Charles UniversityFaculty of Mathematics and PhysicsDepartment of Surface and Plasma Science
Group of Surfaces and Thin FilmsSkupina fyziky povrchů a tenkých vrstev
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Study · PhD · Postdoc

Join us

Openings and student projects currently available in our group.

For students

Bachelor, Master and PhD routes into the group.

Bachelor

Topics for bachelor thesis

Undergraduate students in the bachelor study programme are welcome to chose on of the numerous topics we offer for their bachelor thesis.
Master

Topics for master thesis

Undergraduate students in the master study programme are welcome to chose on of the numerous topics we offer for their master thesis.
Student project

Opportunity for active students - Student Faculty Grants 2024

For those undergraduate students who would like to participate at real-life scientific topics, gain unique experience, and also get awarded financially, Student Faculty Grants (SFG) are open for application from October 15, 2024 till November 15, 2024.
Student project

Summer projects for undergraduate students

Students of the Bc. programme in physics are encouraged to get acquaint with our daily laboratory work through their own hands-on experience. These short-term projects are conveniently scheduled for the summer break not to collide with other study duties.

Undergraduate projects

Undergraduate students are welcome throughout the year. Depending on the topic and current grants, financial support may be available, and research stays with collaborating groups abroad can sometimes be arranged.

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For researchers & future colleagues

Postdoctoral and staff openings connected with current research projects.

Postdoc

Post-doc in Surface Physics, Thin Films or Materials Science

We offer a fully-funded post-doc position which is to be involved in mostly experimental research of novel materials suitable for interesting surface-related phenomena, namely in heterogeneous catalysis, electrochemistry and sensing. The applicant’s research will focus mainly on so-called model studies of multicomponent materials based on reducible oxides and metallic or bimetallic nanostructures and thin films, with potential extension to more complex structures and environments.