Contact
19 Piastów Avenue, 70-310 Szczecin
Tel. + 48 91 449 4551
Fax: + 48 91 449 4346
e-mail: dziekanat.wimim@zut.edu.pl
Courses of studies
Power Engineering; Transport; Mechatronics, Materials Engineering, Mechanical Engineering; Management and Production Engineering
Postgraduate studies
Welding supervision by European standards; Computer designing of injection molds and products; Manager and auditor of quality management system; Polymers processing; Polymers Recycling
Doctoral studies in scientific fields
Machine construction and operation and Materials engineering
Main research directions
- Modeling static and dynamic properties of machines and elimination of vibration and increasing their accuracy
- Computer-aided design, construction and technology
- Intensification of machining and forming technological processes
- Machining flexible automation and computer integration
- Manufacturing machines and new interactive control
- Tribology and modeling of contact phenomena in structural connections
- Research into multi-jackbolt connections; modeling and calculation of unsteady fluid flow
- Model and operating research into spark ignition and compression ignition engines
- Analysis of combustion processes of conventional and alternative fuels
- Increasing the efficiency of power generation equipment; acquisition and use of renewable sources of energy, geothermal and solar energy included
- Heat and mass exchange in hyperbaric environment; modeling and research into subcritical and supercritical assemblies, ORC
- Structure and physical properties of multiphase polymer systems
- Polymer biocomposites
- Polymer materials from renewable sources
- Nanocomposite polymers with carbon nanotubes, graphenes and magnetic nanoparticles
- Physico-chemical properties of biologically and technically important compounds and phenomena of polarization relaxation in ferroelectric crystals
- Epoxy plastics used as foundations for under machines and equipment
- Recycling; increase in functional features of machines and equipment elements by modifying their microstructure
- New welding technologies
- Modern technologies of surface engineering, Al-Si coatings and coatings for medical applications included
- Developing new materials and research into electrical, magnetic, optical, and thermal properties of technically and biologically important compounds
- Modeling of spectroscopic properties of transition metal ions in selected materials.
Cooperation with industry and business
The scope of cooperation includes:
- assessment, development and implementation of new material technologies and innovative energy technologies
- research and development in the field of welding, improvement of production processes included
- acquisition and use of renewable energy sources, operating and assessing RES installations
- classification research into metallurgical products and welded joints, materials for foundation cushions under machines and equipment
- technological and strength research into construction materials, machine and construction elements
- expert opinions on reasons for destruction of machines and construction elements and technical condition of machines
- operating and model analyses of engine operating parameters
- assessment of the total emissions from the operation of various means of transport
- use, operation, and evaluation of usable energy acquired from various renewable energy installations
- assessment of applied technologies and development of innovative technologies to be used in the thermal power industry
- design and analysis of machines with the use of innovative mechatronic solutions
- development of intelligent control and supervision systems
- modal analysis of typical mechanical constructions and MEMS, 3D measurements, research on geometric accuracy of machine tools, surface parameters, modal analysis.
Offer to foreigners
Students exchange within the Erasmus Programme; Learning foreign languages includes roughly 50 courses