Lecturer(s)
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Veselský Jan, MgA.
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Psotková Sabina, MgA.
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Course content
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- Interconnection and influence between particular material elements of a designed product - Mechanical and physical-chemical characteristics of input materials and their origin, composition and production - Appropriate implementation of suitable materials and production procedures - The final product real shape and increase its utility value
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Learning activities and teaching methods
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Lecturing, Demonstration, Projection (static, dynamic)
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prerequisite |
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Knowledge |
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General overview of the technologies, their origin and development. |
General overview of the technologies, their origin and development. |
learning outcomes |
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The student has deeper knowledge of used materials and production technologies in design. The student is able to analyse input materials, such as paper, metal, steel, wood and plastics, their origin and production technology. The student is able to classify these materials and utilize them in the designed product and production technology. |
The student has deeper knowledge of used materials and production technologies in design. The student is able to analyse input materials, such as paper, metal, steel, wood and plastics, their origin and production technology. The student is able to classify these materials and utilize them in the designed product and production technology. |
Define the key concepts forming the theoretical basis for the development of the assignment. |
Define the key concepts forming the theoretical basis for the development of the assignment. |
Justify the choice of technologies and materials used for the task. |
Justify the choice of technologies and materials used for the task. |
Describe the methods used in the development of the assignment. |
Describe the methods used in the development of the assignment. |
Justify the choice of visualisation method. |
Justify the choice of visualisation method. |
List the ethical issues involved in the solution. |
List the ethical issues involved in the solution. |
Skills |
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Identify the problem. |
Identify the problem. |
Analyse the current state of the problem. |
Analyse the current state of the problem. |
Propose alternatives/solution options. |
Propose alternatives/solution options. |
Evaluate the proposed options - select the optimal solution. |
Evaluate the proposed options - select the optimal solution. |
Implement the design/model/prototype and present the project. |
Implement the design/model/prototype and present the project. |
teaching methods |
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Knowledge |
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Lecturing |
Lecturing |
Demonstration |
Demonstration |
Projection (static, dynamic) |
Projection (static, dynamic) |
assessment methods |
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Oral examination |
Oral examination |
Analysis of educational material |
Analysis of educational material |
Preparation of a presentation |
Preparation of a presentation |
Recommended literature
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Pluhař, J. a kol. Nauka o materiálech. Praha : SNTL, 1989.
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Raab, Miroslav. Materiály a člověk : (netradiční úvod do současné materiálové vědy). 1. vyd. Praha : Encyklopedický dům, 1999. ISBN 8086044130.
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Štěpek, J., Zelinger, J., Kuta, A. Technologie, zpracování a vlastnosti plastů. Praha 1989.
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