Number of results: 9
Results of 5 selected fields/plans of studyAndronikidis, Adam
(the defence was successful)Bachelor's Studies, Mathematical Institute in Opava, 2021
Programme: MathematicsField of Study: Mathematical Methods in Economics
Bachelor's thesis: Data analysis with Python programming language
Bačík, Kryštof
(the defence was successful)Bachelor's Studies, Mathematical Institute in Opava, 2025
Programme: MathematicsStudy plan: General Mathematics
Bachelor's thesis: Magic squares
Baranová, Gabriela
(the defence was successful)Bachelor's Studies, Mathematical Institute in Opava, 2024
Programme: MathematicsStudy plan: General Mathematics
Bachelor's thesis: Application of probability theory in diagnostics
Černá, Lucie
(the defence was successful)Bachelor's Studies, Mathematical Institute in Opava, 2025
Programme: MathematicsStudy plan: Mathematical Methods in Risk Management
Bachelor's thesis: The effect of synergy on risk assessment in the Czech Republic
Fialová, Sabina
(the defence was successful)Bachelor's Studies, Mathematical Institute in Opava, 2025
Programme: MathematicsStudy plan: Mathematical Methods in Economics
Bachelor's thesis: Customer segmentation and analysis of sales trends
Jančíková, Petra
(the defence was successful)Bachelor's Studies, Mathematical Institute in Opava, 2025
Programme: MathematicsStudy plan: Mathematical Methods in Risk Management
Bachelor's thesis: Through music to differential equations
Kiro, Dariia
(the defence was successful)Bachelor's Studies, Mathematical Institute in Opava, 2025
Programme: MathematicsStudy plan: Mathematical Methods in Economics
Bachelor's thesis: Forecasting the sales of a manufacturing company
Konečný, Stanislav
(the defence was successful)Bachelor's Studies, Mathematical Institute in Opava, 2025
Programme: MathematicsStudy plan: General Mathematics
Bachelor's thesis: Mathematical Pendulum
Kovařík, Kryštof
(the defence was successful)Bachelor's Studies, Mathematical Institute in Opava, 2025
Programme: MathematicsStudy plan: General Mathematics
Bachelor's thesis: Different approaches to integrability