MSI, a leading expert in advanced robotic technology, has announced a groundbreaking collaboration with National Chung Hsing University (NCHU), introducing its cutting-edge Autonomous Mobile Robots (AMR) into NCHU’s newly established Smart Manufacturing Talent Incubation Center. This strategic partnership signifies MSI’s continuous enhancement of its autonomous AMR capabilities, paving the way for further exploration of substantial opportunities in the realm of smart factories.
Four MSI robots, including the MSI AI Cobot, MSI AI Logistics Robot and two MSI AI Base Robots, have been deployed at NCHU’s Smart Automation Factory. Operating in a collaborative, multi-robot fashion, these 100% Taiwan-designed robots seamlessly integrate essential production line information, semi-finished products, and manufacturing processes into AMR functional modules, supporting various unmanned smart manufacturing services.
Spanning over 500 square meters, NCHU’s Smart Manufacturing Talent Incubation Center has earned recognition as a green building. It serves as a platform for teaching, research, and industry-academia collaboration in the fields of smart machinery and smart manufacturing. The center provides training for high-level R&D talents in academia and offers opportunities for industry professionals to pursue further education while on the job. It stands as the largest smart manufacturing talent incubation center on a domestic campus and is slated to become one of MSI’s AMR demonstration sites in the future.
MSI emphasizes that through this collaboration, its AMR technology can be validated and improved in a real manufacturing environment, making it a more appealing automation solution across various industries. In addition to the AMR hardware, MSI also supplies its independently developed Fleet Management System (FMS), enabling real-time tracking and management of the robot fleet within an AIoT framework. This system serves as an optimal tool for companies aiming to construct intelligent automated production systems.
Committed to fostering innovation and hands-on learning experiences, NCHU will test and enhance the AMR in a controlled experimental factory environment. This practical experience will yield valuable data for future improvements in AMR functionality and adaptability, making it more flexible and competitive in the market. Students and researchers from various disciplines at NCHU will gain valuable hands-on experience and exposure to the latest developments in robotic technology.
Albert UY, Assistant Vice President of MSI Customized Product Division, remarked, “Our collaboration with National Chung Hsing University underscores MSI’s commitment to advancing the boundaries of robotic technology. Through close cooperation with academic institutions, our goal is to accelerate AMR development, contributing to automation, machinery, tooling, plastics, semiconductors, software integration, and even the education sector. This industry-academia collaboration not only aids in the company’s development but also fosters the education and skill development of the next generation of engineers and researchers.”
Associate Professor Shean-Juinn Chiou from the Department of Mechanical Engineering at NCHU expressed anticipation for the collaboration, stating, “The collaboration with MSI is highly anticipated. This provides a great opportunity for National Chung Hsing University to contribute to the advancement of robotic technology. Students and researchers will benefit from the practical experience gained through this collaboration, and we look forward to exploring the potential applications of MSI’s AMR in smart factory settings.”
As the collaboration progresses, MSI and National Chung Hsing University will have further opportunities to explore and develop innovative solutions in the ever-evolving fields of manufacturing and automation. This collaboration exemplifies the mutually beneficial relationship between industry-leading enterprises and academic institutions, not only providing technology and talent to the industry but also creating additional value and enriching society.