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mathematics [M]

Duration of the programme: 4 years (8 semesters) 

Medium of instruction: English

Program description: 

The programme aims to prepare doctoral students for independent research in mathematics and give them the opportunity to become familiar with the latest results of scientific research in theoretical and applied mathematics. The programme includes obligatory courses: 

physical sciences [NF]

Duration of the programme: 4 years (8 semesters) 

Medium of instruction:  English 

Programme description: 

The programme is aimed at training of the doctoral students in innovative and novel techniques, methodologies, implementations in Experimental and Theoretical physics, Atomic and Molecular Physics and Optics and related fields of knowledge.

chemical sciences [NCh]

Duration of the programme: 4 years (8 semesters) 

Medium of instruction: English 

Programme description: 

The programme is aimed at teaching doctoral students innovative and novel techniques, methodologies and implementations of acquired knowledge to their PhD projects.

management and quality studies [ZiJ]

Duration of the programme: 4 years (8 semesters) 

Medium of instruction: English

Programme description:

The doctoral programme in Management and Quality Studies is designed for students interested in pursuing advanced study and conducting original, theoretical or empirical/applied, research in managerial and business research, and quality management studies. The program is divided into two main phases.

economics and finance [EiF]

Duration of the programme: 4 years (8 semesters) 

Medium of instruction: English 

Programme description: 

The doctoral programme in Economics and Finance is designed for students interested in pursuing advanced study and conducting original, theoretical or empirical/applied research in economics and finance. The program is divided into two main phases.

New groundbreaking system for removal of contaminants in water

New groundbreaking system for removal of contaminants in water
Researchers working together as part of the Polish-Norwegian consortium, including experts from Gdańsk University of Technology, plan to develop an intelligent remediation system for neutralization of harmful contaminants in water, based on carbon electrodes.  An energy-efficient system using artificial intelligence, which can be used to treat larger mass of sewage, e.g. in treatment plants. The system will be designed to enable oxidation of pollutants and a shorter waste disposal chain.

Within the scope of the international i-Clare project, at Gdańsk University of Technology managed by Robert Bogdanowicz, DSc(Eng), professor at the Faculty of Electronics, Telecommunications and Informatics, it is planned to develop a new digital water treatment technology that may allow cities to adapt better to climate change.

Important information for the new international students

students
Are you an international student starting your studies at Gdańsk University of Technology in October? Be sure you know about the events we have prepared for you and your colleagues who are also starting their student adventure in Gdańsk.

At the beginning of each new academic year, Gdańsk Tech International Relations Office invites newly admitted international students (Polish and English-speaking) to participate in two important events: the Registration Week and the Welcome Meeting. This year all the newcomers and students from other Gdańsk universities will additionally be able to take part in a free guided tour of Gdańsk and a parade inaugurating the beginning of the academic year.

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New groundbreaking system for removal of contaminants in water

drop of water
Researchers working together as part of the Polish-Norwegian consortium, including experts from Gdańsk University of Technology, plan to develop an intelligent remediation system for neutralization of harmful contaminants in water, based on carbon electrodes.  An energy-efficient system using artificial intelligence, which can be used to treat larger mass of sewage, e.g. in treatment plants. The system will be designed to enable oxidation of pollutants and a shorter waste disposal chain.

Within the scope of the international i-Clare project, at Gdańsk University of Technology managed by Robert Bogdanowicz, DSc(Eng), professor at the Faculty of Electronics, Telecommunications and Informatics, it is planned to develop a new digital wat

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