When working on this hospital design in Magyizin, a remote village in Myanmar, the German architectural studio A+R Architekten derived inspiration from "traditional typologies and materials."
Stuuttgard-based A+R Architekten embraced "Myanmar's traditional "brick nog" structures." Brick nog is a special construction technique that uses bricks to fill the vacancies of a wooden frame. In this case, the frame is timber. The firm elevated this structural approach with subtle motifs that carry the ethos of the contemporary. The stone-filled courtyard is a great example of this.
The modern hospital design is optimized to provide maximum airflow and provide shelter from the rain—which is important, especially since the region is particularly rainy. A+R Architekten also placed an emphasis on developing the functional qualities of the hospital design since the building provides healthcare for about 20 communities in the area.
Traditionally Inspired Hospitals
A+R Architekten Worked on a Hospital Design in Myanmar
Trend Themes
1. Traditional Construction Techniques - Architectural firms can explore the use of traditional construction techniques and materials to create unique structures with modern appeal.
2. Optimizing for Climate Conditions - Architects can design structures that are optimized to provide maximum airflow and shelter from harsh weather conditions, which is especially important for communities in regions with extreme weather patterns.
3. Functional Design - Architects can prioritize developing the functional qualities of their designs to better accommodate community needs and provide access for underrepresented groups.
Industry Implications
1. Architecture - The architectural industry can incorporate traditional techniques and methods to create structures that are both aesthetically unique and modern.
2. Healthcare - The healthcare industry can benefit from functional design that accommodates access to underrepresented communities and provides crucial healthcare services to remote areas.
3. Construction - The construction industry can explore optimizing structures to withstand harsh weather conditions and changing climate patterns to create more sustainable and durable buildings in vulnerable areas.