HOUSE FOR ARCHITECTS AND

ARTISTS / AFGH

Submitted to: Mo. Arch Anna YUNITSYNA

Submitted by: Vilma GOKAJ 02020906

EPOKA University

Faculty of Architecture and Engineering

Department of Architecture

3D Modeling Course

Arch 341

Introduction :

Architects: AFGH / Andreas

Fuhrimann – Gabrielle Hachler

(Switzerland)

Clients: Andreas Fuhrimann,

Gabrielle Hächler, Pipilotti Rist, Balz

Roth

Consutants: Reto Bonomo, Rüdingen

(Ing,), SJB.Kemptner.Fitze AG, Herisau

(Holzbauing.), Bauphysik Meier AG,

Dällikon

Project year: 2002-2003

Construction year: 2003-2004

Area: 1035 sqm

Budget: $2,2M CHF (USD$1,7M)

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Introduction :

General Functions

Create reasonably-priced residential space with high standards of living comfort for four differently sized parties.

Profit as much as possible on the one hand from the 3,000 m2 south-facing environs, and on the other from the north-facing view of the city.

Four apartments accessible via a two-storey entrance hall, each own internal staircase of one or two floors.

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Introduction :

Interior Spaces; Materials

Common place and unrefined materials such as concrete, timber, wood and galvanized steel were chosen, which animated each other when combined.

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Introduction :

Material Usage

The basement, the vertical stairwells and the partitioning walls between the

apartment units are made of concrete cast in situ (basic shuttering). This

guarantees that the fire proofing and acoustic demands set by the timber

elements, which constitute most of the rest of the spatial structure, are met.

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Introduction :

Material Usage

The concrete core constitutes the “skeleton” of the actual wooden structure,

the organic softness of which heightens the rawness of the concrete.

The ceilings and the walls are made of prefabricated, isolated wooden

elements of spruce.

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Introduction :

Plans

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Introduction :

Plans

EPOKA University Faculty of Architecture and Engineering Department of Architecture

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Step 1

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Step 2

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Step 3

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Step 4

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Step 5

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Step 6

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Step 7

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Step 8

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Finalizing 3D Modeling; Rendering

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Finalizing 3D Modeling; Rendering

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Finalizing 3D Modeling; Rendering

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Finalizing 3D Modeling; Rendering

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Finalizing 3D Modeling; Rendering

3D Modeling Steps:

EPOKA University Faculty of Architecture and Engineering Department of Architecture

Finalizing 3D Modeling; Rendering