Search
dr inż. Mohammad Hossein Ghaemi
Employment
- Rzecznik ds. równego traktowania at Biuro Praw,Wartości Akademickich i Równego Traktowania
- Assistant professor at Institute of Ocean Engineering and Ship Technology
e-Learning courses
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Podstawy automatyki, W/L/C, Energetyka, sem. 04, letni 23/24 ( PG_00055890)
Kurs dla studentek i studentów studiów międzywydziałowego kierunku energetyka I stopnia, semestr 4. Skrót tematyki kursu: pojęcia podstawowe automatyki, klasyfikacja układów automatyki, opis matematyczny układów dynamicznych, podstawowe elementy ukladów automatyki, rodzaje modeli matematycznych, funkcje przejścia, sposoby analizy układów sterowania w tym metoda częstotliwościowa, stabilność układów sterowania, regulatory, uchyb...
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Seminarium dyplomowe -Transport 2022
Celem seminarium jest przygotowanie studentów do wykonania pracy dyplomowej i egzaminu dyplomowego
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Fundamentals of Automatics, W, Energetyka, sem.05, zimowy 22/23 (PG_00042102)
This course is on the Fundamentals of Automatics and prepared for students of BSc program in Power Engineering, specialization Energy Technologies, semester 5.
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Podstawy automatyzacji okrętu, W, Oceanotechnika/BOiJ, sem.05, zimowy 2022/2023 (O:098250)
Kurs dla studentek/ów kierunku oceanotechnika I stopnia, semestr 5. Skrót tematyki kursu: Wprowadzenie i pojęcia podstawowe Model matematyczny ruchu statku Zakłócenia ruchu statku Stateczność ruchu statku Sterowanie kursu statku, także w czasie manewrów Sterowanie trajektorii statku Układ stabilizacji kołysań bocznych statku Sterowanie prędkości liniowej statku Identyfikacja statku jako obiektu sterowania
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Okrętowe układy automatyki, W, Oceanotechnika/BO, sem.05, zimowy 23/24 (PG_00056288)
Kurs dla studentek i studentów kierunku oceanotechnika I stopnia, spec. Budowa okrętów semestr 5. Skrót tematyki kursu: Wprowadzenie i pojęcia podstawowe Model matematyczny ruchu statku Zakłócenia ruchu statku Stateczność ruchu statku Sterowanie kursu statku, także w czasie manewrów Sterowanie trajektorii statku Układ stabilizacji kołysań bocznych statku Sterowanie prędkości liniowej statku Identyfikacja statku jako...
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Podstawy automatyki, W/ĆW, Energetyka, sem.05, zimowy 22/23 (PG_00042061)
Kurs dla studentek/ów studiów międzywydziałowego kierunku energetyka I stopnia, semestr 5. Skrót tematyki kursu: podstawy automatyki, pojecia podstawowe w automatyce, klasyfikacja układów automatyki, podstawowe elementy ukladów automatyki, rodzaje modeli matematycznych, funkcje przejścia, sposoby analizy układów sterowania w tym metoda częstotliwościowa, stabilność układów sterowania, regulatory, uchyb regulacyjny, kryteria jakości...
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Projektowanie farm wiatrowych (Design of Wind Farms), W, Oceanotechnika, II stop., sem.02, zimowy 22/23 (PG_00057174)
This course is on the Design of Wind Farms and is prepared for students of the MSc program in the field of Ocean Engineering.
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Sterowanie turbin wiatrowych, W, Oceanotechnika II stop., sem.02, zimowy 22/23 (PG_00057154)
Kurs dla studentek i studentów studiów II stop. kierunku Oceanotechnika semestr 2., specjalność: Projektowanie i budowa morskich systemów energetycznych Skrót tematyki kursu: Wstęp, cel, zadania i główne cechy USTW USTW jako element regulacji pracy EW, wpływ rodzaju TW na USTW, podsystemy USTW Zmienne wej./wyj. oraz parametry USTW Modelowanie EW jako obiektu układu sterowania, w tym kinematyka i kinetyka TW, modelowanie wpływu...
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Konsultacje dla Studentów
Konsultacje dla studentów (trzeba się umówić przez e-mail)
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Sterowanie turbin wiatrowych, W, Oceanotechnika II stop., sem.02, zimowy 23/24 (PG_00057154)
Kurs dla studentek i studentów studiów II stop. kierunku Oceanotechnika semestr 2., specjalność: Projektowanie i budowa morskich systemów energetycznych Skrót tematyki kursu: Wstęp, cel, zadania i główne cechy USTW USTW jako element regulacji pracy EW, wpływ rodzaju TW na USTW, podsystemy USTW Zmienne wej./wyj. oraz parametry USTW Modelowanie EW jako obiektu układu sterowania, w tym kinematyka i kinetyka TW, modelowanie wpływu...
