This discipline takes mechanical manufacturing systems as the research object, adheres to the discipline development purpose of "based on scientific and technological progress in the machinery industry, oriented to local economic construction, and cultivating high-quality qualified talents", and applies advanced manufacturing technology to the entire processing and assembly Conduct innovative design, theoretical analysis and performance testing of the process. Aiming at and tracking the international advanced manufacturing level, focusing on basic research on electromechanical equipment control methods, processing process technology expert systems, etc., and developing mechanical, electrical, hydraulic, and integrated equipment and products with computer numerical control as the core. At present, research directions have been formed in mechatronics, integrated CAD/CAPP/CAM systems, open networked CNC technology, the development of advanced manufacturing equipment, and digital manufacturing technology. In recent years, he has undertaken vertical and horizontal scientific research projects such as "research on display screen CNC spraying system", "research on high-speed spindle system of machining center", "development of electromechanical integrated arc cam manipulator", "development of cam manipulator series products" He has more than ten items, obtained 8 national patents, won 3 provincial and ministerial science and technology progress awards, compiled and published more than 10 various textbooks, and published more than 100 academic papers. Master's students in this discipline mainly study advanced manufacturing technology and theory, mechanical vibration science, mechanical manufacturing automation technology, processing accuracy analysis and control, mechanical fault diagnosis and other professional courses, and master the design and experimental analysis methods of mechanical manufacturing technology and modern processing equipment. , have solid knowledge of mechanical manufacturing processes and proficient experimental and testing skills, be able to independently select topics and solve theoretical and practical problems in scientific research and production, and have innovative awareness and ability; after graduation, they can serve in research and design units and production enterprises and colleges and universities. This discipline has strong teaching staff and advanced teaching and research equipment. It aims to cultivate pioneering and compound high-level professionals who are oriented to modernization, the world, and the future and play an active role in national economic construction, scientific and technological development, and social progress. Actively strengthen ties with society and cooperation with enterprises, aim at the forefront of disciplines, and jointly solve difficult problems in production practice. The development of disciplines has basically formed a good mechanism of "openness, alliance and competition". The research content of this discipline covers the entire mechanical manufacturing process and the research on the equipment used. In terms of mechanical manufacturing systems, he mainly studies process automation, advanced manufacturing technology, computer-aided process design (CAPP), computer-aided design and manufacturing (CAD/CAM), flexible manufacturing systems (FMS), machining adaptive control, and new manufacturing processes. New technologies, process quality analysis, etc.; in terms of mechanical manufacturing equipment, it mainly studies electromechanical processing equipment, mechanical dynamics, industrial robots, vibration and noise control in mechanical processing, cutting force testing and analysis, etc. It forms an organic whole with mechanical manufacturing as the center and various research directions that are focused and interconnected.