Type: 
University of Agriculture and Life Sciences
Region: 
Dolnośląskie
Programme: 
Civil engineering
Area: 
Science
Level: 
Doctoral studies
Mode of studies: 
full-time programme
Duration: 
4 years
Tuition fee: 
none
Degree awarded: 
PhD
Scholarships available: 
https://phd.upwr.edu.pl/en/for-phd-students/scholarships-and-funding
Application deadline: 
Monday, 30 May, 2022
Language: 
EN
Day of semester start: 
Monday, 3 October, 2022
Credits (ECTS): 
.
Admission requirements: 

A candidate for the PhD student of the UPWr Doctoral School should contact a potential supervisor to discuss the subject and scope of the PhD dissertation.

More information about all steps of the UPWr Doctoral School admission can be found on the website.

Description: 

The Wrocław University of Environmental and Life Sciences is not only a leading educational facility in Poland but also an internationally reputable research centre. With our foreign partners, we are engaged in ground-breaking research relating to innovative technologies in production, 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.

The research work at UPWr is driven by a single goal - to change the world around us in harmony with the principles of peaceful coexistence and sustainable development.

The UPWr Doctoral School provides training in the scientific discipline of Civil Engineering and Transport and possible research subjects consist of:

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, geodetic reference systems, monitoring of the natural environment, infrastructure and structures.

 

 

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