About Neesaun Zarbakhat

I envision structures that transcend the ordinary, buildings that go beyond aesthetics and functionality to become living, breathing entities in harmony with the environment. This concept is at the heart of my design philosophy - Breathing Architecture.

What is Breathing Architecture?

Neesaun's approach revolves around creating structures that:

Respond to their surroundings: These buildings are designed to adapt to natural elements like sunlight, temperature, and wind. Imagine facades that adjust to control heat gain or ventilation systems that automatically respond to fresh air needs.

Embrace sustainable materials: I prioritize eco-friendly materials that minimize environmental impact. This could involve using recyclable elements, incorporating natural ventilation strategies, or even integrating plant life into the building's design.

Promote occupant well-being: Breathing Architecture prioritizes the health and comfort of its inhabitants. The key elements are natural light, improved air quality, and a connection to the outdoors.

How Do I Achieve Breathing Architecture?

Several innovative techniques contribute to my vision:

Tensile Membrane Structures: These lightweight, fabric-like structures can be designed to respond to environmental factors. For instance, they can open or close to regulate sunlight and airflow.

Biomimicry: Neesaun draws inspiration from nature, mimicking natural processes to create sustainable solutions. For example, ventilation systems might be inspired by animal respiratory systems, or temperature regulation might be influenced by how plants manage heat.

Smart Technologies: Integrating sensors and automation allows buildings to react to their environment in real time. Imagine sensors that adjust window shades based on sunlight intensity or a ventilation system that automatically brings in fresh air when needed.

The Benefits of Breathing Architecture:

Reduced Environmental Impact: By responding to the environment and utilizing sustainable materials, Breathing Architecture minimizes a building's ecological footprint.

Enhanced Energy Efficiency: Buildings that adapt to natural elements require less energy for heating, cooling, and artificial lighting.

Improved Occupant Comfort: Natural light, optimized airflow, and a connection to nature all contribute to a healthier and more comfortable living or working environment.

Neesaun Zarbakhat's Breathing Architecture is more than just a design philosophy; it's a vision for a future where buildings work harmoniously with nature, creating a healthier and more sustainable world.