A coherent residential composition
Material, lighting and colour relationships unite the kitchen and living room.
[01] Student work
From project thinking to a professional outcome.
Selected student work in planning, BIM modelling, interior solutions and project presentation.
[02] Student work
From learning to professional projects.
Twenty-nine selected works show student outcomes in planning, BIM modelling, interior solutions and project presentation.
Spatial model of a four-room apartment
Planning, furniture and spatial connections are coordinated in two axonometric views.
A functional solution for a compact apartment
Kitchen, work, rest and storage functions are organised within a limited area.
Four viewpoints of a 42 m² apartment
Kitchen, workspace and living zones are presented through complementary axonometric views.
Three daily functions in one room
Sleep, play and study are combined through lighting, colour and custom furniture.
A calm material palette for the living room
Natural materials, soft lighting and custom elements create a coherent interior.
Expressive accents in a studio apartment
A deep green background, warm yellow accent and compact planning shape the space.
An interior language established at the entrance
Mirror, console, lighting and storage elements form a calm composition.
A functional centre with a visual focus
The media wall, open shelving and dining area are connected within one view.
A balanced space for study and rest
Desk, bed and storage areas are organised in a bright, comfortable composition.
An integrated kitchen and living room
Dining, rest and kitchen functions come together in an open-plan solution.
Three views of a compact space
Material transitions and fixture placement are tested from different viewpoints.
Stone texture and soft lighting
Large surfaces, concealed lighting and fixtures form a measured composition.
Fragments of living and dining areas
Three close interior views show the relationship between furniture, light and materials.
A continuous transition of materials
Timber, soft textures and light connect the kitchen and dining zones.
A calm interior in three views
Bed, storage and dressing areas are presented through a neutral material palette.
Reading functions from above
Zoning, circulation and furniture placement are tested within one plan.
A spatial solution for the bathroom
Surfaces, fixtures and storage are coordinated within a three-dimensional model.
A frontal view of the living room
Furniture, windows, lighting and wall elements are presented at a clear scale.
A second view of the four-room apartment
Coloured wall surfaces, furniture and room relationships are shown in two axonometric views.
BIM study of new construction elements
New elements are coordinated through colour coding in two axonometric views.
First axonometric view of the spatial model
Walls, openings and material boundaries are read as one coordinated BIM model.
Second axonometric view of the spatial model
The reverse view clarifies the relationship between rooms and the exterior envelope.
Colour-coded model of removed elements
Existing and removed construction is distinguished across two BIM views.
Coordination of new partitions
Partitions and openings are checked in three dimensions through a clear colour system.
Volumetric model of the revised plan
The planning decision is presented through two complementary axonometric views.
Furnished three-dimensional plan
Zoning, circulation and furniture placement are assessed from above.
Volumetric reading of the measured plan
Wall outlines and openings are shown with technical clarity in two diagonal views.
Construction model of the partitions
New walls are colour-coded and coordinated over the transparent base model.
These projects were developed by students during the learning process. A selected part of each project is presented here.