This major aims to cultivate and master basic knowledge in electrical and electronic engineering, instrumentation, programmable control, configuration control, and other related fields. It will equip students with the ability to operate and manage automation equipment and systems, as well as develop high skilled composite talents in intelligent equipment SMT equipment operation, maintenance, repair, management, process analysis, process design, and process improvement.

【 Training Objectives 】
Cultivate basic knowledge and skills in electronic information technology, with the ability to install, debug, maintain, and apply general electronic devices; Capable of engaging in high skilled applied talents such as intelligent hardware design, engineering analysis, maintenance, testing, quality management, production management, equipment maintenance, and after-sales service.

To cultivate high-end skilled talents capable of working in technical and management positions such as new energy vehicle research and development, new energy vehicle manufacturing and sales, new energy vehicle technology services, and new energy charging facility construction and management for new energy vehicle manufacturing, sales, and after-sales service enterprises.

【 Training Objectives 】
Familiar with the structure, working principle, and control technology of unmanned aerial vehicle systems, able to quickly analyze and solve work tasks, possessing professional abilities in unmanned aerial vehicle development, production, assembly, debugging, maintenance, repair, control, ground service, unmanned aerial vehicle application, comprehensive management, and other positions, suitable for excellent high-end skilled professionals for both military and civilian use.

【 Training Objectives 】
Cultivate highly skilled and practical talents in the application, maintenance, installation, debugging, electrical, control, programming, integrated design, and overall solution design and implementation of automation technology for industrial robots and automation equipment.

This major aims to cultivate innovative talents who master the compound knowledge of "space+optics+information+intelligence". This major focuses on cutting-edge technologies in the field of intelligent vision, with a curriculum system covering core courses such as artificial intelligence principles, visual sensing principles, and computational optics. For intelligent manufacturing, artificial intelligence, aerospace

This major cultivates professional ethics of dedication and excellence in craftsmanship, while mastering core knowledge such as low altitude logistics basics, drone operation and maintenance, distribution process execution and operation management skills, supply chain management, etc., and possessing the ability to use geographic information systems (GIS) for route planning, handling drone failures

【 Training Objectives 】
This major aims to cultivate high-quality and innovative high skilled talents with low altitude communication networking, system integration, data processing, and security control capabilities, in order to meet the needs of the national low altitude economic development strategy, target emerging application scenarios such as unmanned aerial vehicle logistics, urban air traffic, and low altitude monitoring, and master core skills such as intelligent networking terminal equipment installation and debugging, low altitude communication equipment configuration, data acquisition and transmission technology.

This major cultivates a focus on safety awareness, emergency response capabilities, and teamwork spirit, with theoretical knowledge of low altitude traffic regulations, safety management, meteorological fundamentals, as well as practical abilities in airspace application, pre flight inspection, safety monitoring technology, etc. Master the skills of low altitude flight safety control, compliance operation, and emergency response, and be competent as a composite high skilled talent for safety inspections, airspace management, and other positions.

This major aims to cultivate applied talents who can adapt to the rapid development needs of the low altitude economy, master the assembly, debugging, daily maintenance, common troubleshooting, and basic repair skills of low altitude aircraft (such as drones), and achieve the ability to "install, adjust, maintain, and repair". They are capable of performing technical work in operation and production positions, understand flight, fine technology, and can innovate.

This major aims to cultivate high-quality technical talents with dual cultivation of morality and technology, possessing good professional ethics and humanistic qualities, mastering knowledge and technical skills in the development of intelligent robot technology applications, system management, implementation and operation of intelligent robots, and providing after-sales technical services in the fields of intelligent robot technology application development, system management, implementation and operation of intelligent robots.

To cultivate high-quality technical and skilled personnel with comprehensive development in morality, intelligence, physical fitness, aesthetics, and labor, mastering the basic theory and professional knowledge of embodied intelligent robot technology, and possessing core abilities in intelligent robot installation, operation, maintenance, system design, and application development. Students need to be proficient in applying interdisciplinary knowledge such as artificial intelligence, mechanical engineering, and automation, and be able to engage in tasks such as robot body assembly and adjustment, intelligent system integration, scene application construction, and operation and maintenance management.