Students majoring in Ecology at Mingachevir State University have developed a digital climate model of the university campus.

Using modern laboratory equipment and PASCO scientific sensor technologies, the students conducted comprehensive microclimate monitoring across the campus area. Within the scope of the study, key meteorological indicators—including temperature, relative humidity, atmospheric pressure, and dew point—were measured at various locations, statistically analyzed, and integrated into a digital model.

The research was carried out across all four seasons—winter, spring, summer, and autumn. As a result, seasonal climate dynamics of the campus were identified, and relationships between heat and humidity balance were analyzed. The findings are considered a valuable data foundation for future ecological planning, evidence-based landscaping initiatives, and effective microclimate management within the university campus.

The project is of particular importance in enabling students to apply theoretical knowledge in practice, develop competencies in modern sensor technologies, and foster increased engagement with applied sciences.