PhD in Program on Smart and Sustainable Manufacturing

For PhD in Program on Smart and Sustainable Manufacturing, tuition fees are 108,540 TWD per year; applications for the Jul 2027 intake are due by Sep 15, 2027.

National Cheng Kung University extends its Program on Smart and Sustainable Manufacturing, in Southern Taiwan, to the doctoral level for researchers examining how automation, data, and environmental responsibility intersect in modern production systems. As a research field, smart manufacturing draws on sensors, networked equipment, and data analysis to make production processes more efficient and adaptive, while sustainable manufacturing examines how production can be redesigned to use less energy and material and generate less waste. Doctoral study in this combined area typically involves advanced coursework in manufacturing systems, automation, and data-driven process control, alongside independent research addressing questions such as how to optimize production efficiency, integrate renewable resources into manufacturing, or reduce the environmental footprint of industrial processes. Southern Taiwan's manufacturing and technology sector provides a practical backdrop for research in this field, given the region's established industrial base. Graduates of doctoral programs in smart and sustainable manufacturing commonly pursue research and development roles within manufacturing and technology companies, positions in industrial research institutes, consulting work focused on manufacturing modernization and sustainability, or academic careers. The doctoral track centers on original research, generally resulting in a dissertation that contributes new methods or findings to the field, supported by advanced seminars and close supervision from faculty. Since the program is delivered in English, it is designed to draw doctoral candidates from outside Taiwan as well as domestic researchers, consistent with how internationally manufacturing research collaborations tend to be organized. Entrants typically hold a strong background in industrial, mechanical, or manufacturing engineering.