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dr inż. Szymon Winczewski
e-Learning courses
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Computer modeling and design of materials 2022/2023
Computer modeling and design of materials, kierunek: Nanotechnologia, specjalność: Mathematics for new materials design, II stopień, semestr 3
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Introduction to quantum mechanics 2022/2023
Introduction to quantum mechanics, kierunek: Nanotechnologia, specjalność: Nanostructures and computer simulations in material science, II stopień, semestr 1
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Symulacje Komputerowe dla Inżynierów
Dwusemestralne studia podyplomowe wprowadzające w podstawowe i nieco bardziej zaawansowane aspekty inżynierskich obliczeń modeli trójwymiarowych. Głównym wątkiem jest Metoda Elementów Skończonych, jej warianty i róznorodne zastosowania. W programie znajduje się miejsce dla ćwiczeń z branży samochodowej, okrętowej, budownictwa lądowego czy energetyki. W nieco mniejszym stopniu rozwinięty jest obszar modelowania CFD (mechanika...
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Metody numeryczne 2022/2023
stopień I - semestr IV
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Komputerowe Modelowanie Materiałów 2022/2023
stopień I - semestr VI
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Mechanika kwantowa 2022/2023
Mechanika kwantowa, kierunek: Nanotechnologia, I stopień, semestr 5
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Inżynieria kwantowa 2024/2025
Inżynieria kwantowa, kierunek: Nanotechnologia, I stopień, semestr 5
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Nowe trendy w nauce o materiałach i nanotechnologii
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Komputerowe modelowanie metodami cząstek
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Materials Science - classical particle approach 2023/2024
Computer modeling and design of materials, kierunek: Nanotechnologia, specjalność: Mathematics for new materials design, II stopień, semestr 3
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Metody numeryczne 2023/2024
stopień I - semestr IV
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Wybrane zagadnienia nanotechnologii 2024
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Teoretyczne podstawy nanotechnologii
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Mechanika kwantowa 2023/2024
Mechanika kwantowa, kierunek: Nanotechnologia, I stopień, semestr 5
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Materials Science - Classical Particle Approach 2024/2025
Computer modeling and design of materials, kierunek: Nanotechnologia, specjalność: Mathematics for new materials design, II stopień, semestr 3
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Komputerowe modelowanie metodami cząstek 2024/2025
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Komputerowe Modelowanie Materiałów 2023/2024
stopień I - semestr VI
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Wprowadzenie do eksperymentu
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Introduction to quantum mechanics 2024/2025
Introduction to quantum mechanics, kierunek: Nanotechnologia, specjalność: Nanostructures and computer simulations in material science, II stopień, semestr 1
Conducted classes
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Komputerowe modelowanie materiałów
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Numerical methods
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Komputerowe modelowanie materiałów
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Komputerowe modelowanie materiałów
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Numerical methods
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Inżynieria kwantowa
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Komputerowe modelowanie metodami cząstek
Faculty of Applied Physics and MathematicsField of study: Materials Engineering
Specialization: Engineering of Functional Materials
Field of study: Materials Engineering
Specialization: Engineering of Functional Materials
Field of study: Materials Engineering
Specialization: Engineering of Functional Materials
Field of study: Materials Engineering
Specialization: Engineering of Functional Materials
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Materials Science - classical particle approach
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: RealMaths - Mathematics for new materials design
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Materials Science - classical particle approach
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
Specialization: Nanostructures and computer simulations in material science
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Indywidualny projekt badawczy
Faculty of Applied Physics and Mathematics
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Materials Science - classical particle approach
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
Specialization: Nanostructures and computer simulations in material science
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Materials Science - classical particle approach
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: RealMaths - Mathematics for new materials design
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Komputerowe modelowanie metodami cząstek
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
Specialization: New Materials Design
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Komputerowe modelowanie metodami cząstek
Faculty of Applied Physics and MathematicsField of study: Materials Engineering
Specialization: Engineering of Functional Materials
Field of study: Materials Engineering
Specialization: Engineering of Functional Materials
Field of study: Materials Engineering
Specialization: Engineering of Functional Materials
Field of study: Materials Engineering
Specialization: Engineering of Functional Materials
Field of study: Materials Engineering
Specialization: Engineering of Functional Materials
Field of study: Materials Engineering
Specialization: Engineering of Functional Materials
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Modelowanie materiałów i struktur auksetycznych
Faculty of Applied Physics and Mathematics -
Quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Komputerowe modelowanie materiałów
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Theoretical basis of nanotechnology
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
Specialization: New Materials Design
Field of study: Nanotechnology
Specialization: Photonic Nanostructures
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Numerical methods
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Introduction to quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: InterMaths - Mathematics for new materials design
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Quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Computer modeling and design of materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: Condensed Mather Physics and Nanotechnology
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Computer modeling and design of materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: InterMaths - Mathematics for new materials design
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Computer modeling and design of nanomaterials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
Specialization: Nanostructures and computer simulations in material science
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Computer Modelling of Materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Introduction to quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
Specialization: Nanostructures and computer simulations in material science
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Introduction to quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: Functional Nanomaterials and Advanced Technologies
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Computer Modelling of Materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Introduction to quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
Specialization: Nanostructures and computer simulations in material science
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Computer modeling and design of materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
Specialization: Nanostructures and computer simulations in material science
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Computer modeling and design of materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
Specialization: Nanostructures and computer simulations in material science
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Computer modeling and design of materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: InterMaths - Mathematics for new materials design
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Introduction to quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: Functional Nanomaterials and Advanced Technologies
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Introduction to quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: InterMaths - Mathematics for new materials design
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Computer modeling and design of materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: Condensed Mather Physics and Nanotechnology
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Computer Modelling of Materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Computer modeling and design of materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: InterMaths - Mathematics for new materials design
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Quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Introduction to quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
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Computer modeling and design of materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
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Introduction to low dimensional systems and nanotechnology
Faculty of Applied Physics and MathematicsField of study: Nanotechnology (joint Master's double-degree program)
Specialization: InterMaths - Mathematics for new materials design
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Introduction to quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
Specialization: Nanostructures and computer simulations in material science
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Quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Computer Modelling of Materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Mathematical Methods of Biophysics
Faculty of Applied Physics and MathematicsField of study: Biomedical Engineering
Specialization: Medical Physics
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Computer Modelling of Materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Mathematical Methods of Biophysics
Faculty of Applied Physics and MathematicsField of study: Biomedical Engineering
Specialization: Medical Physics
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Master thesis
Faculty of Applied Physics and Mathematics -
Computer Modelling of Materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Computer Modelling and Design of Materials
Faculty of Applied Physics and MathematicsField of study: Technical Physics
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Distributed algorithms II
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
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Quantum mechanics
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Computer Modelling and Design of Materials Part I
Faculty of Applied Physics and Mathematics
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Computational nanotechnology
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Computational nanotechnology
Faculty of Applied Physics and Mathematics -
Distributed algorithms I
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
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Laboratorium dyplomowe I
Faculty of Applied Physics and Mathematics -
Distributed algorithms II
Faculty of Applied Physics and MathematicsField of study: Technical Physics
Specialization: Applied Computer Science
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Computer Modelling and Design of Materials
Faculty of Applied Physics and Mathematics -
Computer Modelling of Materials
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Computer Modelling and Design of Materials
Faculty of Applied Physics and Mathematics
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