Core Viewpoint - The establishment of the Spatial Information Engineering major is a proactive response to national strategies and aims to cultivate "spatial architects" equipped for the digital economy [3][4]. Group 1: Professional Overview - The Spatial Information Engineering major is recognized as a new discipline that integrates Earth sciences, information sciences, and engineering technologies, focusing on the deep coupling of "time" and "space" [4]. - This major is essential for various applications, including navigation updates, smart city operations, natural resource management, and emergency responses during disasters [4][5]. Group 2: Curriculum Development - The curriculum is designed to break down disciplinary barriers, combining general education, foundational knowledge, and practical innovation [5][6]. - Courses include remote sensing, geographic information, and artificial intelligence, ensuring a comprehensive understanding of spatial data collection and processing [6]. - The program emphasizes real-world applications, with case studies in smart cities, autonomous driving, and disaster monitoring, utilizing a project-based learning approach [6][7]. Group 3: Employment Prospects - Graduates of the Spatial Information Engineering major are expected to meet the growing market demand for interdisciplinary talents capable of addressing complex spatial analysis and engineering challenges [7][8]. - Employment opportunities span various sectors, including natural resource management, smart city development, intelligent transportation, and low-altitude economy [8].

Core Perspective - The newly established Space-Time Information Engineering program at Wuhan University integrates cutting-edge technologies such as aerospace technology, remote sensing, and artificial intelligence to serve strategic fields like space exploration, low-altitude economy, and intelligent transportation [1][4][5]. Group 1: Program Overview - The Space-Time Information Engineering program is the first of its kind in China, aiming to cultivate interdisciplinary talents with innovative capabilities [5]. - The program will cover core courses in geographic information, remote sensing, and BeiDou navigation, along with modules in computer science and marine science, fostering a composite skill set in "space-time information + algorithms + scenarios" [5][7]. - The program is designed to provide students with hands-on experience in various robotic forms, enabling applications such as autonomous navigation in complex environments [2][4]. Group 2: Technological Applications - The program's technology includes an intelligent autonomous flight measurement system that utilizes BeiDou chips, cameras, inertial navigation, and laser sensors for real-time data collection and analysis [2][4]. - Applications of the technology extend to monitoring infrastructure like the Three Gorges Dam and the South-to-North Water Diversion Project, achieving millimeter-level precision in monitoring [4][7]. - The program aims to support various sectors, including natural resource management, smart cities, intelligent transportation, and digital China initiatives [7]. Group 3: Industry Insights - The space-time information industry is rapidly evolving, with positioning and navigation services becoming essential new infrastructure in the context of global digitalization [8]. - Entrepreneurs in the field, such as the CEO of Wuhan Jiahe Technology, are leveraging high-resolution remote sensing data to address information asymmetry in agriculture, achieving significant revenue milestones [10][11]. - Innovations in robotics, such as community delivery and cleaning robots, are being developed by students, showcasing the practical applications of space-time information technology in enhancing daily life [13].