TOMAS & KATRIEN
atelier vens vanbelle

A compact home combines traditional brick construction, natural daylight and renewable energy systems.

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Tomas & Katrien is a contemporary residence that draws inspiration from nineteenth-century industrial buildings and traditional workshops. Designed as a compact, understated volume, the house uses brickwork, large windows and exposed structural elements to establish a connection with its architectural surroundings.

photo_credit atelier vens vanbelle
atelier vens vanbelle

The exterior features characterful brickwork arranged in layered patterns reminiscent of historic industrial construction. Rainwater downpipes are incorporated as architectural elements, reinforcing the building's functional aesthetic.

photo_credit atelier vens vanbelle
atelier vens vanbelle
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The street-facing façade has no windows, creating a largely uninterrupted brick surface. In contrast, generous openings on the remaining elevations bring daylight into the interior and connect the living spaces with the garden.

photo_credit atelier vens vanbelle
atelier vens vanbelle

 

Compact planning and natural light

The building's simple, compact footprint preserves a substantial portion of the plot for outdoor use. Rather than extending the built volume, the design maximises the available interior space through an unconventional floor plan. A 45-degree shift in the layout introduces diagonal relationships between rooms. A large central planter separates the living area from the surrounding spaces, while a slightly elevated seating area connects to the staircase.

photo_credit atelier vens vanbelle
atelier vens vanbelle

Above, a diamond-shaped void incorporates skylights that introduce daylight into the centre of the house. Together with the large exterior windows, these openings reduce dependence on artificial lighting during daylight hours.

photo_credit atelier vens vanbelle
atelier vens vanbelle

The upper floor accommodates four similarly sized bedrooms finished in timber veneer. A carpeted multipurpose area occupies the remaining space, providing flexibility for different domestic activities.

photo_credit atelier vens vanbelle
atelier vens vanbelle

 

Material durability and continuity

The interior continues the industrial material palette through exposed brick walls, clay floor tiles, steel profiles and timber finishes. These materials establish continuity between the building's exterior and interior while prioritising robust surfaces suited to long-term residential use.

photo_credit atelier vens vanbelle
atelier vens vanbelle

At the rear, a wrought-iron structure supports transparent corrugated roofing, creating a sheltered terrace. A separate brick annexe accommodates bicycle storage, garden equipment and additional covered outdoor space. The repeated use of brick, steel and translucent roofing connects the different structures visually and functionally.

photo_credit atelier vens vanbelle
atelier vens vanbelle

 

Renewable energy and water management

The residence incorporates several systems intended to reduce dependence on conventional energy sources. A heat pump provides an alternative to fossil-fuel-based heating, while solar panels contribute renewable electricity generation. Water management measures form part of the broader environmental strategy, although their specific capacities and configurations have not been detailed. The compact building volume also limits the overall construction footprint while preserving more garden space.

photo_credit atelier vens vanbelle
atelier vens vanbelle
photo_credit atelier vens vanbelle
atelier vens vanbelle
photo_credit atelier vens vanbelle
atelier vens vanbelle
photo_credit atelier vens vanbelle
atelier vens vanbelle
photo_credit atelier vens vanbelle
atelier vens vanbelle

 

photo_credit atelier vens vanbelle
atelier vens vanbelle
photo_credit atelier vens vanbelle
atelier vens vanbelle

Project credits

Sustainability

Low Carbon
Embodied carbon
Energy Negative
Operational Emissions / Energy
Carbon Negative
Service and maintenance emissions
1
Key Low-Carbon Products

Product spec sheet

Manufacturers
Manufacturers

Project data

Project Year
2025
Primary Building Material
Brick
Building Area
240 m2
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