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Podstawy automatyki, W/Ćw., PiBJ, sem. 04, letni 23/24 (PG_00055281)
Kurs dla studentek i studentów studiów I stopnia na kierunku Projektowanie i budowa jachtów, semestr 4. Skrót tematyki kursu: podstawy automatyki, pojęcia podstawowe w automatyce, klasyfikacja układów automatyki, podstawowe elementy ukladów automatyki, rodzaje modeli matematycznych, funkcje przejścia, sposoby analizy układów sterowania w tym metoda częstotliwościowa, stabilność układów sterowania, regulatory, uchyb regulacyjny,...
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Podstawy Automatyki (PG_00060646),zima_2024/2025
Wykład z PA dla studentów studiów I stopnia Transport i logistyka sem III
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Podstawy automatyki, W/Ćw., TiL, sem. 04, letni 23/24 ( PG_00055288)
Kurs dla studentek i studentów studiów I stopnia na kierunku Transport i logistyka, semestr 4. Skrót tematyki kursu: podstawy automatyki, pojecia podstawowe w automatyce, klasyfikacja układów automatyki, podstawowe elementy ukladów automatyki, rodzaje modeli matematycznych, funkcje przejścia, sposoby analizy układów sterowania w tym metoda częstotliwościowa, stabilność układów sterowania, regulatory, uchyb regulacyjny, kryteria...
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Podstawy automatyki
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Fundamentals of Automatics, W,Ćw,L, Energetyka, sem.05, zimowy 23/24 (PG_00042102)
This course is on the Fundamentals of Automatics and is prepared for students in the BSc program in Power Engineering, specializing in Energy Technologies, in semester 5.
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Sterowanie turbin wiatrowych, W, Oceanotechnika II stop., sem.02, zimowy 24/25 (PG_00057154)
Kurs dla studentek i studentów studiów II stop. kierunku Oceanotechnika semestr 2., specjalność: Projektowanie i budowa morskich systemów energetycznych Skrót tematyki kursu: Wstęp, cel, zadania i główne cechy USTW USTW jako element regulacji pracy EW, wpływ rodzaju TW na USTW, podsystemy USTW Zmienne wej./wyj. oraz parametry USTW Modelowanie EW jako obiektu układu sterowania, w tym kinematyka i kinetyka TW, modelowanie wpływu...
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Fundamentals of Automatics, W,Ćw,L, Energetyka, sem.05, zimowy 2024/2025 ( PG_00042102)
This course covers the fundamentals of Automatics and is intended for fifth-semester students in the BSc program in Power Engineering, specializing in Energy Technologies.
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Podstawy budowy okrętu, W, Budowa okrętów - podyplomowe, sem.1 i 2, 2023/24
Materiały pomocnicze dla przedmiotów: Wprowadzenie do transportu wodnego Wprowadzenie do okrętownictwa Podstawy budowy okrętu Podstawy projektowania okrętu dla studiów podyplomowych Budowa Okrętów, sem.01
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Modelling and Simulation of Control Systems Applied in Energy Technologies, W,L, Energetyka, sem.05, zimowy 2024/2025 (PG_00042105)
This course is titled Modelling and Simulation of Control Systems Applied in Energy Technologies intended for seventh-semester students in the BSc program in Power Engineering, specializing in Energy Technologies.
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Okrętowe układy automatyki, W, BO, sem.05, zimowy 24/25 (PG_00056288)
Kurs dla studentek i studentów kierunku oceanotechnika I stopnia, spec. Budowa okrętów semestr 5.
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Podstawy automatyzacji okrętu, W, Oceanotechnika, sem. 07, zim. 23/24 (PG_00046538)
Kurs dla studentek/ów kierunku oceanotechnika I stopnia, semestr 7., studia niestacjonarne Skrót tematyki kursu: Wprowadzenie i pojęcia podstawowe Model matematyczny ruchu statku Zakłócenia ruchu statku Stateczność ruchu statku Sterowanie kursu statku, także w czasie manewrów Sterowanie trajektorii statku Układ stabilizacji kołysań bocznych statku Sterowanie prędkości liniowej statku
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Automatyka i sterowanie, W,Ćw,L, BMiO, sem.03, zimowy 2024/2025 (PG_00060459)
Kurs dla studentek i studentów studiów niestacjonarnego kierunku Budowa Maszyn i Okrętów I stopnia, semestr 3.
