Design of Electrospinning Device for Production of Bio-functionalised Nanofiber Material
The project is focused on the design of the new variant of an AC electrospinning device for production of polymeric nanofibers functionalised by suitable additives for biomedical applications
Length of the traineeship: 2 months
Supervisor: Assoc. Prof. Jan Valtera, Department of Textile Machine Design
Adaptable Mechanisms for Machines
The project will deal with the design and optimization of mechanism structures for adaptive transformation of movements.
Length of the traineeship: 2 months
Supervisor: Ph.D. Šimon Kovář, Department of Textile Machine Design
Transient Numerical Simulations in Fluid Mechanics and Heat Transfer
The main objective of this project is familiarization with the basic transient problems in fluid mechanics and heat transfer. A special emphasis should be put on a thorough comprehension of transient (unsteady) numerical simulations.
Length of the traineeship: 1 - 2 months
Supervisor: Ph.D. Jan Kracík, Department of Power Engineering Equipment
Numerical and analytical computations in supersonic flows
The main objective of this project is familiarization with the basic problems in compressible and supersonic flows.
Length of the traineeship: 1 - 2 months
Supervisor: Ph.D. Jan Kracík, Department of Power Engineering Equipment
Machine Learning and Machine Vision with Python in Thermodynamic and Fluid Mechanics Research
This internship is oriented towards the practical implementation of open-source machine learning and computer vision tools within applied research in thermodynamics and fluid mechanics, with a particular focus on power engineering systems.
Length of the traineeship: 3 months
Supervisor: Eng. Ondřej Burian, Department of Power Engineering Equipment
Robotic workplace control with use of Unistream PLC
The project deals with a control of a robotic workplace by the Unistream PLC.
Length of the traineeship: 2 months
Supervisor: Ph.D. Ondřej Matúšek, Department of Glass Producing Machines and Robotics
Transcendental Topological Optimization of Machine Components
The goal of the internship is to include time-varying mechanical values in the design of machine components and to combine property modeling technology with artificial intelligence to enable the design of single-purpose machine components.
Length of the traineeship: 2 - 4 months
Supervisor: Prof. Ladislav Ševčík, Department of Machine Parts and Mechanisms
Light structures for autonomous electric utility vehicles
The internship focuses on material development, design and production of one-piece composite elements that create a chassis frame for autonomous utility vehicles with very high strength and resistance to dynamic loads and adverse climatic and operational conditions.
Length of the traineeship: 2 - 12 months
Supervisor: Assoc. Prof. Michal Petrů, Department of Machine Parts and Mechanisms
PLLA Bio-Composites Development (filler preparation, physical and chemical modification, processing)
The project is focused on the development of PLLA bio-composites with all components made from renewable materials.
Length of the traineeship: 1 - 6 months
Supervisor: Ph.D. Pavel Brdlík, Department of Engineering Technology
Corrosion Behaviour of Alloys in Molten Glass
The research consists of carrying out corrosion tests of metal alloys in different types of molten glass, analysing the corrosion attack of alloys and description of corrosion mechanism of alloys in molten glass.
Length of the traineeship: 1 month
Supervisor: Assoc. Prof. Adam Hotař, Department of Material Science
Surface Treatment of Materials to Improve Performance Properties
The aim is to educate students on different approaches to material characterization and techniques utilized in surface treatments.
Length of the traineeship: 2x1 month
Supervisor: Ph.D. Totka Bakalová, Department of Material Science
Design of Rotation Spinning Electrode for Production Nanofibers by AC-electrospinning
The project is focused on the design of a new type of electrode for AC-electrospinning, which rotates during the process
Length of the traineeship: 2 months
Supervisor: Ph.D. Ondřej Baťka, Department of Textile Machine Design
Determination of the Forming Limit Diagrams (FLD) by using the different methods (cross-section and time dependent ones)
The project is focused on the material limit states in light of the determination Forming Limit Diagrams (FLD).
Length of the traineeship: 1 month
Supervisor: Ph.D. Jiří Sobotka, Department of Engineering Technology
Acoustic Insulation of Sound-Absorbing Screens
The aim of this internship is to delve into issues related to acoustic insulation with a particular focus on the development and testing of sound-absorbing screens.
Length of the traineeship: from 2 to 6 months
Supervisor: Ph.D. Katarzyna Buczkowska, Department of Material Science
Eco-friendly Insulation Materials for Construction
The aim of this internship is to investigate and contribute to the development of eco-friendly insulation materials for use in the construction industry.
Length of the traineeship: from 2 to 6 months
Supervisor: Ph.D. Katarzyna Buczkowska, Department of Material Science
Energy Storage in Geopolymer Composites
The aim of this internship is to delve into issues related to energy accumulation in geopolymer composites through practical experience and research under the supervision of experts in the field of construction materials and material engineering.
Length of the traineeship: from 2 to 6 months
Supervisor: Ph.D. Katarzyna Buczkowska, Department of Material Science
Research and Development of Vibration Assisted Electrode for Production of Nanofibers
The project is focused on the design of new type of electrospinning electrode for AC electrospinning technology capable of spinning polymeric solutions under specific conditions.
Length of the traineeship: 2 months
Supervisor: Assoc. Prof. Jan Valtera, Department of Textile Machine Design
The Development of Biodegradable Films
The project is focused on developing PLA biodegradable foils using multilayer blown film technology
Length of the traineeship: 1 - 6 months
Supervisor: Ph.D. Pavel Brdlík, Department of Engineering Technology
Improving the Performance Properties of Geopolymer Composite Materials
The course focuses on working with geopolymer composites, from sample preparation to testing a comprehensive range of properties.
Length of the traineeship: 2x1 month
Supervisor: Ph.D. Martina Ryvolová, Department of Material Science
