Search
dr hab. inż. Jacek Kropiwnicki
Employment
- Head of Section at Zakład Ekoinżynierii i Silników Spalinowych
- Vice-Dean for Cooperation and Advancement at Faculty of Mechanical Engineering and Ship Technology
- Associate professor at Institute of Energy
e-Learning courses
-
Konstrukcja silników i napędów spalinowych, W,L, MiBM, sem. 06, letni 21/22 (PG_00039974)
-
Projektowanie siłowni z silnikami spalinowymi - W/L, MiBM, sem.02
Zadania i elementy (symbole graficzne) siłowni lądowych oraz okrętowych z tłokowymi silnikami spalinowymi. Konstrukcja silników średniej i dużej mocy wykorzystywanych w siłowniach spalinowych. Parametry konstrukcyjne i wskaźniki porównawcze oraz charakterystyki tłokowych silników spalinowych, bilans cieplny siłowni. Współpraca silnika tłokowego z odbiornikiem, dobór silnika, typy układów napędowych, współpraca kilku silników. Główne...
-
Kurs - prof.Jacek Kropiwnicki
-
[IMe] Advanced numerical methods in mechanics
{mlang pl} Dyscyplina: IMe Zajęcia obowiązkowe dla doktorantów I roku Prowadzący: K. Tesch, A. Żak Liczba godzin: 45 Forma zajęć: wykład/laboratorium {mlang} {mlang en} Discipline: IMe Obligatory course for 1st year PhD students Academic teacher: K. Tesch, A. Żak Total hours of training: 45 teaching hours Course type: lecture/Laboratories {mlang}
-
Renewable Energy Sources - W/C/L, E+MiBM, sem.05, (PG_00042100) - Nowy
Presentation of the modern achievements and tendencies in the area of renewable energy resources utilization. Classification of renewable energy resources. Possibilities of renewable energy resources utilization. Discussion of theoretical backgrounds of selected technologies.
-
hybrydowy egzamin dyplomowy - TKiS, II stopień, 17.12.2024 r. godz. 14.00
-
Technologie i maszyny energetyczne - W/L, E, sem.05, (PG_00042062) - Nowy
-
Podstawy racjonalnej eksploatacji silników spalinowych i sprężarek wyporowych - W/L, E, sem.07
Celem przedmiotu jest poznanie podstawowych metod identyfikacji warunków eksploatacji silników spalinowych i sprężarek, paramentów opisujących te warunki, metod oceny efektywności energetycznej systemów oraz kryteriów, ograniczeń i metod podejmowania decyzji w zakresie ich racjonalnej eksploatacji.
-
Podstawy modelowania układów napędowych - W-15/Ć-0/L-30/P-0, WIMiO, PMRiUN, I st., sem. 05, stacjonarne, (M:31575W0), semestr zimowy 2022/2023
Zastosowanie technik komputerowych w modelowaniu pneumatycznych i hydraulicznych układów napędowych. Modelowanie przepływu w szczelinach. Modelowanie zużycia paliwa silnika spalinowego o zapłonie iskrowym. Modelowanie momentu napędowego silnika spalinowego. Przeprowadzenie symulacji pracy układu napędowego pojazdu z silnikiem spalinowym w zadanych warunkach eksploatacji. Budowa sprzęgła ciernego, suchego pojazdu samochodowego....
-
Projekt zespołowy, P, Mechatronika sem. 06, letni 21/22 (M:31437W0)
Przedstawienie przebiegu procesu projektowania i rozwiązywania problemów inżynierskich.Definiowanie problemu. Rozwiązywanie zadań inżynierskich z wykorzystaniem aktualnej wiedzy ogólnej ispecjalistycznej. Stosowanie współczesnych narzędzi działania inżynierskiego.
-
UKZJK 2021-2022
Autorzy: zawartość merytoryczna: Marta Jankowska, Agnieszka Lendzion, Barbara Urbańska, zawartość techniczna: Anita Dąbrowicz-Tlałka. Kurs zawiera materiały związane ze spotkaniami UKZJK w roku akademickim 2021/2022.
-
Brain-Computer Interfaces, W, MiBM II st., sem. 03, letni 23/24 (PG_00064472)
Podstawy neurologii; Podstawowe struktury mózgu; Funkcje tkanki nerwowej; Anatomia mózgu; Umieszczenie elektrod; Kondycjonowanie sygnału; Przetwarzanie sygnałów; transformata Fouriera; transformacja falkowa; parametry Hjortha; Analiza głównych składowych; Niezależna analiza komponentów; Wspólne wzorce przestrzenne; Podstawowe techniki uczenia maszynowego; Rodzaje BCI; Inwazyjne i półinwazyjne BCI; Przywrócenie zmysłów.
