Math for Shape Design
Mathematics is essential when designing shapes using computers, such as in 3DCG, architectural design and digital fabrication. However, broader mathematical knowledge, typically acquired in engineering departments, is required to understand the principles involved in these areas. In addition, once the principles are understood, it takes time to progress to the 'making' stage. Consequently, many CAD software and graphics libraries have been refined to be accessible to users who may not have a deep understanding of mathematics, just as one can drive a car without knowing the engineering mechanisms behind it.
However, the functionality provided by such tools is primarily designed for the convenience of a broad user base. To customize them as personal tools, it is necessary to understand their inner workings and modify them independently. Mathematics is incredibly flexible. Mathematical imagination enhances the creativity of shape design and becomes a powerful tool for creating unique works that are exclusively yours. In this seminar, we aim to learn a wide range of mathematics related to shape design and further strive to put them into practice.