Architecturally complex timber residence · Netherlands

Dutch Thatched Multi-Material Residence

Dutch architecture rarely plays it safe. Neither do we.

A distinctive residence where a thatched roof, unexpected geometry and façades in brick, thermally treated timber and fibre-cement panels are supported by one coordinated prefabricated timber-frame system.

NetherlandsTimber FrameThatched RoofComplex GeometryBasalt Mineral WoolMulti-Material Façade

Exterior wall framing45 × 195 mm

Internal load-bearing walls45 × 145 mm

InsulationBasalt mineral wool

Façade expressionThree material families

Project overview

Local architectural identity, translated into production logic.

Thatched roofs, non-standard geometries and mixed façade materials do not need to be simplified to become buildable in timber.

The value of engineered timber construction is precisely the opposite: complex architecture can be broken down into coordinated wall systems, controlled layers and factory-prepared components. In this Dutch residence, the visual language remains strongly local while the structure behind it follows a precise industrial logic.

The architecture combines brick, thermally treated timber and fibre-cement panels under a highly expressive thatched roof. Behind those finishes, ERGIO coordinates the structural timber frame, insulation, membranes and board layers so that the project reaches site as a predictable construction system rather than a collection of unrelated details.

Design principle

Working with timber is not about simplifying architecture. It is about creating the industrial precision that allows ambitious architecture to be built.

Side view of Dutch residence combining brick, black detailing and a thatched roof

Covered terrace beneath the thatched roof of the Dutch residence

Netherlands · architectural freedomOne structural system behind multiple materials and complex geometry

Technical envelope

Every visible architectural choice is supported by a controlled wall build-up.

The project combines two timber-frame depths with basalt mineral wool, membranes and structural board layers, creating a coordinated base for the finished architecture.

Exterior wall structure

45 × 195 mm timber frame

The external walls are organised around a 45 × 195 mm timber-frame structure, providing the structural depth for a high-performance layered envelope.

Two insulation layers

Basalt mineral wool integrated into the wall build-up

Two layers of basalt mineral wool support thermal performance while allowing the complete envelope to be coordinated before production.

Controlled envelope layers

Vapour control membrane · OSB · highly breathable membrane · plasterboard

The wall assembly combines moisture control, structural board and internal finishing layers into one defined technical sequence.

Internal load-bearing walls

45 × 145 mm timber frame with acoustic basalt mineral wool

Internal load-bearing walls combine 45 × 145 mm framing with acoustic basalt mineral wool, OSB and plasterboard for structural and acoustic performance.

Multi-material façade

Brick · thermally treated timber · fibre-cement panels

Different façade finishes are coordinated around the same structural logic, allowing the architecture to vary without losing control of the underlying system.

Thatched roof geometry

A strong local identity supported by production-ready detailing

The roof and dormer geometries give the project its Dutch character while requiring accurate interfaces between structure, openings, façade zones and roof construction.

Why this project matters

Architectural complexity does not have to become site complexity.

The project demonstrates how a coordinated timber system can protect design intent while reducing variables during execution.

Geometry without compromise

Non-standard roof forms and façade transitions are translated into buildable, production-ready components.

One system, different finishes

Brick, timber and fibre-cement surfaces can coexist because their interfaces are coordinated around the same structural envelope.

Predictable site execution

Factory preparation moves dimensional control and layer coordination upstream, reducing improvisation during assembly.

Strong local identity

The timber system supports the architecture rather than forcing it into a generic prefabricated aesthetic.

Front view of Dutch thatched multi-material residence

Side corner showing brick façade and thatched roof geometry

Brick façade, chimney and dormer detailing

Close architectural view of windows and roof detailing

Industrial translation

Bring us the geometry. We engineer the system behind it.

Complex residential architecture becomes predictable when design information, wall build-ups and production data remain connected.

Read the architecture

Roof forms, openings, façade changes and structural requirements are understood as one coordinated geometry.

Define the build-ups

Exterior and internal load-bearing walls are structured around framing depth, insulation, boards and membrane logic.

Prepare for production

Geometry and interfaces are translated into controlled manufacturing information for prefabricated timber components.

Protect site predictability

Accurate factory preparation reduces the number of decisions that have to be improvised during construction.

Complex geometry is a production challenge, not a reason to simplify the architecture.

Bring us the geometry. We will engineer the system behind it.

Share the architectural drawings, structural concept and target build-up, and ERGIO can review how to translate the design into a coordinated prefabricated timber package.

Start a Project ↗