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Key learning outcomes
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The professionally oriented bachelor's degree program is designed for science-focused students with an interest in chemistry and physics and their practical applications, ranging from large-scale inorganic technologies to small-scale specialized materials and technologies. The program is offered in close collaboration with three departments of the Faculty of Science at Palacký University in Olomouc and external industrial partners. The core of the study consists of specialized knowledge in fundamental chemical (inorganic, organic, analytical, and physical chemistry) and physical (electricity and magnetism, optics, mechanics, the physics of the micro-world and structure of matter, relativity theory, quantum physics) disciplines. Students will expand and refine their knowledge in the main subjects through elective courses. Additionally, they will gain expertise in the areas of solid-state physics, algebra and mathematical analysis, industrial technologies and processes, toxicology and handling of chemicals and waste, information technologies, material and data analysis, administration, and management. Knowledge from these specialized subjects will be practically applied in seminars and exercises, where students will acquire valuable practical skills and experience working in chemical and physical laboratories and processing the collected data. The program aims to train students who, through collaboration with external industrial partners, will gain excellent practical skills in the production, characterization, and optimization of materials, their properties, and manufacturing processes that are used or applicable in practice. Emphasis will also be placed on the ability to actively communicate discipline-specific topics, both in Czech and English.As part of the professionally oriented study program, students will participate in excursions and practical internships with selected partners in the chemical and technology industries, where they will become familiar with the real operations of partner organizations. In collaboration with companies, students will also work on their thesis projects, which will focus on topics corresponding to the educational goals, primarily in the area of solid-state inorganic materials and their industrial and electrotechnical applications.
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