Here's how you can incorporate new technological solutions into sustainable design principles.

Smart technology has really improved energy consumption,but there is a concern for a rise in cyber threats and data privacy,with the increase of smart housing ,there would also be an increase is cyber attacks which will comprise safety of the occupant

It’s a good source of energy,but the initial investment cost for deploying and installing these systems-solar panels and others is really high ,and also these system’s efficiency is based off different geographic locations,weather ,climate and other environmental factors

Incorporating new technological solutions into sustainable design principles can be effectively achieved by focusing on water efficiency. Utilize smart irrigation systems and water-efficient fixtures to reduce water consumption. Implement greywater recycling technologies to reuse water within the building for non-potable purposes. Leverage building information modeling (BIM) to design and optimize water systems, ensuring minimal waste. By integrating these technologies, you enhance sustainability and resource management in your architectural projects.

Exploring sustainable materials often boasts impressive strength, lower environmental impact, and lighter weight compared to traditional options. By incorporating these innovative materials into your designs, you can create sustainable buildings that are both beautiful and functional. Think smart materials for a smarter, greener future!

Architects don't design for the present but for the future. The structures we build today will shelter the people of tomorrow. If we're planning for the future, why are we still relying on materials from the past? Our goal should be to offset our heavy consumption of Earth's resources and embrace advanced material technologies suitable for the future. How about bioluminescent algae that produce electrical currents to emit light? Or surface greenifiers that envelop structures with vegetation tailored to their specific biome. Or mycelium fibres can grow on various substrates to create composites for flexible, adaptable structures with regenerative properties. Never before did "green architecture" have a literal meaning.

When discussing sustainable architecture, it is essential to consider that sustainability is more than just an additive remedy that can be applied in a few steps. In reality, it integrates an elaborate framework that must be planned and executed to achieve a sustainable future. What people think sustainable architecture is- Green facades, solar roofs, timber, reflective glass, rainwater harvesting, insulation. What sustainable architecture actually is- renovation of old building stocks, inside-out densification of urban structures, design to repurpose and recycle, shared and flexible spaces, preservation of biodiversity, circular land use management, efficient use of healthy and climate-positive materials, socially responsible behaviours.