EuroPhotonics (Joint Erasmus Mundus Master’s Programme)

Sukurta: 25 November 2020
Padalinys2x Faculty
Faculty of Physics 

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Scope of studies and length
120 ECTS credits, 2 years

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Qualification awarded
Master in Physical Sciences

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Application deadline*
29 January
8 February
15 April 

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Language
English

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Tuition fee per year
Depends on study pathway.
See details here

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Start of studies
1 September
City City
Vilnius

 

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This program offers a comprehensive curriculum that spans from fundamental principles to advanced research topics in photonics and its interdisciplinary applications. Graduates will be equipped to explore and manipulate matter and optical phenomena at the nanometric scale, develop innovative imaging tools for complex biological systems—from cells and tissues to clinical applications—and contribute to the creation of next-generation optical technologies.

 

Programme coordinator: Aix-Marseille University (France).

Partners: Karlsruhe Institute of Technology (Germany), University of Barcelona (Spain), Tampere University (Finland), Vilnius University (Lithuania).

Why choose this programme?

  • The EuroPhotonics Master’s program provides high-level international training, combining strong theoretical foundations with advanced practical applications in photonics. Because studies take place across several leading European universities, students gain valuable experience in multicultural academic and research environments, while also building a broad professional network.
  • The program offers scholarship opportunities as well as mobility pathways among the partner institutions for both EU and non-EU students. This allows students to personalize their study and research direction, complete internships in world-class laboratories or industry settings, and strategically shape their professional profile and future career path.

What comes after?

  • Graduates can work in photonic, optical and laser technologies, integrated photonics or optical sensor manufacturing companies.

  • They may also pursue a scientific career by continuing doctoral studies in photonics, optics, laser technologies, either in academia or in industry.