Teaching

Spring Semester 2022 -(1100-4INZ21) 45h,
“Modeling of nanostructures and materials” in English, Faculty of Physics, UW, 2$^{nd}$ cycle programme,
Fall Semesters: 2020, 2021 - (1100-3INZ12) 30h,
“Modelowanie Nanostruktur” in Polish, Faculty of Physics, UW, 2$^{nd}$ cycle programme,

Spring semester 2021 (1100-4INZ21) 45h,
“Modelling of nanostructures and materials” in English, Faculty of Physics, UW, 2$^{nd}$ cycle programme,
Fall Semesters: 2019, 2020 (1100-3INZ12) 45h,
“Modelowanie Nanostruktur” in Polish, Python 3.0, undergraduate course, Faculty of Physics, UW
Fall Semesters: 2014(1100-3INZ12) 45h,
“Modelowanie Nanostruktur” in Polish, in Mathematica, undergraduate course, Faculty of Physics, UW
September 2013 - „START II - Quantum Mechanics” classes in physics,
graduate course, Faculty of Physics, University of Warsaw;
Fall semester 2010 (1100-1INZ04) 30h,
„Algebra and Geometry”, undergraduate course, Faculty of Physics, University of Warsaw (UW);
Fall semester 2010 (1100-2INZ13) 45h,
“Programming and Numerical Methods”, in Fortran 90, undergraduate course, Faculty of Physics, University of Warsaw;
Spring semester 2010 (1100-1015) 45h,
„Mathematics II”, undergraduate course, Faculty of Physics, University of Warsaw, (Dean’s award)

3rd October 2022 - Ph.D. thesis defense of Maciej M. Marchwiany, Faculty of Physics, University of Warsaw,“Description of properties of low-dimensional nanostructures by machine learning algorithms”, M. Birowska (co-supervisor).

27th February 2023 - Bachelor’s thesis defense of Marek Sokołowski, Faculty of Physics, University of Warsaw, “Stability studies of novel 2D alloys MxB1-x using ab initio methods and Machine Learning approach”,
21th December 2022 - Bachelor’s thesis defense of Aleksandra Skolasińska, Faculty of Physics, University of Warsaw, “Study of the dielectric properties of MPX3 family using ab initio methods”,
22th July 2022 - Master’s thesis defense of Kamila Kotur, Faculty of Physics, University of Warsaw, “Tuning the magnetic properties upon non-magnetic substitution in MPX3 (M = Ni, Mn; X = S, Se) systems”,
12th July 2022 - Master’s thesis defense of Miłosz Rybak, Department of Semiconductor Materials Engineering Faculty of Fundamental Problems of Technology, Wroclaw University of Science and Technology, “Badania ab initio dwuwymiarowych magnetyków z rodziny MPX3.”, (“Ab initio studies of two-dimensional magnets of MPX3 compounds”),
8th October 2020 - Bachelor’s thesis defense of Kamila Kotur, Faculty of Physics, University of Warsaw,
“Theoretical studies of electronic properties of the NiPS3/FePS3 layered heterostructure”
10th August 2020 - Master’s thesis defense of Tomasz Necio, Faculty of Physics, University of Warsaw,
“An ab initio study of the energetic, structural, and magnetic properties of the NiPS3/graphene heterostructure “