-
Elektryczne i alternatywne układy napędowe pojazdów
Przedmiot dotyczy takich układów napędowych pojazdów które nie wykorzystują tylko techniki produkcji mocy potrzebnej do napędu ze spalanego w silniku cieplnym ciekłego paliwa kopalnego. Pierwsza grupa takich pojazdów to samochody elektryczne z bateriami elektochemicznymi. W drugiej grupie są samochody z napędem mającym dwa źródła energii (napęd hybrydowy), Trzecia grupa ma jako główne źródło napędu silnik spalinowy ale paliwo dla...
-
Vehicle Suspension Design, W, TiL II st., sem. 03, letni 23/24 (PG_00062882)
Role of the suspension. Suspension kinematics and compliances theoretical background and practical measuring schemes. Suspension design an overview of suspension design properties and review of current design philosophy. Review of typical designs. Current design trends. Practical implications. Case studies introduction to modelling and simulation software and discussion of practical case studies.
-
Lokalne ekologiczne elektrociepłownie z silnikami spalinowymi, Energetyka, I st.
Charakterystyka lokalnych systemów energetyki skojarzonej. Rynek energii i rola energetyki rozproszonej na krajowym rynku energii. Wskaźniki charakteryzujące warunki eksploatacji elektrociepłowni. Średnioroczna sprawność ogólna układu energetycznego. Optymalizacja pracy układu energetycznego kryteria i sposoby realizacji założeń optymalizacyjnych. Charakterystyka podstawowych instalacji układów elektrociepłowni z silnikami spalinowymi....
-
UKZJK 2020-2021
Autorzy: zawartość merytoryczna: Marta Jankowska, Agnieszka Lendzion, zawartość techniczna: Anita Dąbrowicz-Tlałka. Kurs zawiera materiały związane ze spotkaniami UKZJK w roku akademickim 2020/2021.
-
Lean Manufacturing, W, Mechatronika, IDE, sem. 03, letni 23/24 (PG_00062997)
Development of Production Systems and Lean Management. Strategies in Process Optimisation. Analytical Methods. Lean Principles and Lean Methods. Change Management. Roll-out Strategies for Lean Manufacturing. Total productive Management.
-
Brain-Computer Interfaces, W, TiL II st., sem. 03, letni 23/24 (PG_00064472)
Podstawy neurologii; Podstawowe struktury mózgu; Funkcje tkanki nerwowej; Anatomia mózgu; Umieszczenie elektrod; Kondycjonowanie sygnału; Przetwarzanie sygnałów; transformata Fouriera; transformacja falkowa; parametry Hjortha; Analiza głównych składowych; Niezależna analiza komponentów; Wspólne wzorce przestrzenne; Podstawowe techniki uczenia maszynowego; Rodzaje BCI; Inwazyjne i półinwazyjne BCI; Przywrócenie zmysłów.
-
Układy kogeneracyjne W, C, L, Energetyka, sem. 05, zimowy 23/24 (PG_00055994)
-
Projektowanie siłowni z silnikami spalinowymi
Silniki dużej mocy. Siłownie stacjonarne, Monitorowanie pracy silników. Instalacje siłowni spalinowych. Układy zasilania paliwami. Odzysk ciepła odpadowego.
-
Biomimetics in Fluid Mechanics with practical application using CFD, S-30, WIMiO, Energetyka, II st., sem. 03, stacjonarne, (PG_00060130), semestr letni 2022/2023
Wykład wprowadza do procesu biomimetycznego, systematycznej procedury mającej na celu wykorzystania w technice rozwiązań z natury. Szczególny nacisk położony jest na zastosowania w mechanice płynów.
-
Renewable Energy Sources, WIMiO, Energetyka, I st., sem. 03, stacjonarne, (PG_00042100), semestr zimowy 2023/2024
Presentation of the modern achievements and tendencies in the area of renewable energy resources utilization. Classification of renewable energy resources. Possibilities of renewable energy resources utilization. Discussion of theoretical backgrounds of selected technologies.
