PhD in Geoinformation Science, Earth Observation and Spatial Management

This PhD program in Geoinformation Science, Earth Observation and Spatial Management is run by the Doctoral School of the Wrocław University of Environmental and Life Sciences (UPWr), taught in English over four years. UPWr describes itself as both a leading educational institution in Poland and an internationally active research center, collaborating with foreign partners on research spanning innovative production technologies, food safety, biological and environmental medicine, clinical veterinary medicine, pre-clinical trials on animal models, climate change, sustainable farming systems including horticulture, alternative energy sources, environmental protection methods, and global satellite-assisted observation. Within the Doctoral School, this track provides training in the scientific discipline of Civil Engineering and Transport. Possible research subjects include geodesy, geoinformatics, civil engineering, construction, nano-components, building structures, cartography, satellite measurements, gravimetry, photogrammetry, remote sensing, geodynamics, displacement measurements, deformation research, geotechnics, geospatial engineering, satellite navigation, big data, machine learning, spatial analysis, numerical modeling, geographic information systems, spatial information infrastructure, satellite orbit determination, precise positioning, Earth rotation, Earth's gravitational potential, GNSS meteorology, InSAR, LiDAR, data integration, and geodetic reference systems. UPWr frames its research mission around changing the surrounding world in harmony with the principles of peaceful coexistence and sustainable development, positioning doctoral research in geoinformation science and Earth observation within a broader environmental and infrastructure agenda. Wrocław, a major city in southwestern Poland, hosts a substantial concentration of research infrastructure in engineering and environmental sciences. A four-year doctoral program in this field typically leads to a dissertation built on advanced geospatial and remote sensing research, preparing graduates for careers in academic research, surveying and mapping agencies, satellite data analysis, or infrastructure and land administration institutions.