Bali Architect - Jeghier Architect - Villa Design

At Jeghier Architect, we have adopted a unique approach to designing a resort amidst the rice fields in Singaraja, emphasizing harmony and integration with the natural environment. We have chosen the permatecture concept for this project.

 

Permatecture, derived from permaculture, is a philosophy aimed at creating sustainable living by understanding and emulating the workings of nature, rather than contrasting with or damaging it. Anything not returned to nature is considered a resource. Permatecture involves designing human-built environments while simultaneously preserving and enhancing natural systems through cyclical processes. This approach adheres to the three ethics and twelve principles of permaculture, forming the foundation for designing nature-mimicking systems characterized by closed-loop and waste-free cycles. This concept aligns with the Cradle-to-Cradle framework, which promotes a closed-loop lifecycle.

 

Developing resort villas or residences demands a significant amount of building materials. The procurement of these materials must be environmentally considerate to avoid depleting natural resources and causing adverse environmental impacts. Negative impacts are often due to resource exploitation and energy consumption in construction activities.

 

The use of renewable and sustainable building materials is crucial in restoring natural balance. The permatecture approach views architecture as a natural cycle, ensuring it does not disrupt ecological balance but instead contributes to a waste-free system where all unused materials are seen as resources. Permatecture integrates permaculture and architecture, both of which require collaboration with nature. The choice of building materials must consider environmental impacts, particularly on the local water cycle. Material selection, utilization, design, and lifecycle are all critical considerations. Priority should be given to materials that are locally sourced and sustainable. These materials should be easily obtainable, affordable, and beneficial to the hydrological cycle of the area.