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Specialisations
Biomaterials
Duration: 1.5 years
Starts in: February
In this interdisciplinary course, students will gain knowledge and skills in the area of advanced material science with a special focus on materials for medical applications. The main aim of the course is to develop knowledge in biomaterials including biomaterials design, characterization, fabrication and application in different fields of medicine. The students will learn about metals, ceramics, polymers, and composites used in medicine, and a role of materials science in their design and optimization. The course will also provide an insight into modern methods of shaping material properties, design, and manufacturing, in the aspect of their interaction with the living cells, and replacement or regeneration of tissues and organs. Other topics include the impact of the living organism on the biomaterial and implant behaviour, degradation of various biomaterials, basic of cells and tissue biology, biocompatibility, biophysical, biochemical and biomechanical requirements for biomaterials and medical devices.
Materials for energy
Duration: 1.5 years
Starts in: February
This interdisciplinary course equips students with the knowledge and skills necessary in the area of advanced materials science, with a particular focus on materials for energy-related applications. The main objective of the course is to develop expertise in materials used in energy generation, storage, and conversion, including their design, characterization, fabrication, and application in diverse energy sectors. Students will explore metals, ceramics, polymers, and composites utilized in renewable and conventional energy systems, and the role of materials science in optimizing their performance. The program will also cover modern methods for for adapting material properties to meet energy efficiency, sustainability and environmental impact requirements. Key topics include material behavior under extreme conditions, degradation mechanisms, energy storage technologies (such as batteries and supercapacitors), materials for photovoltaics, fuel cells, and thermoelectrics. The course will provide insight into the principles of energy conversion, material interactions within energy systems, and future trends in materials for the energy sector.