-
Vehicle Suspension Design, W, MiBM II st., sem. 03, letni 23/24 (PG_00062882)
Role of the suspension. Suspension kinematics and compliances theoretical background and practical measuring schemes. Suspension design an overview of suspension design properties and review of current design philosophy. Review of typical designs. Current design trends. Practical implications. Case studies introduction to modelling and simulation software and discussion of practical case studies.
-
Układy kogeneracyjne, W,Ć,L, Energetyka I, sem. 05, zimowy 24/25 (PG_00055954)
Przedstawienie najnowszych osiągnięć w zakresie układów kogeneracyjnych wykorzystujących silnikicieplne ze szczególnym uwzględnieniem silników tłokowych i silników Stirlinga, ich klasyfikacja, zasilaniepaliwami alternatywnymi, zarządzanie energią w złożonych układach kogeneracyjnych.
-
Konstrukcja silników i napędów spalinowych, W, L, MiBM, sem. 06, letni 22/23 (PG_00039974)
-
Konstrukcja silników i napędów spalinowych
-
Projektowanie siłowni z silnikami spalinowymi
Prezentowane są stacjonarne siłownie i siłownie okrętowe w których głównym źródłem energii mechanicznej jest tłokowy silnik spalinowy. Wykład rozpoczyna omówienie konstrukcji silników spalinowych dużej mocy zarówno czterosuwowych jak i dwusuwowych.. Następnie omawiany jest osprzęt silników a w tym: układy zasilania paliwem powietrzem, układy zapłonowe, układy chłodzenia i smarowania. Kolejne zagadnienia to dobór silników do potrzeb...
-
Lean Manufacturing, W, Energetyka, sem. 03, letni 23/24 (PG_00062998)
Development of Production Systems and Lean Management. Strategies in Process Optimisation. Analytical Methods. Lean Principles and Lean Methods. Change Management. Roll-out Strategies for Lean Manufacturing. Total productive Management.
Conducted classes
-
-
Electrical and Alternative Drive Systems in Vehicles
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Design and Operation of Vehicles
-
Internal Combustion Engines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Design and Operation of Vehicles
-
Positive Displacement Machines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Thermal and Processing Technologies
-
-
-
Cogeneration systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
-
Diploma Seminar
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
-
Internal Combustion Engines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Design and Operation of Vehicles
-
Electrical and Alternative Drive Systems in Vehicles
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Design and Operation of Vehicles
-
Positive Displacement Machines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Thermal and Processing Technologies
-
-
-
Diploma Seminar
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
-
Power plants with internal combustion engines design
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
-
Cogeneration systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
-
Positive Displacement Machines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Thermal and Processing Technologies
-
Internal Combustion Engines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Design and Operation of Vehicles
-
Electrical and Alternative Drive Systems in Vehicles
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Design and Operation of Vehicles
-
-
-
Power plants with internal combustion engines design
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
-
Lean Manufacturing
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Technologies of Distributed Energy Systems
Field of study: Power Engineering
Specialization: Technologies of Distributed Energy Systems
Field of study: Power Engineering
Specialization: Technologies of Distributed Energy Systems
-
Lean Manufacturing
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: International Design Engineer
-
Lean Manufacturing
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechatronics
-
Positive Displacement Machines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Thermal and Processing Technologies
-
Internal Combustion Engines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Design and Operation of Vehicles
-
Cogeneration systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
-
Brain-Computer Interfaces
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Modeling in Machine and Vehicle Design
-
Diploma Seminar
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
-
Brain-Computer Interfaces
Faculty of Mechanical Engineering and Ship TechnologyField of study: Transport and Logistics
Specialization: Intelligent Transport Systems
-
Vehicle Suspension Design
Faculty of Mechanical Engineering and Ship TechnologyField of study: Transport and Logistics
Specialization: Intelligent Transport Systems
-
Ecological automotive drive systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
Ecological automotive drive systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic Systems and Industrial Apparatus
-
Vehicle Suspension Design
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Modeling in Machine and Vehicle Design
-
-
-
Design of IC Engines and Engine Drives
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
Field of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
Local and Ecological Electric Power Stations with internal Combustion Engines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
-
Power plants with internal combustion engines design
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
-
Renewable Energy Sources
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Specialization: Energy Technologies
-
Biomimetics in Fluid Mechanics with practical application using CFD
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Technologies of Distributed Energy Systems
Field of study: Power Engineering
Specialization: Technologies of Distributed Energy Systems
Field of study: Power Engineering
Specialization: Technologies of Distributed Energy Systems
-
Term Project
Faculty of Mechanical Engineering and Ship Technology -
Renewable Energy Sources
Faculty of Mechanical Engineering and Ship Technology -
Cogeneration systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
-
Diploma Seminar
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
-
Biomimetics in Fluid Mechanics with practical application using CFD
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Distributed Energy Sources
Field of study: Power Engineering
Specialization: Distributed Energy Sources
Field of study: Power Engineering
Specialization: Distributed Energy Sources
-
-
-
Term Project
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechatronics
Specialization: Applied Mechatronics
Field of study: Mechatronics
Specialization: Applied Mechatronics
-
Power plants with internal combustion engines design
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
-
