EdUHK Robotics Team Joins Hands with National Elites to Explore the Future of Robotics Technology
The Education University of Hong Kong's Robotics Team participated in the "China University Robot Competition ROBOCON 2024 Annual Meeting" held in Shenzhen from January 24th to 25th, 2024. They joined robotics enthusiasts from all over the country, collectively discussing the latest developments in robotics technology.
This annual meeting was not just a grand occasion for technical exchange, but also an opportunity for learning and inspiration. The EdUHK Robotics Team was honored to be invited to this conference, engaging in in-depth discussions and exchanges with leading enterprises and scientific experts in the domestic robotics industry.
During the two-day event, they not only gained a deeper understanding of the latest advancements in robotics technology but also visited the Shenzhen innoX Academy and the Sky City headquarters of DJI Innovations, experiencing cutting-edge robotics technology and innovative educational models.
Moreover, the team leader, Siu Chun Ping (Cloof), was invited for an interview, where he shared the team's experiences in competitions and their explorations in the field of robotics.
As one of the representative teams from Hong Kong, the EdUHK Robotics Team not only broadened their horizons at this annual meeting but also expanded their collaboration with other universities and leading industry enterprises. They expressed their honor in representing their school at the conference and learning from top industry experts. They look forward to bringing back the insights gained from this conference to further advance EdUHK's research and development in the field of robotics technology.
This conference not only enhanced the capabilities and perspectives of the EdUHK Robotics Team but also strengthened its role as a bridge for technological exchange in robotics both domestically and internationally. Through such exchanges and learning, the EdUHK Robotics Team is poised to play a significant role in future robotics technology development.
