Mobile Learning Programs for Spatial Decision Making


  • Marija Troyanskaya Orenburg State University
  • Yuliya Tyurina Financial University under the Government of the Russian Federation
  • Natalia Morgunovа Pacific National University; Far Eastern State Transport University
  • Liudmila Nemtyreva Sechenov First Moscow State Medical University
  • Ruzimurat Choriyev Tashkent Institute of Irrigation and Agricultural Mechanization Engineers



distance education, mobile app, mobile learning, spatial thinking


The proliferation of mobile devices and easy internet access open up a huge number of opportunities for many people around the world. Anywhere anytime learning is one of these opportunities. Despite the prevalence of mobile learning, it is not always possible to find a convenient application that covers several areas. The uniqueness of the research is the development of an application that could become an excellent solution for studying several academic disciplines and developing spatial skills on the example of a certain subject. As a result, an application model that allows studying geometry, physics, chemistry, geography, economics and social studies has been developed; these are the disciplines that most involve spatial thinking. Spatial skills are taught based on two-dimensional and three-dimensional objects, animation, images, maps. The use of augmented reality technology to increase the effectiveness of teaching spatial thinking has been considered. The model implementation allows using the app for independent activities and educational purposes.




How to Cite

Troyanskaya, M., Tyurina, Y., Morgunovа N., Nemtyreva, L., & Choriyev, R. (2021). Mobile Learning Programs for Spatial Decision Making. International Journal of Emerging Technologies in Learning (iJET), 16(06), pp. 167–181.