Conducted classes
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Technology of Marine Control Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Design and Construction of Yachts
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Marine Control Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: Naval Architecture
Field of study: Design and Construction of Yachts
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Technology of Marine Control Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: maszyny, siłownie i urządzenia okrętowe
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Fundamentals of automation
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
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Automatic control of flow machines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Fluid-Flow Machinery
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Marine Control Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: Naval Architecture
Field of study: Design and Construction of Yachts
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Theory of Marine Control Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: maszyny, siłownie i urządzenia okrętowe
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Technology of Marine Control Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: maszyny, siłownie i urządzenia okrętowe
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Technology of Marine Control Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Design and Construction of Yachts
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Automation systems and ship positioning systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: Design of Ships and Ocean Engineering Equipment
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Fundamentals of Control Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Transport and Logistics
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Automatic control of flow machines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Fluid-Flow Machinery
Field of study: Power Engineering
Specialization: Fluid-Flow Machinery
Field of study: Power Engineering
Specialization: Fluid-Flow Machinery
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Fundamentals of automation
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
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Theory of Marine Control Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: maszyny, siłownie i urządzenia okrętowe
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Wind turbine control
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: Design and Construction of Offshore Power Systems
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Wind turbine control
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: Design and Construction of Offshore Power Systems
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Wind Turbine Control
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: Design and Construction of Offshore Power Systems
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Automatyzacja i digitalizacja jachtu - AI dla inżynierów
Faculty of Mechanical Engineering and Ship TechnologyField of study: Design and Construction of Yachts
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Automation Systems and Ship Positioning Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: Design of Ships and Ocean Engineering Equipment
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Automation and Robotics
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical and Naval Engineering
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Fundamentals of automation
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
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Modelling and Simulation of Control Systems Applied in Energy Technologies (WOiO)
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Specialization: Energy Technologies
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Automation Systems and Ship Positioning Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: Design of Ships and Ocean Engineering Equipment
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Automation Systems and Ship Positioning Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: Design of Ships and Ocean Engineering Equipment
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Automatic control of flow machines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Fluid-Flow Machinery
Field of study: Power Engineering
Specialization: Fluid-Flow Machinery
Field of study: Power Engineering
Specialization: Fluid-Flow Machinery
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Wind Turbine Control
Faculty of Mechanical Engineering and Ship TechnologyField of study: Naval Architecture and Offshore Structures
Specialization: Design and Construction of Offshore Power Systems
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Automation and Robotics
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical and Naval Engineering
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Basics of automation
Faculty of Mechanical Engineering and Ship TechnologyField of study: Design and Construction of Yachts
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Fundamentals of Automatics
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Specialization: Energy Technologies
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Fundamentals of Control Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Transport and Logistics
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Automatyzacja i digitalizacja jachtu - AI dla inżynierów
Faculty of Mechanical Engineering and Ship TechnologyField of study: Design and Construction of Yachts
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Fundamentals of Automatics
Faculty of Mechanical Engineering and Ship TechnologyField of study: Transport and Logistics
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Ship Operability
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Power Plants and Equipment
Field of study: Ocean Engineering
Specialization: Marine Power Plants and Equipment
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Fundamentals of automation
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
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Fundamentals of Automatics
Faculty of Mechanical Engineering and Ship TechnologyField of study: Transport and Logistics
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Fundamentals of Automatics
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Specialization: Energy Technologies
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Basics of automation
Faculty of Mechanical Engineering and Ship TechnologyField of study: Design and Construction of Yachts
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Modelling and Simulation of Control Systems Applied in Energy Technologies (WOiO)
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
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Okrętowe układy automatyki
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Naval Architecture
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Sterowanie turbin wiatrowych
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design and Construction of Offshore Power Systems
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Fundamentals of Ship Automation
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
Field of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
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Automatic control of flow machines
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Fluid-Flow Machinery
Field of study: Power Engineering
Specialization: Fluid-Flow Machinery
Field of study: Power Engineering
Specialization: Fluid-Flow Machinery
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Fundamentals of Ship Automation
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
Field of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
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Fundamentals of Atomation
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
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Fundamentals of Automatics
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
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Monitoring of Ship
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Power Plants and Equipment
Field of study: Ocean Engineering
Specialization: Marine Power Plants and Equipment
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Sterowanie turbin wiatrowych
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design and Construction of Offshore Power Systems
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Ship Operability
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Power Plants and Equipment
Field of study: Ocean Engineering
Specialization: Marine Power Plants and Equipment
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Fundamentals of Ship Automation
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
Field of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
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Fundamentals of Atomation
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: Energetyka (PL)
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Theory Control of Transprt Systems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Transport and Logistics
Specialization: Water Transport Systems
