Arch1113 Mimari Geometri ve Çizim

The aim of this course is to introduce students to the fundamental principles of architectural geometry, the basic techniques used for generating and transforming geometric shapes, and the descriptive geometry by the methods of drawing and model making. It is also intended to improve the students’ perception skills of geometric forms two-and three-dimensionally.

The process is the course is as follows:

Introduction to Drawing Techniques: line types, line weights, line quality, lettering and scale -Multi-view drawings: Orthographic projection -Exercise: drawing top and side views of 3D objects

Multi-view drawings: Orthographic projection -Exercise: drawing top and side views of 3D objects

Section Drawings -Exercise: drawing plan and sections

Paraline drawings: Axonometric projection (isometric, dimetric, trimetric & oblique projections) -Exercise: drawing axonometric views of objects

Exploded, cut-away axonometric & oblique drawings -Exercise: drawing sectional axonometric views

Perspective drawings: one-point perspective -Exercise: drawing one and two-point perspective

Perspective drawings: two-point perspective -Exercise: drawing one and two-point perspective

Workshop: Polyhedra and Polyhedral Surfaces: Platonic Solids, Archimedean Solids and Geodesic Spheres

Workshop: Planar Transformations: -Translation, Rotation and Reflection in the Plane -Tessellation Technique

Workshop: Curved and Freeform Surfaces: Rotational Surfaces

Workshop: Curved and Freeform Surfaces: Ruled Surfaces Assignment (drawing)

Workshop: Folded Plates Assignment (model making)

FINAL PROJECT: Designing a free-form curved surface

The aim of this course is to introduce students to the fundamental principles of architectural geometry, the basic techniques used for generating and transforming geometric shapes, and the descriptive geometry by the methods of drawing and model making. It is also intended to improve the students’ perception skills of geometric forms two-and three-dimensionally.

The process is the course is as follows:

Introduction to Drawing Techniques: line types, line weights, line quality, lettering and scale-Multi-view drawings: Orthographic projection-Exercise: drawing top and side views of 3D objects

Multi-view drawings: Orthographic projection-Exercise: drawing top and side views of 3D objects

Section Drawings-Exercise: drawing plan and sections

Paraline drawings: Axonometric projection (isometric, dimetric, trimetric & oblique projections)- Exercise: drawing axonometric views of objects

Exploded, cut-away axonometric & oblique drawings- Exercise: drawing sectional axonometric views

Perspective drawings: one-point perspective-Exercise: drawing one and two-point perspective

Perspective drawings: two-point perspective-Exercise: drawing one and two-point Introduction to Rhino: the interface, commands, modeling- Workshop: Planar Transformations: Translation, Rotation and Reflection in the Plane-Tessellation Techniqueperspective

Rotational Surfaces

Translational Surfaces

Polyhedral Surfaces

Ruled Surfaces

FINAL PROJECT: Designing a free-form canopy or shelter structure

The aim of this course is to introduce students to the fundamental principles of architectural geometry, the basic techniques used for generating and transforming geometric shapes, and the descriptive geometry by the methods of drawing and model making. It is also intended to improve the students’ perception skills of geometric forms two-and three-dimensionally.

The process is the course is as follows:

Introduction to Drawing Techniques: line types, line weights, line quality, lettering and scale-Multi-view drawings: Orthographic projection-Exercise: drawing top and side views of 3D objects

Multi-view drawings: Orthographic projection-Exercise: drawing top and side views of 3D objects

Section Drawings-Exercise: drawing plan and sections

Paraline drawings: Axonometric projection (isometric, dimetric, trimetric & oblique projections)- Exercise: drawing axonometric views of objects

Exploded, cut-away axonometric & oblique drawings- Exercise: drawing sectional axonometric views

Perspective drawings: one-point perspective-Exercise: drawing one and two-point perspective

Perspective drawings: two-point perspective-Exercise: drawing one and two-point Introduction to Rhino: the interface, commands, modeling

Workshop: Planar Transformations: Translation, Rotation and Reflection in the Plane-Tessellation Techniqueperspective

Rotational Surfaces

Translational Surfaces

Polyhedral Surfaces

Ruled Surfaces

FINAL PROJECT: Designing a free-form canopy or shelter structure