Graphene 1200-2MON18Z
The aim of this lecture is to present in the systematic way the vast and fast expanding part of material science which is focused on graphene and 2 D materials. During consecutive meetings the following topics will be covered:
-introduction with short description of necessary fundamental concepts from chemistry, physics and material engineering
- various methods of graphene synthesis
-unique properties of graphene and their explanation
-physicochemical characterization of graphene and carbon materials
-interesting current and future application
-graphene and biomimetics
-other 2D materials, perspectives, topics “currently under-investigation”
Total workload: 35 hours, including:
Participation in lectures: 15 hours
Consultations: 5 hours
Preparation of a scientific article and presentation, as well as participation in discussion: 15 hours
Type of course
Mode
Prerequisites (description)
Course coordinators
Learning outcomes
-to enlarge ones knowledge about graphene (from methods of synthesis and properties up to applications)
-to explain crucial concepts of nanoscience
-to motivate to be up-to-data with wide literature
Knowledge
K_W02 Aspects of the structure and operation of modern measuring equipment supporting scientific research in a chemical laboratory.
K_W07 Principles of operation, properties, and applications of various types of biosensors.
K_W08 New methods and techniques for conducting medical analyses outside specialized diagnostic laboratories.
K_W16 Selected advanced chemical, physical, and biological phenomena and processes.
K_W20 Methods of obtaining nanomaterials for biomedical applications and the ability to list methods of their synthesis from the perspective of organic and inorganic chemistry.
K_W21 Methods for the characterization of nanomaterials used in medicine, in particular correlations between structural, physicochemical, spectroscopic, and chromatographic methods.
K_W22 Methods of distribution of nanomaterials in the human body, their elimination pathways, their interactions with individual tissues, as well as knowledge in the field of nanomaterial toxicology.
Skills
K_U02 Apply appropriate methods, techniques, research tools, and IT tools necessary to explain a given research problem.
K_U12 Independently acquire knowledge and develop professional skills using various sources, including foreign-language sources.
K_U13 Prepare oral presentations and written papers in Polish on selected topics, including a description and justification of the aim of the work, the adopted methodology, results and their significance in comparison with other similar scientific/research works, using basic theoretical approaches and various sources.
K_U14 Express opinions on professional issues and provide arguments supporting them, both in specialist and non-specialist environments.
K_U20 Use professional literature, databases, and other sources of information, and evaluate the reliability of acquired information.
K_U22 List the basic types of nanoparticles used in diagnostics and understand the fundamental physical phenomena underlying them.
Social Competences
K_K01 Commitment to continuous professional development and independent searching for information in the literature, including foreign-language sources.
K_K02 Adherence to professional ethics and requiring the same from others (with conviction about the importance of professional conduct).
K_K04 Critical evaluation of scientific and popular science content.
K_K05 Ability to define the scope of one’s own knowledge and skills and to improve professional and personal competences.
K_K07 Ability to critically assess the level of advancement of one’s own knowledge (and, in case of difficulties in independently solving a problem, to seek expert advice) as well as to independently undertake and initiate simple research activities.
Assessment criteria
The selected scientific article’s elaboration (or chosen topis) for 5-15 minutes presentation.
Bibliography
1. "Grafen. Otrzymywanie. Charakteryzacja. Zastosowania", A.Huczko, A.Dąbrowska, M.Kurcz, WUW, Warszawa 2016
2. up-to-data literature systematically announced during lectures
Notes
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Term 2025Z:
None |
Additional information
Additional information (registration calendar, class conductors, localization and schedules of classes), might be available in the USOSweb system: