112,500 TWD per year.

The Program on Smart and Sustainable Manufacturing at National Cheng Kung University, located in Southern Taiwan, offers master's-level study at the intersection of manufacturing engineering, automation, and environmental responsibility. Smart manufacturing as a field applies sensors, data analytics, automation, and networked systems to production processes, aiming to make factories more efficient, flexible, and responsive, while sustainable manufacturing focuses on reducing the environmental impact of production through practices such as energy efficiency, waste reduction, and material recovery. Students in a program combining both areas typically study industrial automation, manufacturing systems design, data analysis for production processes, sustainable process design, and the broader concepts often grouped under the label of smart, connected manufacturing. This combination reflects a wider shift in manufacturing industries toward production methods that are both technologically advanced and less resource-intensive. Southern Taiwan, with its concentration of manufacturing and technology industries, offers a setting where the practical relevance of smart and sustainable manufacturing is readily apparent. Graduates of master's programs in this field typically pursue roles as manufacturing engineers, automation engineers, production planners, and sustainability specialists within manufacturing companies, as well as consulting positions helping firms modernize and green their production operations. The program pairs coursework with a research or applied project, preparing graduates either for direct entry into manufacturing industries or for continued study at the doctoral level. Because the program is taught in English, it is structured to accommodate international students alongside domestic ones, reflecting how manufacturing companies today operate across global supply chains. Applicants typically hold a background in industrial, mechanical, or manufacturing engineering.