Fundamentals of rational use of combustion engines and positive displacement compressors
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
Field of study: Power Engineering
Subfield of study: Energetyka (PL)
Specialization: Diagnostics and Operation of Energy Systems
-
Renewable Energy Sources
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
-
Renewable Energy Sources
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Design and Production Engineering
Field of study: Mechanical Engineering
Specialization: Design and Production Engineering
-
Technology and Power Energy Machines
Faculty of Mechanical Engineering and Ship TechnologyField 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
-
Management and operation of local combined heat and power plants
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Energy Systems in Distributed Economy
Field of study: Power Engineering
Specialization: Energy Systems in Distributed Economy
-
Ecological automotive drive systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
Field of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
-
-
Renewable Energy Sources
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Design and Production Engineering
Field of study: Mechanical Engineering
Specialization: Design and Production Engineering
-
Renewable Energy Sources
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
-
Technology and Power Energy Machines
Faculty of Mechanical Engineering and Ship TechnologyField 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
-
Designing engine rooms with combustion engines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
-
CHP units with combustion engines
Faculty of Mechanical Engineering and Ship Technology
-
-
-
Renewable Energy Sources
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
-
Technology and Power Energy Machines
Faculty of Ocean Engineering and Ship TechnologyField 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
-
Renewable Energy Sources
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Design and Production Engineering
Field of study: Mechanical Engineering
Specialization: Design and Production Engineering
-
Designing engine rooms with combustion engines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
Field of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
-
CHP units with combustion engines
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
Field of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
-
Fundamentals of rational use of combustion engines and positive displacement compressors
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
Field of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
-
-
CHP units with combustion engines
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
-
Designing engine rooms with combustion engines
Faculty of Mechanical Engineering -
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
CHP units with combustion engines
Faculty of Mechanical Engineering -
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechatronics
Specialization: Applied Mechatronics
-
First Degree Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Technologies
-
Technology and Power Energy Machines
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
Field of study: Power Engineering
Subfield of study: Power Engineering
-
Technology and Electric Machines
Faculty of Mechanical EngineeringField of study: Power Engineering
Field of study: Power Engineering
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
Designing engine rooms with combustion engines
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
Field of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
-
High-performance Heat Exchangers
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
-
Management and operation of local combined heat and power plants
Faculty of Mechanical Engineering -
Technology and Electric Machines
Faculty of Electrical and Control EngineeringField of study: Power Engineering
-
Renewable Energy Sources
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
-
Management and operation of local combined heat and power plants
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Systems in Distributed Economy
Field of study: Power Engineering
Specialization: Energy Systems in Distributed Economy
-
Renewable Energy Sources
Faculty of Electrical and Control EngineeringField of study: Power Engineering
Specialization: Energy Technologies
-
Renewable Energy Sources
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Specialization: Energy Technologies
-
Fundamentals of rational use of combustion engines and positive displacement compressors
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
-
-
CHP units with combustion engines
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
-
Renewable Energy Sources
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
-
Management and operation of local combined heat and power plants
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Systems in Distributed Economy
-
High-performance Heat Exchangers
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
-
CHP units with combustion engines
Faculty of Mechanical Engineering -
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
-
Technology and Electric Machines
Faculty of Mechanical EngineeringField of study: Power Engineering
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Technology and Power Energy Machines
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechatronics
Specialization: Applied Mechatronics
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Management and Production Engineering
Specialization: Manufacturing Engineering and Machine Maintenance
-
Renewable Energy Sources
Faculty of Electrical and Control EngineeringField of study: Power Engineering
Specialization: Energy Technologies
-
Fundamentals of rational use of combustion engines and positive displacement compressors
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Renewable Energy Sources
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Technologies
-
Measurement and Testing in Combustion Engines and Compressors
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Safety Systems Engineering
-
Technology and Electric Machines
Faculty of Electrical and Control EngineeringField of study: Power Engineering
-
Designing engine rooms with combustion engines
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
-
-
-
Renewable Energy Sources
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Energy Technologies
-
Renewable Energy Sources
Faculty of Electrical and Control EngineeringField of study: Power Engineering
Specialization: Energy Technologies
-
Renewable Energy Sources
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Technologies
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechatronics
Specialization: Applied Mechatronics
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
-
