Abstract
The article provides historical information about the emergence and development of spherical geometry, considers the basic concepts of spherical geometry, reveals and improves the scientific principles of teaching spherical geometry in institutions of higher education. The interdisciplinary connections of spherical geometry with geography, astronomy, navigation, cosmology, and others are described. The determined potential of spherical geometry in the field of astronomy, where determining the coordinates of objects on the celestial sphere is important for understanding cosmic phenomena. Since spherical geometry is an important tool for the analysis and modeling of real phenomena in three-dimensional space, its application in modern GPS technologies and geospatial information systems emphasizes the relevance of this area of research.
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