The Intelligent Manufacturing Equipment Technology program at the School of Advanced Manufacturing Technology, Guangxi Technological College of Machinery and Electricity, is closely aligned with the frontiers of manufacturing. It is dedicated to cultivating professionals with integrated expertise in mechanical, electrical, and information technologies. The curriculum combines solid foundational courses with specialty courses such as Industrial Network Communication Technology (B) and Configuration Software Technology and Application, which enable students to master data communication and information integration for smart factories. Courses including Machine Tool Electrical and PLC Control Technology (B) and Electromechanical Commissioning of CNC Machine Tools focus on strengthening students’ abilities in commissioning and maintaining CNC machine tools and automated equipment. In addition, practice-oriented modules such as Integrated Commissioning and Application of Intelligent Manufacturing Units and Cognitive Training on Industrial Robots provide immersive, scenario-based training, further enhancing students’ hands-on skills and innovative capacity. Through systematic study, students not only gain advanced core technologies in intelligent manufacturing but also develop interdisciplinary engineering competence and a global outlook, giving them a strong competitive advantage in the future of manufacturing cooperation and development. he Welding Technology program at the School of Intelligent Welding Technology is distinguished by its clear strengths. Building on the principles of fusion welding, it integrates cutting-edge technologies such as automated welding, robotic welding, and arc additive manufacturing, thereby developing distinct specialization tracks. Moreover, the Welding Technology program at the School of Intelligent Welding Technology is distinguished by its clear strengths. Building on the principles of fusion welding, it integrates cutting-edge technologies such as automated welding, robotic welding, and arc additive manufacturing, thereby developing distinct specialization tracks. The curriculum emphasizes both the design of intelligent production lines and digitalized production management, with a strong focus on cultivating students’ practical abilities and innovative capacity. This program is committed to fostering versatile, interdisciplinary technical professionals in welding through vocational education, in order to meet the industry’s urgent demand for highly skilled talent.

In the cultivation of international students, our college has established a variety of scholarships to encourage and support their growth and development. These include the Freshmen Scholarship, Outstanding Student Scholarship, HSK Scholarship, Friendship Ambassador Scholarship, and Craftsmanship Scholarship, among others. In addition, international students with excellent performance may also apply for the Autonomous Region Government Scholarship or the Nanning Municipal Government Scholarship, in accordance with relevant policies. Scholarship policies are implemented based on the actual situation of each academic year.

Graduates of the Intelligent Manufacturing Equipment Technology program enjoy broad career opportunities. They are well-prepared to work in positions involving equipment application and operation, installation and commissioning, on-site maintenance, and system upgrading, fully engaging in the life-cycle management of intelligent manufacturing equipment. Their expertise in equipment optimization and system transformation helps strengthen production efficiency and equipment intelligence. In sales and service, they combine technical expertise with market awareness, undertaking technical support and promotion of intelligent manufacturing equipment. The program also emphasizes the cultivation of cutting-edge skills, including industrial network architecture and commissioning, machine vision operation and programming, and on-site quality management. This allows graduates to take on advanced roles in emerging fields such as smart factories, automated production lines, robotics applications, and the industrial internet. Overall, graduates not only acquire practical competence but also develop interdisciplinary skills in technology integration and innovation, making them key contributors to industrial upgrading, transformation, and international cooperation, with a clear competitive advantage in the job market. Graduates of the Welding Technology program pursue careers mainly in equipment manufacturing enterprises, public institutions, and research institutes, as well as industries related to welded structures such as machinery, shipbuilding, and vehicle manufacturing. They are equipped to work in core positions related to intelligent welding processes, covering areas such as system integration, robotic welding programming and operation, welded structure design and manufacturing, welding process development, tooling and fixture selection, production management, quality control, and auxiliary services for welding production. Graduates can play an essential role in intelligent welding and related fields, meeting the industry’s urgent demand for highly skilled, versatile professionals.