Located in Praça da Corujeira, in Porto, this residential building is home to 11 apartments that combine contemporary comfort with a close relationship with the landscape. Set next to the tree-lined square, the project takes advantage of the green surroundings, allowing natural light and the textures of the vegetation to extend into the interior of the living spaces.
The white brick façade, with its sober and elegant lines, gives character and lightness to the volume. Inside, the abundance of natural light, the visual amplitude and the careful choice of materials create serene and welcoming environments, designed to offer a living experience that values comfort and modernity.
3D rendering by Joana Vasconcelos
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TECHNICAL DRAWINGS FOR SUBMISSION TO THE COUNCIL
4 Floor Plan
Technical drawings were prepared for planning submission, including plans, sections, elevations, site plan and location plan, as well as demolition and construction drawings. The use of beige facing brick as the primary finish reinforces the architectural identity and character of the building.
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Within this framework, a detailed technical assessment of the construction systems was undertaken to ensure compliance with statutory thermal performance requirements. In parallel, the proposed materials and build-ups were analysed through thermal transmittance calculations, supporting improved energy efficiency and internal thermal comfort, and ensuring an appropriate overall performance of the building.
construction section
Exterior wall 0.386 W/(m²K)
Exterior wall with a thermal conductivity coefficient of 0.386 W/(m²K) and thermal resistance of 2.42 m²K/W composed of:
1. Mtedim Agora Super White brick, measuring 215 mm x 102 mm x 50 mm (LxWxH), with a thermal conductivity coefficient of 2.891 W/(m²K) and thermal resistance of 0.3459 m²K/W;
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2. 60mm rock wool insulation, thermal conductivity coefficient of 0.531 W/(m²K) and thermal resistance of 1.884 m²K/W;
3. Bituminous waterproofing layer, thermal conductivity coefficient 5.329 W/(m²K) and thermal resistance 0.1876m²K/W;
4. 150 mm thermal concrete block with thermal conductivity coefficient of 2.89 W/(m²K) and thermal resistance of 0.17 m²K/W;
5. 20 mm thick plaster, thermal conductivity coefficient 5.426 W/(m²K) and thermal resistance 0.1843 m²K/W.
Roofing (1) with a thermal conductivity coefficient of 0.40 W/(m²K) and thermal resistance of 2.31 m²K/W consisting of:
1. Marselha ceramic tiles, thermal conductivity coefficient of 3.25 W/m²K and thermal resistance of 0.13 m²K/W
2. Laying mortar, thermal conductivity coefficient of 5.64 W/m²K and thermal resistance of 0.01 m²K/W
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3. XPS 40mm thermal insulation, thermal conductivity coefficient of 0.85 W/m2K and thermal resistance of 1.0 m2K/W
4. Breathable membrane, thermal conductivity coefficient of 5.84 W/m2K and thermal resistance of 0.01 m2K/W
5. 20mm concrete structure, thermal conductivity coefficient of 4.16 W/m2K and thermal resistance of 0.10 m2K/W
6. 40 mm rock wool thermal insulation, thermal conductivity coefficient of 0.87 W/m2K and thermal resistance of 1.0 m2K/W
7. 9.5 mm thick plasterboard, thermal conductivity coefficient of 5.618 W/m2K and thermal resistance of 0.038m2K/W
Roof 0.40 W/(m²K)
3D INTERIOR IMAGES AND BROCHURE MATERIALS
1. ENTRANCE HALL
2. LIVING ROOM
3. KITCHEN
4. BEDROOM
4.1. 2ND BEDROOM/OFFICE
5. BATHROOM
7. BALCONY
As part of the project, I was responsible for the 3D modelling of the interiors and the production of rendered images, based on a careful selection of interior materials, in order to clearly communicate the spatial, material and lighting qualities of the apartments. These visualisations supported the exploration of layouts, finishes and atmospheres, ensuring a coherent representation of the architectural concept.
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1. ENTRANCE HALL
2. LIVING ROOM
3. KITCHEN
4. BEDROOM
4.1. 2ND BEDROOM/OFFICE
5. BATHROOM
7. BALCONY
​The rendered images were subsequently incorporated into the graphic material for sales brochures, developed to support the marketing and promotion of the apartments, reinforcing the project’s visual identity and consistency.
