1, according to the query of the official website of Xisai, agricultural mechanization engineering: the direction of the main research on the analysis of agricultural machinery power system and its related technology, including precision agriculture and its intelligent machinery design innovation and environmental control, ground machinery bionic theory and technology, as well as agricultural mechanization system analysis and management engineering.
2, mechanical manufacturing and its automation: this direction covers the research of mechanical manufacturing theory, manufacturing technology, automated manufacturing system and advanced manufacturing mode, which is closely related to the field of mechanical engineering.
3, agricultural electrification and automation: this direction studies the use of electrical and automation technology to control and manage agricultural production, including agricultural electrification and automation technology, agricultural mechatronics technology, as well as agricultural informatization and decision support systems.
4, agricultural equipment engineering: the main study of agricultural equipment design, manufacturing, application and management, involving agricultural equipment performance optimization, intelligent transformation and other aspects.
5, Agricultural Water Conservancy Engineering: this direction focuses on the design, construction and management of agricultural water conservancy projects, including water-saving irrigation, soil and water conservation, farmland drainage and other aspects of research.
6, agricultural bio-environmental and energy engineering: the study of agricultural bio-environmental regulation, agricultural waste resource utilization and rural renewable energy development and other aspects of technology and methodology.
7, Intelligent Agricultural Systems: this direction is dedicated to the study of the construction and application of intelligent agricultural systems, including agricultural Internet of Things, agricultural big data, intelligent decision support systems.
8, agricultural robotics: research on the design, manufacture and application of agricultural robots, including unmanned agricultural implements, intelligent picking robots.
9, precision agriculture technology: this direction mainly studies the use of modern information technology to achieve precision management of agricultural production, including precision fertilizer, precision irrigation, precision sowing, etc..
10, agricultural engineering management and informatization: the study of agricultural engineering project planning, management, and the promotion and implementation of agricultural informatization, including the development and application of agricultural information systems.