Mgr. Jana Trojková, Ph.D.
Personal data
Place of birth: Brno, Czech Republic
E-mail: jana.trojkova@vsb.cz
Tel.: +420 59 732 3398
Academic and scientific qualification
| 1993 – | master degree at Faculty of Science, Masaryk University, Brno, specialization in secondary school teaching of mathematics and physics |
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| 2002 – | Ph.D. at Faculty of Science, Masaryk University, Brno, general topics in physics (Ph.D. Thesis: On the evolution of localized states) |
Employment
| 1998 – 2016 | Assistant Professor, Institute of Physics, HGF, VŠB – TU Ostrava |
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| 2016 – | Assistant Professor, vice-head for education, Department of Physics, VŠB – TU Ostrava |
Publication activities:
Number of publications (WoS): 12
H-index (WoS): 3
Number of citations (without self-citations): 8
Number of citations (including self-citations): 11
Research area
The main areas of interest are quantum physics, solid state physics, nanomaterials, magnetic properties of materials and their analysis.
Research projects
Team member
| 2017 – | Project LO1203 – „Regional Material Science and Technological Centre – feasibility program“ (solver: prof. Miroslav Kursa). |
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| 2016 – 2017 | Project of Visegrad fund „Silesian cross-border Workshop of Applied Physics“ (solver: prof. Jiří Luňáček). |
Pedagogical focus
Teaches subjects in the field of quantum mechanics, electronic structure of solids, optics, as wellas general physics courses.
Engaged in lifelong learning and e-learning, collaborating with secondary schools and popularizing physics. Gives lectures and guides excursions for secondary schools,
participates in the Night of Science and similar events, organizes summer schools of applied physics at VŠB-TUO.
Education projects
FRVŠ 2353/2006: Modernization of the Laboratory for Physical Measurement (solver)
FRVŠ 1088/2008 Innovation of Physics and Chemistry Laboratories for Practical Training of Students of the Newly Acquired Nanotechnology Study Program (solver)
FRVŠ 2896/2011 Innovation of a Laboratory for Practical Training in Physics preparing Students of Electrotechnics and Nanotechnology (team-member, solver: RNDr. Richard Dvorský, PhD.)