For Villa Wood, our mission was to modernize architectural documentation by converting original, decades-old paper plans into a comprehensive digital format. Using ArchiCAD, we recreated the entire building layout as precise 2D drawings and developed a detailed 3D BIM model. Every structural element was meticulously modeled to include all relevant properties and attributes, ensuring the digital environment reflects the true complexity of the existing structure.

The result is an up-to-date and fully editable BIM system that offers superior clarity and efficiency. This robust model now serves as a reliable foundation for planning, renovation, and facility management, streamlining all future project phases and providing stakeholders with immediate access to vital building data and insights.

For this project, we designed a bespoke single-family home reflecting our client’s unique lifestyle. We developed several design options, ensuring collaborative refinement of every requirement. Our design process emphasized creative solutions focused on practical needs and site character. We managed planning phases up to LP4, delivering meticulously crafted 2D plans and robust 3D models using ArchiCAD.

The result is a highly personalized residential design balancing aesthetics, functionality, and technical excellence—setting the stage for a smooth construction process and a living space tailored specifically to our client’s wishes.

In this project, we transformed an existing home by converting original paper plans into accurate digital drawings using ArchiCAD and BIM technology. Our team meticulously recreated the building in 2D and 3D, ensuring every structural detail was faithfully captured. This digital reconstruction provided all necessary information for the planned renovation and repurposing.

The resulting BIM model provides a comprehensive foundation that optimizes renovation, supports precise decision-making, and facilitates effective collaboration among stakeholders, ensuring the renewed home meets today’s standards while respecting the original structure's integrity.

This project was a comprehensive study dedicated to developing an innovative, circular building method. Our objective was to design a modular system that allows structures to be easily constructed and later fully deconstructed (reconstructed backwards), promoting maximum sustainability and material reusability.

Using advanced BIM technology, we modeled the modular components alongside detailed assembly and disassembly sequences. This 3D BIM approach ensures that every architectural element is accurately tracked for future reuse, significantly reducing construction waste and paving the way for a true circular economy in modern architecture.