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Lecturer(s)
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Kotikov Jana, MgA.
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Klabalová Eva, MgA. Ph.D.
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Vojta Oldřich, MgA. DiS.
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Course content
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1. Week - Assignment 1: Introduction and organization of work Introduction to the topic of the first assignment, requirements and expected outcomes. Definition of the individual project focus and work schedule. 2. Week - Research and concept development - Assignment 1 Research of sources of inspiration, contemporary design, materials and technologies. Development of research and conceptual materials and formulation of the main idea of the project. 3. Week - Design development - Assignment 1 Development of initial design proposals. Exploration of form, construction, functionality and aesthetics. Consultation and selection of the final design direction. 4. Week - Construction and technological preparation - Assignment 1 Development of the selected design into a feasible solution. Preparation of construction, patterns, materials and production processes. Creation of working models and verification of the proposed solution. 5. Week - Production - Assignment 1 Production of the model or collection from final materials. Practical verification of construction and technological processes, ongoing modifications and solving production-related issues. 6. Week - Completion and evaluation - Assignment 1 Finalization of the product or collection, finishing work and quality control. Presentation of the result, evaluation of the design and production process, and feedback. 7. Week - Assignment 2: Introduction to the project Introduction to the second assignment and its requirements. Definition of the individual project focus and expected outcomes. Initial research and development of the topic. 8. Week - Concept and design development - Assignment 2 Development of the concept and research materials. Development of design proposals, exploration of form, construction and functionality. Consultation and selection of the final design direction. 9. Week - Design development and construction preparation - Assignment 2 Further development of the selected design, including proportions, details, materials and technologies. Preparation of construction, patterns and working models. 10. Week - Working models - Assignment 2 Production and testing of working models. Practical verification of construction, materials and technological solutions. Modification of the design based on the results of testing. 11. Week - Final production - Assignment 2 Production of the final model or collection. Application of the proposed construction and technological processes, development of details and ongoing quality control. 12. Week - Completion and presentation preparation - Assignment 2 Finalization of the product or collection, finishing work, correction of deficiencies and quality control. Preparation of photographic, presentation and other required documentation. 13. Week - Final presentation and evaluation Presentation of the final project, its concept, design process and realization. Evaluation of the results of both semester assignments, quality of execution and the student's ability to connect the design and production processes. Note The time allocation of the individual stages of the course is indicative and may be adjusted according to the nature of the specific assignment, the scope of the project and the required submission deadline. For projects with an earlier submission deadline, the design and production process may be accelerated, and individual stages of the project may run concurrently. The course may be complemented throughout the semester by professional workshops, lectures and practical demonstrations led by internal and external experts from the fields of design, manufacturing, materials and related disciplines.
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Learning activities and teaching methods
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- Participation in classes
- 52 hours per semester
- Home preparation for classes
- 20 hours per semester
- Preparation for examination
- 28 hours per semester
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| prerequisite |
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| Knowledge |
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| No prerequisites are specified. |
| No prerequisites are specified. |
| Skills |
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| No prerequisites are specified. |
| No prerequisites are specified. |
| learning outcomes |
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| Knowledge |
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| The student is able to prepare product documentation so that it can be handed over to production. |
| The student is able to prepare product documentation so that it can be handed over to production. |
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Recommended literature
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Fashionary. Shoes edition. China: Fashionary. 2019.
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Fifty shoes that changed the world. London. 2009.
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Shoe design : a handbook for footwear designers. China. 2016.
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GOONETILLEKE, R.S. (Ed.). The Science of Footwear. xxiii, 702 s. Human Factors and Ergonomics.. Boca Raton, FL: CRC Press, 2013. ISBN 9781439835685.
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CHOKLAT, Aki. Footwear design. London: Laurence King Publishing, 2012. ISBN 9781856697453.
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MOTAWI, Wade a Andrea MOTAWI. Footwear pattern making and last design. Milton Keynes. 2020.
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