MİM191 | 2024-2025 Güz Dönemi Öğrenci Projelerinden Örnekler
Studio Coordinators: Assist. Prof. Dr. Elif Selena Ayhan Koçyiğit, Assist. Prof. Dr. Melek Pınar Uz Baki, Inst. Tevfik Gürsu, Inst. Dr. Rabia Çiğdem Çavdar, Inst. Dr. Leyla Etyemez Çıplak, Res. Assist. Aysema Ülke
Phase 1: Students were asked to make an organization achieving balance, rhythm, harmony and unity in their design by using one or more of the systems of organizations which are linear, axial, central/multi-central, radial, and gridal. they created at least two groups composed of min 4, max 7 geometric shapes. one of these groups contains a composite geometric shape that can be defined by added or subtracted geometric elements. While developing their design with the repetition of these groups at least 3 times, they used variation, repetition, rotation, growth and intersection both in the groups and the figures within those groups.
Phase 2: Students started to this phase by watching the rhythmic gymnastics performance with hoop, ball, clubs, ribbon or rope that they selected. they observed the movement of bodies and their tools in relation to the music and explored their relationship. they examined the performance by identification of its different elements, characteristics, and layers and analyzed the performance by questioning rhythm, changing proximity and distance of the bodies and tools, velocity/velocities of the movement(s) (acceleration, deceleration), direction/directions of the movement(s) (rotation, oscillation, changing direction, and orientation), relations of the bodies and tools, equivalent volumetric representations, and togetherness and similar/different aspects of two or more characters.
In light of their analyses and findings, they created at least two groups by using planar and linear elements. each group includes minimum 4 volumes that are interconnected and have volumetric flows. They used main groups, variations and transition groups and their repetition, transformation, growth etc. to create an organization. the organization is minimum 35 cm – maximum 50 cm in any direction (x-y-z) and considers volumetric flow, variations, and the unity of the design.