Michał Wodtke - Teaching - Bridge of Knowledge

dr hab. inż. Michał Wodtke

Employment

Associate professor at Institute of Mechanics and Machine Design

Keywords Help

e-Learning courses

Podstawy Konstrukcji Maszyn, W/C/P, E, sem. 04, lato 22/23 (PG_00055889)
Kurs Podstawy Konstrukcji Maszyn dla studentów kierunku Energetyka w roku akademickim 2022/23. Przedmiot składa się z trzech składowych: Wykład, Ćwiczenia rachunkowe oraz Projektowanie. W ramach przedmiotu omawiane będą następujące zagadnienia: wytrzymałość doraźna i zmęczeniowa elementów maszyn, połączenia spawane, śrubowe oraz wał piasta, podstawy projektowania, wały i osie, łożyskowanie, sprzęgła mechaniczne i hamulce, przekładnie...
Podstawy Konstrukcji Maszyn I, W/C, E, sem. 04, letni 21/22 (PG_00042045)
Podstawy Konstrukcji Maszyn II, W/P, E, sem. 05, zima 22/23
Kurs jest kontynuacją przedmiotu Podstawy Konstrukcji Maszyn I. W ramach przedmiotu omawiane będą następujące zagadnienia: podstawy projektowania, wały i osie, łożyskowanie, sprzęgła mechaniczne i hamulce, przekładnie mechaniczne oraz elementy sprężyste.
Advanced Materials Center
- J. Łuczak
- P. Jasiński
- M. Wodtke
- R. Bogdanowicz
- M. Szkoda
- J. Baum
- J. Ryl
- J. Karczewski
- A. D. Mielewczyk-Gryń
Modelowanie w budowie maszyn 2021/22
Komputerowe Wspomaganie Projektowania (CAD), W/P, E, sem. 04, lato 23/24 (PG_00055891)
- M. Wodtke
- K. Mazur
- K. A. Piłat
Kurs z przedmiotu Komputerowe Wspomaganie Projektowania (CAD) dla studentów kierunku Energetyka w roku akademickim 2023/24. Przedmiot złożony jest z dwóch składowych: Wykład oraz Projektowanie. W ramach kursu studenci zdobędą praktyczne umiejętności związane z obsługą wybranych systemów CAD ze szczególnym naciskiem na umiejętności opracowania dokumentacji płaskiej elementów maszyn. Ponadto poruszone zostaną problemy związane z...
Podstawy Konstrukcji Maszyn, W/C/P, E, sem. 04, lato 23/24 (PG_00055889)
Kurs Podstawy Konstrukcji Maszyn dla studentów kierunku Energetyka w roku akademickim 2023/24. Przedmiot składa się z trzech komponentów: Wykład, Ćwiczenia rachunkowe oraz Projektowanie. W ramach przedmiotu omawiane będą następujące zagadnienia: wytrzymałość doraźna i zmęczeniowa elementów maszyn, połączenia spawane, śrubowe oraz wał piasta, podstawy projektowania, wały i osie, łożyskowanie, sprzęgła mechaniczne i hamulce, przekładnie...
Modelowanie w budowie maszyn 2023/24
Podstawy Konstrukcji Maszyn II projekt
kurs jest uzupełnieniem nauczania z PKM

Conducted classes

2025 year Courses count 2

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- Computer aided design (CAD)
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
- Fundamentals of machine design
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
2024 year Courses count 4

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- Fundamentals of machine design
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
- Master thesis
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Mechanical Engineering
  
  Specialization: International Design Engineer
- Analysis of constructive connections of medical devices
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Mechanical and Medical Engineering
  
  Specialization: Modern Medical Devices and Implants
- Computer aided design (CAD)
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
2023 year Courses count 6

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- Fundamentals of machine design
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
- Analysis of constructive connections of medical devices
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Mechanical and Medical Engineering
  
  Specialization: Modern Medical Devices and Implants
- Computer aided design (CAD)
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
- Metodologia badań doświadczalnych łożysk hydrodynamicznych
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Mechanical Engineering
  
  ISB: indywidualne studia badawcze
- Zaawansowane analizy obliczeniowe łożysk hydrodynamicznych
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Mechanical Engineering
  
  ISB: indywidualne studia badawcze
- Forms of presentation of research results
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Mechanical Engineering
  
  ISB: indywidualne studia badawcze
2022 year Courses count 4

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- Fundamentsla of Machines Design 2
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
- Projektowanie stanowisk badawczych hydrodynamicznych łożysk wzdłużnych
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Mechanical Engineering
  
