Building a Greener Future: Role of Artificial Intelligence in the Evolution to Sustainable Construction

The construction industry stands as a major contributor to the pollution we endure. Discover how artificial intelligence can assist in building structures that embrace sustainability.

The construction industry is working toward sustainable construction to create a greener future and reduce the amount of pollution. However, what role does artificial intelligence serve in this noble attempt? Gain an in-depth understanding of how artificial intelligence assists the construction sector in the planning and designing of environmentally friendly buildings.

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(Photo : Pixabay/Gerd Altmann)

Influence of Artificial Intelligence on Sustainable Construction

Artificial intelligence refers to the ability of computers and other machines to perform tasks that would typically need human intelligence. These tasks include learning, reasoning, and problem-solving. In the field of architecture, artificial intelligence can be utilized to provide alternative choices for design, improve the efficiency of buildings, and even forecast the long-term performance of a structure. AI generators present various opportunities to strengthen architecture's environmental friendliness. When it comes to the creation of environmentally friendly structures, architects and designers could profit from these technologies.

On the other hand, novel software solutions are beginning to generate proven and accurate designs for Mechanical, Electrical, Plumbing (MEP), and structural systems, eliminating the need for humans to perform calculations based on unfounded assumptions. These solutions utilize machine learning models taught on synthetic datasets.

Engineers and architects can produce and assess various validated and code-compliant building designs in several hours rather than many days or weeks. This is made possible by the technology's ability to analyze huge volumes of data in a matter of minutes. As mentioned, such designs consist of condominiums, large office structures, hospitals, schools, and laboratories, all of which are occupied, invested in, and relied upon by a substantial number of individuals.

When project teams invest in implementing artificial intelligence, they can reap the benefits of iterating and improving plans more quickly. They can also test alternative combinations of materials, layouts, and systems to discover the ideal solution that reduces environmental impact while optimizing energy efficiency. In addition, architects can construct buildings that actively and creatively promote the well-being and convenience of future inhabitants by considering variables such as natural light, ventilation, and acoustics.

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Pollution from Construction

Considering that the building industry is currently seeing an upsurge in growth, it is unavoidable that this will negatively influence the environment. According to the United Kingdom Green Building Council, more than 400 million tons of material are reportedly used annually in the construction industry, and many of these materials negatively affect the environment. As a result of the 'extraction of raw materials,' the supplies utilized during a specific building project can also affect the environment if they are used.

As per the Environmental Protection Agency (EPA), several kinds of equipment and supplies that contract workers and construction companies often use in the United States possess the potential to significantly 'harm public health and the environment.'

These include chemicals that are present on the construction site as well as diesel fuel that is utilized by diggers and trucks. According to the EPA, the construction industry in the United States is responsible for developing non-industrial trash, amounting to 160 million tons annually, equivalent to 25% of the total waste.

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