(Miri, 25th) The Miri Zhonghua Robotics Team has been representing Malaysia in the International Olympiad for Robots since 2016. This year, they will participate in the International Olympiad for Robots in Singapore from the 26th to the 28th of this month. The team will be led by Vice Principal of Student Affairs Ms. Ong Tang Zhen, robotics advisors Teacher Danny, Teacher Jazztin, Teacher Chen Zhilin, and Coach Wu Jialong. They will travel to Johor Bahru for training and the flag presentation ceremony before departing for the competition on the 21st of this month. Team members include Feng Kaijie, Lin Minghao, Chen Weihong, Yang Xuan, Li Yuheng, Qiu Weihan, Weng Jiahong, Chen Junhong, Shen Zhiyang, Qiu Qiyang, Hong Xintong, and Chen Yixuan.
The mission of the World Robot Olympiad™ Association is to help young people develop creativity and problem-solving abilities in a fun and engaging way. They achieve this goal by organizing four different categories of robotics competitions for students aged 8 to 19. The World Robot Olympiad™ Association is an independent non-profit organization. All sponsorships and fee incomes are used to support their mission to promote the use of robotics in STEM education worldwide. Currently, the WRO® championships are held in more than 95 countries/regions.
This year's theme is “Robots for the Future,” leading us into a future world where intelligent machines seamlessly merge into our daily lives. From bustling streets of future cities to the vastness of outer space, robots will become our indispensable partners, transforming our society and expanding the boundaries of human potential, giving rise to three inspiring sub-themes.
First, Robots Organizing the Cities of the Future: In the cities of the future, robots will be seamlessly integrated into the city fabric to enhance efficiency, safety, and sustainability. Self-driving cars will traverse congested streets, reducing traffic accidents and pollution. Drone delivery systems will revolutionize logistics by delivering goods directly to doorsteps. Robotic companions will provide care and assistance for the elderly and people with disabilities. In addition, robots will play key roles in infrastructure maintenance, waste management, environmental monitoring, and more, making cities more livable and resilient.
Second, Artificial Intelligence Empowering Robots to Improve Life: Advanced AI algorithms will enable robots to learn, adapt, and make intelligent decisions, driving breakthroughs across various fields. In healthcare, AI-enabled robots will assist in surgeries, dispense medication, and monitor patient health. In education, robotic tutors will provide personalized learning experiences. In the workplace, robots will collaborate with humans to enhance productivity and creativity.
Third, Robots Supporting Life in Space: As humanity's exploration of space deepens, robots will become our loyal companions. Autonomous rovers will explore distant planets and moons in search of signs of life and valuable resources. Robotic arms will build and maintain space stations, while humanoid robots will assist astronauts with complex tasks. By continually pushing the limits of robotics, we will unveil the mysteries of the universe and pave the way for future space exploration.
This event features 92 participating countries, including the United States, Germany, China, Chinese Taipei, Japan, South Korea, Denmark, Canada, Australia, Singapore, Malaysia, and more. More than 3,000 representatives will compete for the highest honors at this event.
Lai Jialing: Trends in 21st Century Science and Technology Development
According to Principal Lai Jialing, the aim of this competition is to foster scientific and technological abilities and a sense of technological innovation among primary and secondary school students, helping them adapt to trends in 21st-century science and technology development. The competition cultivates teenagers’ ability to discover and solve problems, as well as enhances their overall competence. What's more valuable is that youths have the chance to interact and compete with participants from different countries. The competition incorporates STEM education and modern science concepts into educational activities, integrating science and technology with everyday life.
WRO provides an opportunity to promote creative thinking among young people, strengthen their communication and collaboration skills, and enhance their ability to acquire new knowledge, greatly boosting innovation education and educational reform. Through the increasing use of LEGO educational products by students, more students are developing an interest in robot development. Partners for this activity include universities from various countries, education ministries, and publishers. The event sparks public interest—especially among secondary students—toward engineering and information technology, and lets students passionate about engineering design and build robots to gain experience. The school is committed to developing students’ potential, encouraging their creativity, and benefiting society. Principal Lai wishes all national team members the best as they strive for glory, achieve victory, and return in triumph.
This year's theme is “Robots for the Future,” leading us into a future world where intelligent machines seamlessly merge into our daily lives. From bustling streets of future cities to the vastness of outer space, robots will become our indispensable partners, transforming our society and expanding the boundaries of human potential, giving rise to three inspiring sub-themes.
First, Robots Organizing the Cities of the Future: In the cities of the future, robots will be seamlessly integrated into the city fabric to enhance efficiency, safety, and sustainability. Self-driving cars will traverse congested streets, reducing traffic accidents and pollution. Drone delivery systems will revolutionize logistics by delivering goods directly to doorsteps. Robotic companions will provide care and assistance for the elderly and people with disabilities. In addition, robots will play key roles in infrastructure maintenance, waste management, environmental monitoring, and more, making cities more livable and resilient.
Second, Artificial Intelligence Empowering Robots to Improve Life: Advanced AI algorithms will enable robots to learn, adapt, and make intelligent decisions, driving breakthroughs across various fields. In healthcare, AI-enabled robots will assist in surgeries, dispense medication, and monitor patient health. In education, robotic tutors will provide personalized learning experiences. In the workplace, robots will collaborate with humans to enhance productivity and creativity.
Third, Robots Supporting Life in Space: As humanity's exploration of space deepens, robots will become our loyal companions. Autonomous rovers will explore distant planets and moons in search of signs of life and valuable resources. Robotic arms will build and maintain space stations, while humanoid robots will assist astronauts with complex tasks. By continually pushing the limits of robotics, we will unveil the mysteries of the universe and pave the way for future space exploration.
This event features 92 participating countries, including the United States, Germany, China, Chinese Taipei, Japan, South Korea, Denmark, Canada, Australia, Singapore, Malaysia, and more. More than 3,000 representatives will compete for the highest honors at this event.
Lai Jialing: Trends in 21st Century Science and Technology Development
According to Principal Lai Jialing, the aim of this competition is to foster scientific and technological abilities and a sense of technological innovation among primary and secondary school students, helping them adapt to trends in 21st-century science and technology development. The competition cultivates teenagers’ ability to discover and solve problems, as well as enhances their overall competence. What's more valuable is that youths have the chance to interact and compete with participants from different countries. The competition incorporates STEM education and modern science concepts into educational activities, integrating science and technology with everyday life.
WRO provides an opportunity to promote creative thinking among young people, strengthen their communication and collaboration skills, and enhance their ability to acquire new knowledge, greatly boosting innovation education and educational reform. Through the increasing use of LEGO educational products by students, more students are developing an interest in robot development. Partners for this activity include universities from various countries, education ministries, and publishers. The event sparks public interest—especially among secondary students—toward engineering and information technology, and lets students passionate about engineering design and build robots to gain experience. The school is committed to developing students’ potential, encouraging their creativity, and benefiting society. Principal Lai wishes all national team members the best as they strive for glory, achieve victory, and return in triumph.