Trend for innovation: Kazakh schoolchildren showcase new developments

Kazakh schoolchildren are catching on to the trend of innovation. Danial Iskakov, a student at the Nazarbayev Intellectual School, has developed a unique method for efficiently utilizing meltwater. He independently designed a device that can purify melted snow from the roofs of houses and buildings, making it usable for technical purposes. According to the high school student, the project is energy-efficient and cost-effective. It uses the heating system of the basement to melt the snow, enabling residential complexes to meet their water needs in the future.

“First, cleaners load snow into a storage container, which is then melted using a special heating element. The melted water passes through a physical filter that can be removed and cleaned, before being directed into a special reservoir for melted water. From there, it is delivered to consumers using a pump. A special biological filter can be installed to ensure that the water undergoes complete purification and becomes potable,” Iskakov explained.

A talented schoolgirl from Astana has developed another interesting project to collect and process data about medicinal plants growing in Kazakhstan. A special mobile application provides access to information, including biological descriptions of herbs and methods for preparing medicinal tinctures and decoctions. Thus, users need to take a photo of a live plant or attach an existing image, after which the program will generate information from various sources using artificial intelligence. According to the project developer, the application is already available in Kazakh and will soon include data in English and Russian.

“We used the Chapple web application by the Google team to develop the mobile application. We wrote code in Android Studio in Java to enable plant recognition. We aim to further improve the app by incorporating information not only about plants growing in the Akmola region but also encompassing all plants in Kazakhstan. All of this data, including plant distribution across regions and their medicinal properties, will be integrated into a database,” said project developer Dilyara Kanatkyzy.