Courses


Course TitleEducational programYearSemesterSyllabus
Algebra and Geometry. Part 2 (2026)Bachelors1Spring 2026PDF
Algorithms and Data StructuresBachelors1Spring 2026PDF
Discrete MathematicsBachelors1Spring 2026PDF
Fuzzy Set Models in Business and Finance (EPP)Masters 1.5 years1Spring 2026PDF
Fuzzy Set Models in Business and Finance (ESP)Masters 2 years1Spring 2026PDF
Game TheoryMasters 2 years1Spring 2026PDF
Mathematical Analysis. Part 2Bachelors1Spring 2026PDF
Data VisualisationBachelors2Spring 2026PDF
Differential EquationsBachelors2Spring 2026PDF
Parabolic Boundary-Value ProblemsPhD2Spring 2026PDF
Selected Topics in Mathematical ModelingPhD2Spring 2026PDF
Selected Topics in Mathematical PhysicsPhD2Spring 2026PDF
Theory of Functions of a Complex VariableBachelors2Spring 2026PDF
Data AnalysisBachelors3Spring 2026PDF
DatabasesBachelors3Spring 2026PDF
Methods of Optimization. Academic Year PaperBachelors3Spring 2026PDF
Algorithms and Systems of Computer Mathematics. Academic Year ProjectBachelors4Spring 2026PDF
Pre-Diploma PracticeBachelors4Spring 2026PDF
Machine Learning (EPP)Masters 1.5 years5Spring 2026PDF
Machine Learning (ESP)Masters 2 years5Spring 2026PDF

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In-Person Educational Components


Classes with in-person sections:

1 year:

  • Fall semester:
    • Algebra and Geometry. Part 1
    • Architecture of computing systems
    • Critical Thinking and Decision Making
    • Mathematical Analysis. Part 1
  • Spring semester:
    • Algebra and Geometry. Part 2
    • Discrete Mathematics
    • Mathematical Analysis. Part 2

2 year:

  • Fall semester:
    • Prompt Engineering
    • Mathematical Logic and the Theory of Algorithms
    • Mathematical Analysis. Part 3
    • Probability Theory
  • Spring semester:
    • Differential Equations
    • Mathematical Statistics
    • Theory of Functions of a Complex Variable
    • Artificial Intelligence

Methodological Seminar


In June 2025, the Department of Applied Mathematics held a series of departmental methodological seminars to discuss the optimal content for new (or updated) Master's degree courses:

June 5, 2025 (Thursday) at 6:00 PM:

  • Numerical Methods in Mathematical Physics (Oryniak I.V.);

  • Geometric Modeling (Oryniak I.V.);

  • Fundamentals of Scientific Research (for research-focused Master's students) (Oryniak I.V.);

June 6, 2025 (Friday) at 6:00 PM:

  • Modeling Complex Systems (for research-focused Master's students) (Mazuryk R.V.);

  • Modeling Complex Systems (for professional Master's students) (Kostiushko I.A.);

June 10, 2025 (Tuesday) at 6:00 PM:

  • Applications of Generative AI (Liskin V.O., Shchoholiev M.O., Kovalchuk-Khymiuk L.O.);

  • Generative Artificial Intelligence (Buslaiev V.O.).