Program Overview | The development of computer technologies, especially information technology promotes larger-scale of applications popping up in the manufacturing field, furtherly pushes the new wave of intelligent manufacture the core of industrial revolution over the world. The development of intelligent systems and intelligent manufacturing has been listed as the main direction of promoting a combination of the information technology and the manufacturing technology as new emerging generation. Combining computer science and technology, automation, machinery, and other disciplines, a second-level discipline of "Intelligent Systems and Intelligent Manufacturing" is established in Shenzhen University under the first-level doctoral degree authorization point of the "Computer Science and Technology". The newly constructed "Intelligent Systems and Intelligent Manufacturing" focuses on deep collaboration amongst unmanned systems, intelligent control, industrial internet, computer vision, big data analysis and processing with advanced manufacturing technology, also with a conclusion of control theory and autonomous systems, intelligent testing and intelligent equipment, industrial internet and intelligent manufacturing. Compared with existing similar disciplines such as "pattern recognition and intelligent systems", More emphasis is placed on the deep integration of control science with engineering, computers, and advanced manufacturing, and promoting the transformation and upgrading of the manufacturing industry through the application of emerging technologies in computer fields such as blockchain, Internet of Things, artificial intelligence, and metaverse.
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Core Courses | Mathematical theory on information science, numerical functionals, matrix analysis, intelligent control and autonomous systems, computational theory of vision and algorithms, machine learning and pattern recognition, complex networks and group intelligence, knowledge engineering
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Career Prospects | The objective is to cultivate research-oriented and high-level professional talents with comprehensive moral, intellectual, and physical development that meet the needs of national and local development. Talents from this subject should master solid specialized knowledge in control science and theory, manufacturing science and theory, computer software and theory, and be familiar with the progress, trends, and frontiers of intelligent systems and intelligent manufacturing disciplines; Having independent innovation ability, practical ability, and entrepreneurial spirit, possessing the ability to independently engage in scientific research, university teaching, or undertake specialized technical work. Also mastering English, proficient in reading foreign language materials of this major, possessing the ability to write papers and engage in international academic communication language skills; Proficient in using computers and the ability to apply network information technology.
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