Search
dr Anita Milewska
Employment
- Profesor uczelni ze stop. nauk. dr at Department of Transportation Engineering
e-Learning courses
-
Niezawodność i bezpieczeństwo systemów transportowych - WYKŁAD 2021/2022
Kierunek: Transport (WILiŚ), studia stacjonarne II stopnia, semestr 1.
-
Drogi Szynowe - sem VI - Wykład 22/23
Celem przedmiotu jest przedstawienie konstrukcji dróg szynowych, charakterystyki elementów nawierzchni szynowej oraz omówienie zagadnień (podstawowych) związanych z projektowaniem układów torowych (linie kolejowe, szynowy transport miejski), utrzymaniem dróg szynowych i inżynierią ruchu kolejowego
-
Metody matematyczne w transporcie 2022/2023 - Wykład, Ćwiczenia
-
Drogi Szynowe - sem VI - Wykład 21/22
Celem przedmiotu jest przedstawienie konstrukcji dróg szynowych, charakterystyki elementów nawierzchni szynowej oraz omówienie zagadnień (podstawowych) związanych z projektowaniem układów torowych (linie kolejowe, szynowy transport miejski), utrzymaniem dróg szynowych i inżynierią ruchu kolejowego
-
Niezawodność i bezpieczeństwo systemów transportowych - WYKŁAD 2022/2023
-
Matematyka stosowana - 2022/2023
-
Matematyka stosowana - 2021/2022
Kierunek: Transport (WILiŚ), studia stacjonarne II stopnia, semestr 1.
-
Mathematics (CE) 2021/2022
-
Drogi Szynowe - sem VI - Wykład 23/24
Celem przedmiotu jest przedstawienie konstrukcji dróg szynowych, charakterystyki elementów nawierzchni szynowej oraz omówienie zagadnień (podstawowych) związanych z projektowaniem układów torowych (linie kolejowe, szynowy transport miejski), utrzymaniem dróg szynowych i inżynierią ruchu kolejowego
-
Metody matematyczne w inżynierii lądowej - 2022/2023
-
Mathematics (CE) 2023/2024
-
Mathematics (CE) 2022/2023
-
Podstawy niezawodności i bezpieczeństwa (Podstawy niezawodności) 2023/2024
-
Metody matematyczne w inżynierii lądowej 2023/2024
-
Metody matematyczne w transporcie 2024 (semestr letni)
-
Metody matematyczne w transporcie 2023/2024 - Wykład, Ćwiczenia
-
Podstawy niezawodności i bezpieczeństwa (Podstawy niezawodności) 2024/2025
Conducted classes
-
-
Mathematical methods in transport
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
-
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
Mathematical methods in transport
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Fundamentals of Reliability and Safety
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
-
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
Mathematics
Faculty of Civil and Environmental Engineering -
Fundamentals of Reliability and Safety
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
Practical Mathematics
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematical Methods in Transporation.
Faculty of Civil and Environmental EngineeringField of study: Transport
-
RELIABILITY AND SAFETY OF TRANSPORTATION SYSTEMS
Faculty of Civil and Environmental EngineeringField of study: Transport
-
-
-
Mathematical Methods in Transporation.
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Practical Mathematics
Faculty of Civil and Environmental EngineeringField of study: Transport
-
RELIABILITY AND SAFETY OF TRANSPORTATION SYSTEMS
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
-
-
Mathematical Methods in Transporation.
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Fundamentals of Reliability and Safety
Faculty of Civil and Environmental EngineeringField of study: Transport
-
RELIABILITY AND SAFETY OF TRANSPORTATION SYSTEMS
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
Practical Mathematics
Faculty of Civil and Environmental EngineeringField of study: Transport
-
-
-
RELIABILITY AND SAFETY OF TRANSPORTATION SYSTEMS
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Practical Mathematics
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematical Methods in Transporation.
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Erasmus
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
Fundamentals of Reliability and Safety
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
-
-
Mathematics
Faculty of Civil and Environmental Engineering -
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Erasmus
-
Mathematics
Faculty of Civil and Environmental Engineering -
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
Mathematics
Faculty of Civil and Environmental Engineering -
FUNDAMENTALS OF RELIABILITY AND SAFETY
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
RELIABILITY AND SAFETY OF TRANSPORTATION SYSTEMS
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Practical Mathematics
Faculty of Civil and Environmental EngineeringField of study: Transport
-
-
-
Niezawodność w systemów transportowych
Faculty of Civil and Environmental EngineeringField of study: Transport
-
FUNDAMENTALS OF RELIABILITY AND SAFETY
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Practical Mathematics
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Civil Engineering
Specialization: Civil Engineering
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Stream: Erasmus
Specialization: Erasmus
-
-
-
MATHEMATICAL METHODS IN TRANSPORTATION
Faculty of Civil and Environmental EngineeringField of study: Transport
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Specialization: Erasmus
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Specialization: Civil Engineering
-
APPLIED MATHEMATICS
Faculty of Civil and Environmental EngineeringField of study: Transport
-
-
-
Final Dissertation
Faculty of Applied Physics and MathematicsField of study: Mathematics
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Specialization: Civil Engineering
-
Mathematics
Faculty of Civil and Environmental EngineeringField of study: Civil Engineering
Specialization: Erasmus
-
-
-
Final Dissertation
Faculty of Applied Physics and MathematicsField of study: Mathematics
-
Preparation of master’s thesis
Faculty of Applied Physics and MathematicsField of study: Mathematics
-
Techniczne układy dyskretne
Faculty of Applied Physics and MathematicsField of study: Mathematics
Specialization: Applied Mathematics
-
-
-
Praca dyplomowa licencjacka
Faculty of Applied Physics and MathematicsField of study: Mathematics
-
Technical discrete systems
Faculty of Applied Physics and MathematicsField of study: Mathematics
Specialization: Applied Mathematics
-
-
-
Preparation of master’s thesis
Faculty of Applied Physics and MathematicsField of study: Mathematics
-
Technical discrete systems
Faculty of Applied Physics and MathematicsField of study: Mathematics
Specialization: Applied Mathematics
-
-
-
Engineering project
Faculty of Applied Physics and MathematicsField of study: Mathematics
-
Preparation of master’s thesis
Faculty of Applied Physics and MathematicsField of study: Mathematics
-
Technical discrete systems
Faculty of Applied Physics and MathematicsField of study: Mathematics
Specialization: Applied Mathematics
-
-
-
Technical discrete systems
Faculty of Applied Physics and MathematicsField of study: Mathematics
Specialization: Applied Mathematics
-
seen 2547 times