Nanotechnology

VŠB - Technical University of Ostrava - Faculty of Materials Science and Technology

Key information
Field of study:
Engineering and engineering tradesn.e.c.
Study language::
EN
Study program code:
P0719D270003
Application deadline:
31.05.2027
ISCED code:
0719
Study form::
full-time
Study duration:
4 years
Number of applicants in the last academic year: 14
Number of admitted students in the last academic year: 6

At the nanoscale, materials reveal extraordinary properties that drive innovation across science and technology. This field focuses on advanced research in nanomaterials, nanostructures, and nanosystems, combining expertise from physics, chemistry, materials engineering, and computational modeling. Through interdisciplinary research and international collaboration, students contribute to the development of novel materials and technologies with applications in electronics, energy, medicine, and other high-tech sectors.

Application and admission procedure
Admission procedure form:
online
Application start:
01.02.2027
Application deadline:
31.05.2027
Application fee:
700.00 CZK

Applications are submitted online through the VSB–TUO Electronic Application System. Applicants select their study programme and a preliminary dissertation topic, complete the required information, and upload all mandatory documents. After submitting the application and fulfilling the formal requirements, they are included in the admission procedure.

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Study

Graduates are highly qualified researchers capable of conducting independent scientific research in the fields of nanomaterials, nanostructures, and nanosystems. They possess advanced interdisciplinary knowledge of physics, chemistry, materials engineering, and computational modelling, enabling them to design, synthesise, characterise, and simulate advanced materials for applications in electronics, energy technologies, medicine, and other high-tech sectors. Through international supervision, long-term research placements abroad, and active participation in international research projects, graduates gain extensive experience in global scientific collaboration. They are prepared to lead research activities, publish high-impact scientific results, and contribute to the development of innovative technologies in academia, research institutions, and industry worldwide.

University

School detail

Institution type:
public
Founded:
1849
Abbreviation:
VSB
Number of students:
13687
Number of international students in degree programs:
1760
Number of international exchange students:
618
Number of international alumni
261

Choose VSB – Technical University of Ostrava and study at a university that has brought together engineering, economics, natural sciences and the arts for more than 175 years. Its modern study programmes respond to real-world challenges and build on top-level fundamental and applied research. Thanks to its tradition, close cooperation with industry and partnerships with many Czech and international universities, you will join an environment that creates innovative solutions across a wide range of fields and gives graduates strong career prospects.

Contacts

Contacts

Field of study:
Engineering and engineering tradesn.e.c.
Study language::
EN
Study program code:
P0719D270003
Application deadline:
31.05.2027
ISCED code:
0719
Study form::
full-time
Study duration:
4 years
Number of applicants in the last academic year: 14
Number of admitted students in the last academic year: 6

At the nanoscale, materials reveal extraordinary properties that drive innovation across science and technology. This field focuses on advanced research in nanomaterials, nanostructures, and nanosystems, combining expertise from physics, chemistry, materials engineering, and computational modeling. Through interdisciplinary research and international collaboration, students contribute to the development of novel materials and technologies with applications in electronics, energy, medicine, and other high-tech sectors.

Admission procedure form:
online
Application start:
01.02.2027
Application deadline:
31.05.2027
Application fee:
700.00 CZK

Applications are submitted online through the VSB–TUO Electronic Application System. Applicants select their study programme and a preliminary dissertation topic, complete the required information, and upload all mandatory documents. After submitting the application and fulfilling the formal requirements, they are included in the admission procedure.

ApplyOpens in a new window

Graduates are highly qualified researchers capable of conducting independent scientific research in the fields of nanomaterials, nanostructures, and nanosystems. They possess advanced interdisciplinary knowledge of physics, chemistry, materials engineering, and computational modelling, enabling them to design, synthesise, characterise, and simulate advanced materials for applications in electronics, energy technologies, medicine, and other high-tech sectors. Through international supervision, long-term research placements abroad, and active participation in international research projects, graduates gain extensive experience in global scientific collaboration. They are prepared to lead research activities, publish high-impact scientific results, and contribute to the development of innovative technologies in academia, research institutions, and industry worldwide.

University

School detail
Institution type:
public
Founded:
1849
Abbreviation:
VSB
Number of students:
13687
Number of international students in degree programs:
1760
Number of international exchange students:
618
Number of international alumni
261

Choose VSB – Technical University of Ostrava and study at a university that has brought together engineering, economics, natural sciences and the arts for more than 175 years. Its modern study programmes respond to real-world challenges and build on top-level fundamental and applied research. Thanks to its tradition, close cooperation with industry and partnerships with many Czech and international universities, you will join an environment that creates innovative solutions across a wide range of fields and gives graduates strong career prospects.

Contacts

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