Canadian International School of Hong Kong Students Shine in Global Competition

[The content of this article has been produced by our advertising partner.] Five students from Canadian International School of Hong Kong (CDNIS), claimed top honours at the 2025 Conrad Challenge Innovation Summit held at NASA’s Space Center in Houston, Texas. Competing as Team Kinection, the Grade 9 and 10 students qualified for the global finals by winning the gold medal at the Conrad Challenge China in the Health & Nutrition category. At the Houston Summit, they showcased their innovative telehealth solution, the Kinector, and were named the Power Pitch Winner in the same category. Their victory is a significant achievement not only for the team but also for CDNIS, which was the only school from Hong Kong to reach the global finals in Houston after competing against more than 140 teams at the Shanghai event. Revolutionizing Rehabilitation: The Kinector Solution  The team’s award-winning innovation, Kinector, is a smart wearable device designed to transform physiotherapy and rehabilitation. "We wanted to build an app that would help physiotherapists monitor their patients' recovery programme remotely,” said Grade 10 team member Caroline." The Kinector combines an ankle brace equipped with advanced electromyography (EMG) sensors, a mobile app for patients, and a web portal for physiotherapists. This integrated system with AI capability allows real-time monitoring of a patient’s recovery, ensuring rehabilitation exercises are performed correctly while reducing the risk of re-injury. “Our goal was to bridge the gap between patients and physiotherapists,” said Agnes, the Grade 10 team leader, who along with Grade 9 student Jessie developed the app.Clinical data suggests the Kinector can reduce re-injury rates from 38% to just 5.6%, making it a potentially game-changing tool in rehabilitation. Grade 9 team member Brian mentions, “Our innovation not only improves patient outcomes but also increases operational efficiency for physiotherapists” — a dual benefit that impressed the judges in both…

May 13, 2025 - 09:01
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Canadian International School of Hong Kong Students Shine in Global Competition
[The content of this article has been produced by our advertising partner.] Five students from Canadian International School of Hong Kong (CDNIS), claimed top honours at the 2025 Conrad Challenge Innovation Summit held at NASA’s Space Center in Houston, Texas. Competing as Team Kinection, the Grade 9 and 10 students qualified for the global finals by winning the gold medal at the Conrad Challenge China in the Health & Nutrition category. At the Houston Summit, they showcased their innovative telehealth solution, the Kinector, and were named the Power Pitch Winner in the same category. Their victory is a significant achievement not only for the team but also for CDNIS, which was the only school from Hong Kong to reach the global finals in Houston after competing against more than 140 teams at the Shanghai event. Revolutionizing Rehabilitation: The Kinector Solution  The team’s award-winning innovation, Kinector, is a smart wearable device designed to transform physiotherapy and rehabilitation. "We wanted to build an app that would help physiotherapists monitor their patients' recovery programme remotely,” said Grade 10 team member Caroline." The Kinector combines an ankle brace equipped with advanced electromyography (EMG) sensors, a mobile app for patients, and a web portal for physiotherapists. This integrated system with AI capability allows real-time monitoring of a patient’s recovery, ensuring rehabilitation exercises are performed correctly while reducing the risk of re-injury. “Our goal was to bridge the gap between patients and physiotherapists,” said Agnes, the Grade 10 team leader, who along with Grade 9 student Jessie developed the app.Clinical data suggests the Kinector can reduce re-injury rates from 38% to just 5.6%, making it a potentially game-changing tool in rehabilitation. Grade 9 team member Brian mentions, “Our innovation not only improves patient outcomes but also increases operational efficiency for physiotherapists” — a dual benefit that impressed the judges in both…

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