Field of study: Transport and Logistics
Specialization: Water Transport Systems
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Fundamentals of Automatics
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
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Field of study: Ocean Engineering
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Ship design towards optimum design of propulsion system
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
Field of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
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Designing of Floating Objects 2
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
Field of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
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Designing of Floating Objects 2
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
Field of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Natural Resources Engineering
Field of study: Ocean Engineering
Specialization: Marine Natural Resources Engineering
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Fundamentals of Atomation
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
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
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Fundamentals of Atomation
Faculty of Ocean Engineering and Ship Technology -
Selected problems of adjustment and control of Propulsion systems
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Turbine Propulsion in Land, Ocean and Air Transport
Field of study: Power Engineering
Specialization: Turbine Propulsion in Land, Ocean and Air Transport
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Monitoring of Ship
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Power Plants and Equipment
Field of study: Ocean Engineering
Specialization: Marine Power Plants and Equipment
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Automatyka
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Field of study: Ocean Engineering
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Power Plant Automation
Faculty of Ocean Engineering and Ship Technology -
Automation of Ocean Engineering Systems and Devices
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Natural Resources Engineering
Field of study: Ocean Engineering
Specialization: Marine Natural Resources Engineering
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Dynamic response of propulsion system in sea waves and winds
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
Field of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
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Fundamentals of Automatics
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
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Modeling and simulation of control systems applied in energy technologies
Faculty of Electrical and Control EngineeringField of study: Power Engineering
Specialization: Energy Technologies
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Shipbuilding and Yacht Construction
Field of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Shipbuilding and Yacht Construction
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Maritime Management and Marketing
Field of study: Ocean Engineering
Specialization: Maritime Management and Marketing
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Marine Machinery, Power Plants and Equipment
Field of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Marine Machinery, Power Plants and Equipment
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Hydrodynamics of floating offshore structures
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Exploration of Sea and Ocean Resources
Profile: Exploatation of Sea Mineral Resources
Field of study: Ocean Engineering
Specialization: Exploration of Sea and Ocean Resources
Profile: Exploatation of Sea Mineral Resources
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Dynamic response of propulsion system in sea waves and winds
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
Field of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
Field of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
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Ship Control
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
Field of study: Transport
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Fatigue Strenght Assessment of Ship Structures
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
Field of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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Fundamentals of automatics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
Specialization: Energy Technologies
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Designing of Floating Objects 2
Faculty of Ocean Engineering and Ship Technology -
Modelling and Simulation of Control Systems Applied in Energy Technologies (WOiO)
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
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Fundamentals of Automatics
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
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Essentials of Automatics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
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Fundamentals of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Technologies
Field of study: Power Engineering
Specialization: Energy Technologies
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Fundamentals of Atomation
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
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Designing of Floating Objects
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
Field of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
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Ship design towards optimum design of propulsion system
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
Field of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
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Modeling and simulation of control systems applied in energy technologies
Faculty of Electrical and Control EngineeringField of study: Power Engineering
Specialization: Energy Technologies
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Power Plant Automation
Faculty of Ocean Engineering and Ship Technology -
Essentials of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
Field of study: Power Engineering
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Technology of Subsea Controls
Faculty of Ocean Engineering and Ship Technology -
Technology of Subsea Automation Systems
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Exploration of Sea and Ocean Resources
Profile: Underwater Technologies
Field of study: Ocean Engineering
Specialization: Exploration of Sea and Ocean Resources
Profile: Underwater Technologies
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Fundamentals of Atomation
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
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Modelling and Simulation of Control Systems Applied in Energy Technologies
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Technologies
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Modeling and simulation of control systems applied in energy technologies
Faculty of Electrical and Control EngineeringField of study: Power Engineering
Specialization: Energy Technologies
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Shipbuilding and Yacht Construction
Field of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Shipbuilding and Yacht Construction
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Technology of Subsea Controls
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Exploration of Sea and Ocean Resources
Profile: Underwater Technologies
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Essentials of Automatics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
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Essentials of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
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Power Plant Automation
Faculty of Ocean Engineering and Ship Technology -
Ship Control
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Marine Machinery, Power Plants and Equipment
Field of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Marine Machinery, Power Plants and Equipment
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Maritime Management and Marketing
Field of study: Ocean Engineering
Specialization: Maritime Management and Marketing
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
Field of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
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Fundamentals of automatics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
Specialization: Energy Technologies
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Fundamentals of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Technologies
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Modelling and Simulation of Control Systems Applied in Energy Technologies (WOiO)
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Energy Technologies
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Fundamentals of Automatics
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
Specialization: Energy Technologies
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Fatigue Strenght Assessment of Ship Structures
