Gdanks university

Poland

Gdańsk University of Technology

Faculty of Mechanical Engineering and Ship Technology

Teaching and scientific research work is carried out in the Faculty in four institutes: Inst. of Naval Architecture, Inst. of Energy, Inst. of Mechanics and Machine Design, and Inst. of Manufacturing and Materials Technology. The Inst. of Ocean Eng. and Ship Technology includes the following departments: Department of Subsea Robotics, Department of Ship Technology, Department of Marine Hydromechanics and Hydroacoustic, Department of Marine Power Plants, Department of Marine Auxiliary Machinery, Department of Marine Energy and Control, Department of Marine Structural Engineering, Department of Applied Computer Science, Department of Ship Design, Department of Wind Energy.

UNIVERSITY
Acronym:
WIMiO
Address:
Narutowicza Street 11/12, 80-233, Gdansk Wrzeszcz, Poland

Research

The Institute of Naval Architecture at Gdańsk University of Technology conducts research in various areas of maritime engineering, integrating experimental testing, computational modeling, and innovative design. Its research covers ship structures, marine power systems, control and automation, hydromechanics, hydroacoustics, marine auxiliary machinery, and subsea robotics, as well as offshore wind power.
In ship structures and technology, the institute focuses on ship design, structural integrity, composite materials, and fatigue analysis. Marine power systems research includes hybrid propulsion, energy recovery, and efficiency optimization. The control systems and automation group works on modelling, simulation, and diagnostics of dynamic ship systems, including turbines and automation. Hydromechanics and hydroacoustics research involves ship hydrodynamics, seakeeping, stability, and noise reduction. Marine auxiliary machinery studies cover anchoring, mooring, steering, propulsion, and offshore renewable energy devices. In subsea robotics, the institute develops autonomous underwater vehicles for military and industrial applications.
The institute has specialized facilities, including a towing tank for resistance, propulsion, and seakeeping tests, and a ship structure and strength laboratory for structural testing and fatigue analysis. The turbine research lab investigates rotor forces and sealing effects, while the automation and robotics lab supports modelling and control system development. The tribology lab focuses on friction, lubrication, and coatings for marine applications. The subsea robotics facilities enable the development and testing of underwater vehicles, including mine destroyers.

With strong industry collaborations, the institute plays a key role in advancing shipbuilding technology, contributing to sustainable maritime engineering and energy efficiency.

Studies

The Faculty of Mechanical Engineering and Ship Technology at Gdańsk University of Technology offers a diverse range of study programs. These include Power Engineering, Mechanical-Medical Engineering, Machine and Ship Construction, Mechatronics, Mechanics and Machine Construction, Ships and Marine Structures, Yacht Design and Construction, Transport and Logistics, and Management and Production Engineering. Particularly, The Institute of Naval Architecture offers study programs in Naval Architecture and Offshore Structures, covering areas such as ship technology, offshore engineering, marine engineering, and offshore energy. The programs include both Bachelor’s and Master’s degrees, providing students with advanced knowledge in ship design, hydromechanics, marine power systems, and structural engineering. The curriculum integrates modern computational tools, practical design experience, and industry collaboration to prepare graduates for careers in maritime and offshore industries.

Undergraduate

Degree Title

Ship Manufacturing Technology Ship Power and Propulsion systems

Description

The BSc curriculum is more practically oriented and is designed to last 3.5 years (7 semesters), being divided into two parts.

Webpage:

https://oio.pg.edu.pl/en/b.sc.-level

Duration: 7

Requirements: Certificate of Secondary Education, with the following subjects taken into consideration: mathematics, physics, foreign language

N. Of Students Registered (on a yearly basis): 70

N. Of Students Graduating (on a yearly basis): 130

Postgraduate

Postgraduate Degree Title

MSc in: Naval Architecture and Shipbuilding Ship Power Plants Ship Equipment Yachts and Small Ships Numerical Methods in Mechanics and Design

Description

The MSc curriculum includes about 3800 hours of lectures, tutorials, seminars, laboratory classes and design projects. The MSc studies last 5 years (10 semesters).

Webpage:

https://oio.pg.edu.pl/en/m.sc.-level

Duration: 10

Requirements: Certificate of Secondary Education, with the following subjects taken into consideration: mathematics, physics, foreign language.

N. Of Students Registered (on a yearly basis): 150

N. Of Students Graduating (on a yearly basis): 120

More Informations

Accademic staff

Professors fulltime: 6, Associate Professors fulltime: 8 , Part time Professors: 1, Part time Associate professors: 1

Researchers

Researchers fulltime: 29, Associate Professors fulltime: 8, Part time Researchers: 1

Core Research Areas

fluid_dynamics/mechanics | hydrodynamics | manoeuvring_&_control | marine_engineering | materials | military_vessels | oceam_engineering | offshore_engineering | resistance_&_propulsion | seakeeping | small_crafts | ship_design | ship_safety

Number Of Projects (Last 5 Years)

Projects Completed: 17, Project Runnig: 10, Projects Forthcoming: 2

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