Design of IC engines and engine drives
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
Projektowanie siłowni z silnikami spalinowymi
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
-
Technology and Electric Machines
Faculty of Mechanical EngineeringField of study: Power Engineering
-
Fundamentals of rational use of combustion engines and positive displacement compressors
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Management and operation of local combined heat and power plants
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Systems in Distributed Economy
-
Technology and Electric Machines
Faculty of Electrical and Control EngineeringField of study: Power Engineering
-
Technology and Power Energy Machines
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
-
CHP units with combustion engines
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
-
Measurement and Testing in Combustion Engines and Compressors
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Safety Systems Engineering
-
Power plant design with internal combustion engine - selected problems
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Computer and Experimental Methods in Mechanical Engineering
-
Praca przejściowa
Faculty of Mechanical Engineering
-
-
-
Measurement and Testing in Combustion Engines and Compressors
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Safety Systems Engineering
-
Socio-humanistic subject
Faculty of Mechanical Engineering -
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechatronics
Specialization: Applied Mechatronics
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
Projektowanie siłowni z silnikami spalinowymi
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
-
Management and operation of local CHP Systems
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Systems in Distributed Economy
-
CHP units with combustion engines
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
-
Fundamentals of rational use of combustion engines and positive displacement compressors
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
-
-
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Medical and Mechanical Engineering
-
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Management and Production Engineering
-
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
-
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Mechatronics
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Technologies
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Management and Production Engineering
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Power Engineering Systems and Machines
-
Międzynarodowy projekt zespołowy
Faculty of Mechanical Engineering -
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Medical and Mechanical Engineering
-
Modelling, Simunation and Process control
Faculty of Mechanical Engineering -
Fundamentals of rational use of combustion engines and positive displacement compressors
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Mechatronics
-
Management and operation of local CHP Systems
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Design and Modeling of Energy Systems
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Materials Engineering
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechatronics
Specialization: Applied Mechatronics
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Power Engineering
-
Higher mechanics and FEM
Faculty of Mechanical Engineering -
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Technologies
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Power Engineering
-
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Materials Engineering
-
-
-
Management and operation of local CHP Systems
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Design and Modeling of Energy Systems
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Mechatronics
-
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Management and Production Engineering
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Medical and Mechanical Engineering
-
Fundamentals of rational use of combustion engines and positive displacement compressors
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Project UAS Bremen
Faculty of Mechanical Engineering -
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Mechatronics
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Management and Production Engineering
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Materials Engineering
-
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Materials Engineering
-
Safety at Work Training
Faculty of Mechanical EngineeringField of study: Power Engineering
-
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
-
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Medical and Mechanical Engineering
-
Training of student e-learning platform
Faculty of Mechanical EngineeringField of study: Power Engineering
-
Simultaneous Engineering and Rapid Prototyping
Faculty of Mechanical Engineering
-
-
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Fundamentals of rational use of combustion engines and positive displacement compressors
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Diploma/ Final project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Power Engineering Systems and Machines
-
Management and operation of local CHP Systems
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Design and Modeling of Energy Systems
-
-
-
Management and operation of local CHP Systems
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Design and Modeling of Energy Systems
-
Fundamentals of rational use of combustion engines and positive displacement compressors
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Term Project
Faculty of Mechanical EngineeringField of study: Mechatronics
-
Modelling processes in heat machines with cyclic exploitation
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Advanced Thermal-Hydraulic Technologies
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Pro-Ecological Energy Technologies
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
-
-
Term Project I
Faculty of Mechanical Engineering -
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Power Engineering Systems and Machines
-
Term Project
Faculty of Mechanical EngineeringField of study: Mechatronics
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Thermal-Hydraulic Systems and Industrial Apparatus
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechatronics
Specialization: Applied Mechatronics
-
Fundamentals of rational use of combustion engines and positive displacement compressors
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Diagnostics and Operation of Energy Systems
-
Diploma/Final Project
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Vehicles, Engineering Machinery and Drive Systems
-
seen 3408 times