Mechanical Engineering(P) 085500
This interdisciplinary professional master’s program bridges engineering, design, and fashion through collaborative efforts across multiple schools. Drawing on the strengths of institutions in materials science, digital design, communication, and liberal arts, it integrates intelligent systems, advanced manufacturing, and creative practices to address real-world challenges in fashion technology, product innovation, and sustainable development.
Sub-Directions:
01 Industrial Design Engineering
This program explores product design and industrial innovation in the context of intelligent manufacturing. It focuses on form, function, and user experience across lifestyle and fashion sectors.
02 Functional Polymer Materials and Advanced Manufacturing
Focused on smart polymers and textile applications, this program trains students in advanced materials processing, sustainable development, and fashion-related material innovation.
03 Digital Design and Construction
This program blends architectural thinking with digital modeling and fabrication. It emphasizes interdisciplinary spatial design, cultural sensitivity, and creative digital expression.
04 Smart Fashion Communication
Combining communication, technology, and fashion studies, this program focuses on intelligent systems, immersive storytelling, and media innovation in the fashion industry.
05 Intelligent Engineering and Creative Design
This interdisciplinary program merges AI, engineering, and creative industries. It emphasizes smart design solutions for fashion, lifestyle, and interactive products.
Mechanical Engineering(A)080202
Offered by the School of Arts and Sciences, this academic master’s program in Mechatronic Engineering integrates mechanical systems, digital technologies, and creative computing. With research directions spanning from smart wearables to AI-driven modeling and intelligent apparel equipment, the program emphasizes interdisciplinary innovation and practical applications in fashion and advanced manufacturing.
Sub-Directions:
01 Digitalization of Apparel Equipment and Mechatronic System Control
This direction focuses on integrating digital technologies with mechanical systems in apparel production. It emphasizes intelligent control, automation, and optimization of equipment for smart garment manufacturing.
02 Intelligent Modeling and Simulation of Complex Systems
Students explore modeling and simulation techniques for complex engineering systems. The program applies AI-driven approaches to analyze and optimize dynamic processes in industrial and fashion-related environments.
03 Smart Wearable Technologies and Applications
This track explores the development and integration of wearable electronics into clothing and accessories. It combines engineering, materials science, and fashion design to create functional and interactive apparel solutions.
04 Artificial Intelligence and Creative Computing
Focusing on AI and computational creativity, this direction supports innovation in design, product development, and human-machine interaction within fashion and lifestyle industries.