  ISB: indywidualne studia badawcze
- Projektowanie łożysk hydrodynamicznych
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Mechanical Engineering
  
  ISB: indywidualne studia badawcze
- Fundamentals of Machines Design 1
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
2021 year Courses count 3

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- Fundamentals of Machines Design 1
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Energetyka (PL)
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
- Projektowanie bryłowe
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Mechanical and Medical Engineering
  
  Specialization: Design, Construction
- Fundamentsla of Machines Design 2
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Energetyka (PL)
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
2020 year Courses count 3

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- Projektowanie bryłowe
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Mechanical and Medical Engineering
  
  Specialization: Design, Construction
  
  Field of study: Medical and Mechanical Engineering
  
  Specialization: Design, Construction
- Fundamentals of Machines Design 1
  Faculty of Ocean Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Energetyka (PL)
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
- Fundamentsla of Machines Design 2
  Faculty of Ocean Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Energetyka (PL)
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
2019 year Courses count 7

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- Diploma/Final Project
  Faculty of Mechanical Engineering
  
  Field of study: Mechanical Engineering
  
  Specialization: Vehicles, Engineering Machinery and Drive Systems
- Fundamentals of Machines Design 1
  Faculty of Ocean Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
- Fundamentals of Machine Design I
  Faculty of Mechanical Engineering
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
- Basic of Machine Constructions
  Faculty of Electrical and Control Engineering
  
  Field of study: Power Engineering
- Basics of Machine Constructions
  Faculty of Electrical and Control Engineering
  
  Field of study: Power Engineering
- Fundamentals of Machine Design II
  Faculty of Mechanical Engineering
  
  Field of study: Power Engineering
  
  Field of study: Power Engineering
- Fundamentsla of Machines Design 2
  Faculty of Ocean Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
2018 year Courses count 7

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- Diploma/Final Project
  Faculty of Mechanical Engineering
  
  Field of study: Mechanical Engineering
  
  Specialization: Vehicles, Engineering Machinery and Drive Systems
- Fundamentals of Machine Design I
  Faculty of Mechanical Engineering
  
  Field of study: Power Engineering
- Fundamentsla of Machines Design 2
  Faculty of Ocean Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
- Fundamentals of Machine Design II
  Faculty of Mechanical Engineering
  
  Field of study: Power Engineering
- Fundamentals of Machines Design 1
  Faculty of Ocean Engineering and Ship Technology
  
  Field of study: Power Engineering
  
  Subfield of study: Power Engineering
- Basic of Machine Constructions
  Faculty of Electrical and Control Engineering
  
  Field of study: Power Engineering
- Basics of Machine Constructions
  Faculty of Electrical and Control Engineering
  
  Field of study: Power Engineering
2017 year Courses count 2

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- Projektowanie bryłowe
  Faculty of Mechanical Engineering
  
  Field of study: Medical and Mechanical Engineering
  
  Specialization: Design, Construction
- Diploma/Final Project
  Faculty of Mechanical Engineering
  
  Field of study: Mechanical Engineering
  
  Specialization: Vehicles, Engineering Machinery and Drive Systems
2016 year Courses count 1

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- Diploma/Final Project
  Faculty of Mechanical Engineering
  
  Field of study: Mechanical Engineering
  
  Specialization: Vehicles, Engineering Machinery and Drive Systems
2013 year Courses count 1

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- Diploma/Final Project
  Faculty of Mechanical Engineering
  
  Field of study: Mechanical Engineering
  
  Specialization: Vehicles, Engineering Machinery and Drive Systems
2012 year Courses count 3

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- Fundamentals of Machine Design II
  Faculty of Mechanical Engineering
  
  Field of study: Mechatronics
- Computer design of machines (3D)
  Faculty of Mechanical Engineering
  
  Field of study: Mechanical Engineering
- Integrated virtual 3D design with the use of CAD, FEM and on-line tools
  Faculty of Mechanical Engineering
  
  Field of study: Mechanical Engineering
  
  Specialization: Computer-Aided Design and Operation of Machines
2011 year Courses count 1

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- Fundamentals of machine engineering [L+C]
  Faculty of Civil and Environmental Engineering
  
  Field of study: Transport

Reviewed papers list

Projekt obrotnicy do wózków tramwajowych

Master thesis

- Wydział Mechaniczny, PG - 2016
Adaptacja głowicy stanowiska badawczego MWO do badań zmęczeniowych łożysk tocznych

Master thesis

- Wydział Mechaniczny, PG - 2016
Projekt mechanizmu prasującego śmieciarki tylno-załadowczej

