| 1 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
Lecturing on the concepts of shape, shape, geometric abstraction and transformation. Explanation of transformation types with examples from nature, art and architecture. Form studies will be applied in 2-dimensional (sketch) and 3-dimensional (model) planes with the addition of lecture and addition method. |
PowerPoint Presentation,
In-class practices |
| 2 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
With the addition method, 2 dimensional (sketch) and 3 dimensional (model) applications will be made on a A3 plane of form studies. |
PowerPoint Presentation,
In-class practices |
| 3 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
The subject of deformation (transformation) with the reduction method and the application of form studies with the reduction method in 2 dimensional (sketch) and 3 dimensional (model) planes will be made. |
PowerPoint Presentation,
In-class practices |
| 4 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
Explaining Postöklid. Principal geometric forms, horizontal, vertical indoor structure studies, practice on the drawing paper with 25x25cm size and its multiples about Postöklid |
PowerPoint Presentation,
In-class practices |
| 5 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
Grid Systems (Grid Systems) lecture.
Application will be made in 2 dimensional (sketch) and 3 dimensional (model) planes. |
PowerPoint Presentation,
In-class practices |
| 6 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
Application will be made in 2D (sketch) and 3D (model) plane with Grid Systems method. |
PowerPoint Presentation,
In-class practices |
| 7 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
Lecturing of structure, form-structure, function-structure relations. Structure application examples (folded structures, pneumatic-inflatable membrane structures, tension structures, joining (attachment)-insertion-tensioning method) will be explained and application will be made in 2-dimensional (sketch) and 3-dimensional (model) planes regarding the subject of structure. |
PowerPoint Presentation,
In-class practices |
| 8 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
Euclidean geometry lecture.
Application will be made in 2 dimensional (sketch) and 3 dimensional (model) planes. |
PowerPoint Presentation,
In-class practices |
| 9 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
By using Euclidean geometry, the application will be made in the relevant 2-dimensional (sketch) and 3-dimensional (model) plane. |
PowerPoint Presentation,
In-class practices |
| 10 |
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MID-TERM EXAM |
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| 11 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
Lecturing of post-Euclidean (non-Euclidean) geometries (elliptic, hyperbolic, fractal (fractional)).
Application will be made in 2 dimensional (sketch) and 3 dimensional (model) planes. |
PowerPoint Presentation,
In-class practices |
| 12 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
Application will be made in the relevant 2 dimensional (sketch) and 3 dimensional (model) plane by using the Post-Euclidean geometry. |
PowerPoint Presentation,
In-class practices |
| 13 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
Lecturing on the concepts of anthropometry, proportion, human dimensions and ergonomics and its application in 2 dimensional (sketch) and 3 dimensional (model) planes will be made. |
PowerPoint Presentation,
In-class practices |
| 14 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
An application will be made in 2 dimensional (sketch) and 3 dimensional (model) planes related to the subject of anthropometry. |
PowerPoint Presentation,
In-class practices |
| 15 |
Paper: A3 size paper (20 sheets), colored construction paper; Cutting tools: scissors, craft knife; Adhesives: tape, liquid glue; Rulers: 30 cm metal ruler, 45 and 60 degree set squares, T-square; Pencils: 2H, H, B, 2B pencils, eraser; Sketchbook (A4); 3 mm foam board; duralite; hot glue gun, flexible fabrics, wooden sticks, metal wire, string |
Presentation of all prepared studies |
PowerPoint Presentation,
In-class practices |
| 16 |
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FINAL EXAM |
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| 17 |
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FINAL EXAM |
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