On July 25, the Research Centre for Artificial Intelligence in Geomatics (RCAIG), in partnership with the Hong Kong Meteorological Society (HKMS), welcomed around 30 high school students for lab tours at the Department of Land Surveying and Geo-Informatics (LSGI), The Hong Kong Polytechnic University (PolyU). These tours showcased cutting-edge geomatics research and technology while igniting students’ passion for STEM fields.
During the tours, students visited several laboratories, including the JC STEM Lab of Earth Observations. As part of the visit, students watched an introductory video about the JC STEM Lab. Established in 2022, the JC STEM Lab of Earth Observations is dedicated to advancing Earth observation technologies by integrating space-air-ground sensing, AI-powered image processing, and urban sensor networks. This comprehensive approach enables the laboratory to develop innovative geomatics solutions for urban monitoring and environmental management, positioning it at the forefront of research in these fields.
After gaining a thorough understanding of the mission and development of the laboratories, students’ interests in scientific innovation were fully sparked, inspiring them to envision practical applications of technology in real-world challenges.
To allow students to actively engage in the latest developments in drones and sensors, they were invited to observe and operate equipment under the guidance of staff. The drones enabled 360-degree scans of nearby objects, such as trees, allowing students to measure their height, width, and diameter while witnessing the fascinating applications of science in real-time.
During the tours, students visited several laboratories, including the JC STEM Lab of Earth Observations. As part of the visit, students watched an introductory video about the JC STEM Lab. Established in 2022, the JC STEM Lab of Earth Observations is dedicated to advancing Earth observation technologies by integrating space-air-ground sensing, AI-powered image processing, and urban sensor networks. This comprehensive approach enables the laboratory to develop innovative geomatics solutions for urban monitoring and environmental management, positioning it at the forefront of research in these fields.
After gaining a thorough understanding of the mission and development of the laboratories, students’ interests in scientific innovation were fully sparked, inspiring them to envision practical applications of technology in real-world challenges.
To allow students to actively engage in the latest developments in drones and sensors, they were invited to observe and operate equipment under the guidance of staff. The drones enabled 360-degree scans of nearby objects, such as trees, allowing students to measure their height, width, and diameter while witnessing the fascinating applications of science in real-time.
