High School Collaborative Education Program Visits PadBot Robotics

SCUT–Guangdong Experimental High School Collaborative Education Program Visits PadBot Robotics

Recently, faculty members and students from the School of Computer Science and Engineering at South China University of Technology, together with teachers and students from Guangdong Experimental High School, visited PadBot Robotics as part of Guangzhou’s collaborative education initiative for cultivating outstanding and innovative talent.

Through a guided showroom tour, a technical seminar, live robot demonstrations, and interactive discussions, the visiting group gained first-hand insight into the development and commercialization of embodied intelligent service robots. The program helped connect classroom learning with real industrial applications, giving students a clearer understanding of how artificial intelligence, robotics, engineering, and product development come together in practice.

Building a Collaborative Education Ecosystem

The visit formed part of the Guangzhou Municipal Education Bureau’s collaborative education project, which aims to explore more effective pathways for identifying and developing young people with strong potential in science and technology.

By combining expert guidance from universities, dual-mentor education, research-oriented learning, and practical study programs, the initiative strengthens the connection between secondary education and higher education. The visit to PadBot Robotics extended this cooperation into the industrial sector, creating a three-way educational model involving universities, secondary schools, and technology companies.

This approach gives students opportunities to move beyond textbooks and laboratories and experience how technology is designed, tested, improved, and deployed in real business environments.

Exploring Embodied AI and Service Robotics

At the PadBot Robotics showroom, the visitors explored the company’s portfolio of embodied intelligent service robots. These solutions support a wide range of applications, including reception and guidance, security patrol, indoor delivery, commercial cleaning, and disinfection.

During live demonstrations, students observed autonomous navigation, intelligent obstacle avoidance, and multimodal natural language interaction. They also learned how AI algorithms are transformed into physical robotic systems capable of operating in complex commercial environments.

Many students connected the demonstrations with concepts they had studied in class and raised questions about robot perception, decision-making, human–robot interaction, and practical deployment.

Understanding the Journey from Research to Commercialization

PadBot Robotics also presented a technical session titled “Exploring the Frontiers of Embodied Intelligent Service Robots.”

Drawing on years of research, product development, and commercialization experience, the presentation reviewed the evolution of embodied AI technology and explained how robotic concepts progress from laboratory prototypes to scalable commercial products.

The discussion also addressed practical industry challenges, including cost control, scenario adaptation, product iteration, system reliability, and large-scale deployment. The interactive session encouraged students to think beyond technical performance and consider how innovation must respond to real customer needs and operating conditions.

As a technology company founded by South China University of Technology alumni, PadBot Robotics believes that enterprises play an important role in both technological innovation and talent development. By opening its technologies, products, and application scenarios to students, the company hopes to inspire more young people to understand the value of robotics and explore future careers in artificial intelligence and engineering.

PadBot Robotics will continue supporting science and technology education across the Guangdong–Hong Kong–Macao Greater Bay Area, contributing industrial expertise and practical resources to the development of the next generation of innovative talent.