Kaunas University of Technology Master in Materials Physics
Kaunas University of Technology

Kaunas University of Technology

Master in Materials Physics

Kaunas, Lithuania

Master degree

2 years

English

Full time

01 Jun 2026

01 Sep 2026

EUR 5,538 / per year

On-Campus

Key Summary

    About : The Master in Materials Physics offers an in-depth study into the physics of materials, exploring their properties and behaviors. This program prepares students to tackle current challenges in materials science and innovation over the course of two years. You'll engage in hands-on research, gaining essential skills needed for advanced roles in the field.
    Career Outcomes : Graduates can pursue various careers in industries such as electronics, nanotechnology, engineering, and renewable energy. Potential job titles include materials scientist, research physicist, and materials engineer. The program equips you with expertise to contribute to advancements in technology and materials development.

Improvement of the properties of materials is one of the cornerstones of the modern world, leading to new, better products and equipment that are stronger, more sustainable and more efficient. It is such discoveries that the graduates of this program seek, who during their studies delve into fundamental and applied physics, study the structure of materials, ways to improve and synthesize materials.

Why @KTU?

At KTU, the students of MSc Materials Physics receive profound knowledge within physics and materials science and acquire research skills and in-depth theoretical and experimental knowledge of materials composition and improvement of their characteristics. This, together with the mastery of methodology and technique for technological measurements of materials, makes them proficient in processing and analysing experimental results.

  • These studies combine fundamental and engineering competencies, with a strong focus on practical skills and the application of high technologies (micro- and nanotechnologies)
  • A unique to Lithuania MA+ study model allows students either to aim for excellence in a chosen speciality field or to strengthen their interdisciplinary competencies by choosing different elective study paths

What will you study?

  • Phenomena: optical, thermal, relativistic, magnetic, non-linear, nuclear and electronic, ionised particles, the interaction of electronic and laser, X-ray, gamma radiation and material
  • Objects: nano- and micro-derivatives, surfaces of solid bodies and thin functional coatings, crystals, nanostructures, thin films
  • Materials technologies: surface engineering, micro- and nanotechnologies, physical-plasma technologies
  • Application: sensors, spintronics, elements of alternative energy, high radiation technologies