Master thesis

- Wydział Mechaniczny, PG - 2016
Projekt urządzenia do uginania drzew (głównie sosnowych) zagrażających przechyleniem na skutek wiatru do obsługi przez maksymalnie 2 osoby

Master thesis

- Wydział Mechaniczny, PG - 2015
Projekt wykonania łożyska hydrostatycznego do badań strat tarcia na stanowisku SON

Master thesis

- Wydział Mechaniczny, PG - 2015
Projekt i analiza oscylacyjnego układu obrotowego wału stanowiska PG-21Ł

Master thesis

- Wydział Mechaniczny, PG - 2014

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dr hab. inż. Michał Wodtke

Employment

Keywords Help

e-Learning courses

Conducted classes

2025 year Courses count 2

Computer aided design (CAD) Faculty of Mechanical Engineering and Ship Technology

Fundamentals of machine design Faculty of Mechanical Engineering and Ship Technology

2024 year Courses count 4

Fundamentals of machine design Faculty of Mechanical Engineering and Ship Technology

Master thesis Faculty of Mechanical Engineering and Ship Technology

Analysis of constructive connections of medical devices Faculty of Mechanical Engineering and Ship Technology

Computer aided design (CAD) Faculty of Mechanical Engineering and Ship Technology

2023 year Courses count 6

Fundamentals of machine design Faculty of Mechanical Engineering and Ship Technology

Analysis of constructive connections of medical devices Faculty of Mechanical Engineering and Ship Technology

Computer aided design (CAD) Faculty of Mechanical Engineering and Ship Technology

Metodologia badań doświadczalnych łożysk hydrodynamicznych Faculty of Mechanical Engineering and Ship Technology

Zaawansowane analizy obliczeniowe łożysk hydrodynamicznych Faculty of Mechanical Engineering and Ship Technology

Forms of presentation of research results Faculty of Mechanical Engineering and Ship Technology

2022 year Courses count 4

Fundamentsla of Machines Design 2 Faculty of Mechanical Engineering and Ship Technology

Projektowanie stanowisk badawczych hydrodynamicznych łożysk wzdłużnych Faculty of Mechanical Engineering and Ship Technology

Projektowanie łożysk hydrodynamicznych Faculty of Mechanical Engineering and Ship Technology

Fundamentals of Machines Design 1 Faculty of Mechanical Engineering and Ship Technology

2021 year Courses count 3

Fundamentals of Machines Design 1 Faculty of Mechanical Engineering and Ship Technology

Projektowanie bryłowe Faculty of Mechanical Engineering and Ship Technology

Fundamentsla of Machines Design 2 Faculty of Mechanical Engineering and Ship Technology

2020 year Courses count 3

Projektowanie bryłowe Faculty of Mechanical Engineering and Ship Technology

Fundamentals of Machines Design 1 Faculty of Ocean Engineering and Ship Technology

Fundamentsla of Machines Design 2 Faculty of Ocean Engineering and Ship Technology

2019 year Courses count 7

Diploma/Final Project Faculty of Mechanical Engineering

Fundamentals of Machines Design 1 Faculty of Ocean Engineering and Ship Technology

Fundamentals of Machine Design I Faculty of Mechanical Engineering

Basic of Machine Constructions Faculty of Electrical and Control Engineering

Basics of Machine Constructions Faculty of Electrical and Control Engineering

Fundamentals of Machine Design II Faculty of Mechanical Engineering

Fundamentsla of Machines Design 2 Faculty of Ocean Engineering and Ship Technology

2018 year Courses count 7

Diploma/Final Project Faculty of Mechanical Engineering

Fundamentals of Machine Design I Faculty of Mechanical Engineering

Fundamentsla of Machines Design 2 Faculty of Ocean Engineering and Ship Technology

Fundamentals of Machine Design II Faculty of Mechanical Engineering

Fundamentals of Machines Design 1 Faculty of Ocean Engineering and Ship Technology

Basic of Machine Constructions Faculty of Electrical and Control Engineering

Basics of Machine Constructions Faculty of Electrical and Control Engineering

2017 year Courses count 2

Projektowanie bryłowe Faculty of Mechanical Engineering

Diploma/Final Project Faculty of Mechanical Engineering

2016 year Courses count 1

Diploma/Final Project Faculty of Mechanical Engineering

2013 year Courses count 1

Diploma/Final Project Faculty of Mechanical Engineering

2012 year Courses count 3

Fundamentals of Machine Design II Faculty of Mechanical Engineering

Computer design of machines (3D) Faculty of Mechanical Engineering

Integrated virtual 3D design with the use of CAD, FEM and on-line tools Faculty of Mechanical Engineering

