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Hossein Ghaemi Assist. Prof. Dept. of Ship Control and Turbine Propulsion

Gdańsk University of Technology. Hossein Ghaemi Assist. Prof. Dept. of Ship Control and Turbine Propulsion. Faculty of Ocean Engineering and Ship Technology. PROMARC Kick-off Meeting, Brest, 16th Oct. 2008. i n t r o d u c t i o n. Faculty of Ocean Engineering and Ship Technology (FOEST)

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Hossein Ghaemi Assist. Prof. Dept. of Ship Control and Turbine Propulsion

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  1. Gdańsk University of Technology Hossein GhaemiAssist. Prof. Dept. of Ship Control and Turbine Propulsion Faculty of Ocean Engineering and Ship Technology PROMARC Kick-off Meeting, Brest, 16th Oct. 2008

  2. i n t r o d u c t i o n • Faculty of Ocean Engineering and Ship Technology (FOEST) • The first faculty established in GUT • The only faculty in Poland which has beencontinuously educating engineers and doctors since the beginning of 1945 in the field of Marine Technologies • FOEST is a continuation of • The Faculty of Naval Architecture and MarineEngineering (1904) • The Faculty of Naval Architecture (1945) • The Ship Research Institute (1968)

  3. Laboratory for full - scale three - dimensional models of structural elements Model Basin, Cavitatio n Tunnel, Circulating Water Channel Ship Hydromechanics Experimental Centre in Ilawa Machinery and Ship Systems Laboratory Composite Technology Laboratory Laboratory Testing of Materials d epartment s Faculty of Ocean Engineering and Ship Technology Chairs Research Laboratories Chair of Mechanics and Strength of Ship Structures Chair of Underwater Technology, Hydromechanics and Design of Ships Chair of Ship Manufacturing, Materials and System Quality Chair of Ship Power Plants Chair of Ship and Ocean Structures Deck Equipment and Systems • 10Prof. • 9 Associate Prof. • 20 Assistant Prof. • 10 Seniour Lecturers • 19Lecturers • 38 technical staff Chair of Ship Control and Turbine Propulsion

  4. f u n d s r e s o u r c e s • Financing sources of the R&D activities: • Research Projects: 100% funded by the government • Applied Projects:up to 50% (70%) funded by KBN • Commercial Projects:100% funded by the Shipbuilding Industry

  5. e d u c a t i on MSc studies BSc studies

  6. e d u c a t i on – B o l o g n a S y s t e m • Ocean Engineering and Ship Technology • B.Sc. • Technology of Floating Objects • Power and Propulsion Systems • Management and Marketing in Maritime Economy • M.Sc. • Shipbuilding and Ocean Engineering • Machinery, Power Plants and Deck Equipment • Numerical Methods in Mechanics and Design • Energy and Power Systems • A joined program with Electrical and Control Eng. Faculty and Mechanical Faculty • B.Sc. • Automation of Power Systems • Turbo and Flow Machinery • Stationary Power Plant • Diagnostics of Power Systems • Green Power Systems • Energy and Power Systems Market • M.Sc. • Exploitation of Power Systems • Systems and Equipments of Power Plants

  7. g r a d u a t e s 1946– 2 0 0 3

  8. s t u d e n t s Number of students (2007): 1393 Number of graduates (2007): 163 Recruited students (2008/09): 560 !

  9. f a c i l i t i e s - 1 • Ship Hydromechanics Labs • Ship Automation and Turbines Lab. • Deck Equipment and Ship Machinery Lab. • Ship Research and Student Centre in Ilawa • Ship Machinery Lab. • Lab. of Ship Hull Structures (for full – scale experimental strength tests)

  10. f a c i l i t i e s - 2 • Open Air Laboratory for Ship Hydrodynamics in Ilawa • Towing Tank and Cavitation tunnel • Lab. for Underwater Vehicles and Composite Structures • Lab. of Material Science • Computer facilities, computer lab.

  11. s t r a t e g y FOEST educational strategy is ”combination of numerical methods and solutions with laboratory investigations to verify designs and improve the theoretical methods”. • Educating the engineers who have a good general knowledge base and are ready for solving different technical problems. • Giving our students the chance to be specialists in a wider range of sciences and technologies than before. However, the exercises, practices and experiments generally should be selected from the marine engineering field.

  12. r e s e a r c h • Application of 3D CAD-CAM-CAE and optimisation tools in design process • Application of CFD tools • Development in standards • New materials • New emerging technologies and techniques • Onboard safety and protection of environment • New generation of power plants and ship propulsion system • Innovative marine systems and equipment • Diagnosis and reliability of marine systems • Application of advanced methods in control systems • Application of new ICT tools • New methods in technical diagnostics

  13. c o - o p e r a t i o n • Membership: • Member of 4 international organisations • European programmes: • Participation in: • FPs (7 projects) • EUREKA (4 projects) • Leonardo da Vinci Programme (1 project) • Tempus (1 project) • Copernicus (1 project) • Phare ACE • Tessa • SOCRATES ERASMUS • Industry • Cooperation with 36 Polish and European industrial partners • Academia • Cooperation with 12 European universities and 6 other around the world

  14. T h a n k y o u

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