Tech-focused summer program for youth in digital innovation
In the heart of Astana, Kazakhstan, the No. 8 Capital Lyceum is currently hosting a five-day STEM camp for talented students aged 9 to 14. The initiative, organised by the "Astana Daryn" Center and supported by Astana's akimat, is focusing on advancing skills in science, technology, engineering, and mathematics (STEM) through interactive learning, workshops, and project-based tasks.
The camp, which is being reported by a certain website, is providing an immersive experience for the young participants. From day one, children have been assembling and launching robots, showcasing the practical emphasis of the program. The camp's curriculum covers three main areas: robotics, programming, and artificial intelligence, with a significant focus on visual programming languages.
While search results do not provide specific information about the focus of the program or its practical tasks, it is common for free STEM camps for talented students to include coding exercises, robotics building, scientific experiments, mathematics problem-solving, and teamwork on innovation challenges. However, without direct information from the search results or an official source detailing the specific STEM camp in Astana, the precise focus and practical tasks of this particular program cannot be confirmed.
The camp is currently in full swing, with the final day scheduled for June 27. A ceremonial presentation of certificates will take place at the end of the camp for all participants, marking the culmination of their STEM journey.
The initiative underscores Astana's commitment to fostering STEM education and nurturing the next generation of innovators. With the practical tasks and real-life applications of knowledge at the forefront, the camp is undoubtedly providing a valuable learning experience for the talented students attending.
The camp in Astana's No. 8 Capital Lyceum, focusing on STEM education, offers an immersive learning experience for students. It emphasizes subjects like robotics, programming, and artificial intelligence, with an inclination towards visual programming languages. Amidst various practical tasks like assembling and launching robots, the students are also expected to engage in coding exercises, scientific experiments, and mathematics problem-solving, thereby promoting teamwork on innovation challenges.