2011 year Courses count 1

Fundamentals of machine engineering [L+C] Faculty of Civil and Environmental Engineering

Reviewed papers list

Projekt obrotnicy do wózków tramwajowych

Adaptacja głowicy stanowiska badawczego MWO do badań zmęczeniowych łożysk tocznych

Projekt mechanizmu prasującego śmieciarki tylno-załadowczej

Projekt urządzenia do uginania drzew (głównie sosnowych) zagrażających przechyleniem na skutek wiatru do obsługi przez maksymalnie 2 osoby

Projekt wykonania łożyska hydrostatycznego do badań strat tarcia na stanowisku SON

Projekt i analiza oscylacyjnego układu obrotowego wału stanowiska PG-21Ł

Computer aided design (CAD)
Faculty of Mechanical Engineering and Ship Technology

Fundamentals of machine design
Faculty of Mechanical Engineering and Ship Technology

Fundamentals of machine design
Faculty of Mechanical Engineering and Ship Technology

Master thesis
Faculty of Mechanical Engineering and Ship Technology

Analysis of constructive connections of medical devices
Faculty of Mechanical Engineering and Ship Technology

Computer aided design (CAD)
Faculty of Mechanical Engineering and Ship Technology

Fundamentals of machine design
Faculty of Mechanical Engineering and Ship Technology

Analysis of constructive connections of medical devices
Faculty of Mechanical Engineering and Ship Technology

Computer aided design (CAD)
Faculty of Mechanical Engineering and Ship Technology

Metodologia badań doświadczalnych łożysk hydrodynamicznych
Faculty of Mechanical Engineering and Ship Technology

Zaawansowane analizy obliczeniowe łożysk hydrodynamicznych
Faculty of Mechanical Engineering and Ship Technology

Forms of presentation of research results
Faculty of Mechanical Engineering and Ship Technology

Fundamentsla of Machines Design 2
Faculty of Mechanical Engineering and Ship Technology

Projektowanie stanowisk badawczych hydrodynamicznych łożysk wzdłużnych
Faculty of Mechanical Engineering and Ship Technology

Projektowanie łożysk hydrodynamicznych
Faculty of Mechanical Engineering and Ship Technology

Fundamentals of Machines Design 1
Faculty of Mechanical Engineering and Ship Technology

Fundamentals of Machines Design 1
Faculty of Mechanical Engineering and Ship Technology

Projektowanie bryłowe
Faculty of Mechanical Engineering and Ship Technology

Fundamentsla of Machines Design 2
Faculty of Mechanical Engineering and Ship Technology

Projektowanie bryłowe
Faculty of Mechanical Engineering and Ship Technology

Fundamentals of Machines Design 1
Faculty of Ocean Engineering and Ship Technology

Fundamentsla of Machines Design 2
Faculty of Ocean Engineering and Ship Technology

Diploma/Final Project
Faculty of Mechanical Engineering

Fundamentals of Machines Design 1
Faculty of Ocean Engineering and Ship Technology

Fundamentals of Machine Design I
Faculty of Mechanical Engineering

Basic of Machine Constructions
Faculty of Electrical and Control Engineering

Basics of Machine Constructions
Faculty of Electrical and Control Engineering

Fundamentals of Machine Design II
Faculty of Mechanical Engineering

Fundamentsla of Machines Design 2
Faculty of Ocean Engineering and Ship Technology

Diploma/Final Project
Faculty of Mechanical Engineering

Fundamentals of Machine Design I
Faculty of Mechanical Engineering

Fundamentsla of Machines Design 2
Faculty of Ocean Engineering and Ship Technology

Fundamentals of Machine Design II
Faculty of Mechanical Engineering

Fundamentals of Machines Design 1
Faculty of Ocean Engineering and Ship Technology

Basic of Machine Constructions
Faculty of Electrical and Control Engineering

Basics of Machine Constructions
Faculty of Electrical and Control Engineering

Projektowanie bryłowe
Faculty of Mechanical Engineering

Diploma/Final Project
Faculty of Mechanical Engineering

Diploma/Final Project
Faculty of Mechanical Engineering

Diploma/Final Project
Faculty of Mechanical Engineering

Fundamentals of Machine Design II
Faculty of Mechanical Engineering

Computer design of machines (3D)
Faculty of Mechanical Engineering

Integrated virtual 3D design with the use of CAD, FEM and on-line tools
Faculty of Mechanical Engineering

Fundamentals of machine engineering [L+C]
Faculty of Civil and Environmental Engineering