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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-
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Marine Machinery, Power Plants and Equipment
-
Power Plant Automation
Faculty of Ocean Engineering and Ship Technology -
Technology of Subsea Controls - 2
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Underwater Technologies
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Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
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Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
-
Ship Control
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Maritime Management and Marketing
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Shipbuilding and Yacht Construction
-
Essentials of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
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Fundamentals of Atomation
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
-
Fundamentals of Automatics
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Energy Technologies
-
Fundamentals of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
Specialization: Energy Technologies
-
Essentials of Automatics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
-
Fundamentals of automatics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
Specialization: Energy Technologies
-
-
-
Essentials of Automatics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
-
Essentials of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
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Fundamentals of Automation - lecture
Faculty of Ocean Engineering and Ship Technology -
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship Technology -
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Marine Machinery, Power Plants and Equipment
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Shipbuilding and Yacht Construction
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Maritime Management and Marketing
-
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
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Fundamentals of Atomation
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
-
Ship Control
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
-
Technology of Subsea Controls - 2
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Underwater Technologies
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Fundamentals of Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
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-
-
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Exploration of Sea and Ocean Resources
Profile: Exploatation of Sea Mineral Resources
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Preparations for Final Examination
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
Specialization: Water Transport Means
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Fundamentals of Atomation
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
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Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
-
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Yachts
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Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Exploration of Sea and Ocean Resources
Profile: Exploitation of Seas and Ocean Resources
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Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Exploration of Sea and Ocean Resources
Profile: Ocean and Offshore Power Engineering
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Preparations for Final Examination
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
Specialization: Water Transport Systems
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Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Ship Propulsion Systems and Marine Equipment
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Diploma Thesis
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
Specialization: Water Transport Means
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Diploma Thesis
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
Specialization: Water Transport Systems
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Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
-
Essentials of Automatics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
-
Ship Control
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
-
Technology of Subsea Controls - 2
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Underwater Technologies
-
Essentials of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
-
Power Plant Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Marine Machinery, Power Plants and Equipment
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Maritime Management and Marketing
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Shipbuilding and Yacht Construction
-
Fundamentals of Automation - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Marine Machinery, Power Plants and Equipment
-
-
-
Preparations for Final Examination
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Design and Modeling of Energy Systems
Profile: Advanced Power Engineering Systems
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Maritime Management and Marketing
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Shipbuilding and Yacht Construction
-
MSc Diploma Thesis
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Design and Modeling of Energy Systems
Profile: Advanced Power Engineering Systems
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Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Marine Machinery, Power Plants and Equipment
-
Theory of Optimization - principles
Faculty of Applied Physics and Mathematics -
Fundamentals of Atomation
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
-
Ship Control
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
-
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
-
Essentials of Automatics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
-
Power Plant Automation - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
-
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Yachts
-
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
Specialization: Exploration of Sea and Ocean Resources
Profile: Exploatation of Sea Mineral Resources
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Essentials of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
-
Technology of Subsea Controls – 2
Faculty of Applied Physics and MathematicsField of study: Nanotechnology
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Fundamentals of Automation - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
-
Power Plant Automation - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Technology of Subsea Controls - 2
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Underwater Technologies
-
-
-
Essentials of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
-
Technology of Subsea Controls - 2
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Underwater Technologies
-
Power Plant Automation - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Automation and Robotics - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Automation and Robotics
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Automation and Robotics
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Fundamentals of Automation and Robotics - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
-
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
-
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
-
Basics of Automatics and Robotics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
-
Fundamentals of Automation - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
-
-
-
Ship Control
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
-
Automation and Robotics
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Automation and Robotics - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Essentials of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
-
Fundamentals of Automation - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
-
Fundamentals of Automation and Robotics - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
-
Basics of Automatics and Robotics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
-
Theory of Optimization - principles
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
-
Power Plant Automation - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Power Plant Automation - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Fundamentals of Ship Automation
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
-
-
Fundamentals of Automation and Robotics - lecture
Faculty of Ocean Engineering and Ship TechnologyField of study: Power Engineering
-
Basics of Automatics and Robotics
Faculty of Electrical and Control EngineeringField of study: Power Engineering
-
Automation and Robotics
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Machinery, Power Plants and Equipment
-
Essentials of Automatics
Faculty of Mechanical EngineeringField of study: Power Engineering
-
Reviewed papers list
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An investigation into the characteristics and optimisation of a high-pressure common rail injection system
MSc Eng. Nao Hu - University of Strathclyde, Faculty of Engineering, Department of Naval Architecture, Ocean & Marine Engineering - 2017
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