AQUAFUSION
The design creates a standard for new university buildings that can successfully integrate education, health and sustainibility altogether. The building forms an distinctive creation that embodies student development, connecting to community and environmental responsibility.
Centre of the building, an atrium is installed that is utilised as an social, connecting walkway and relaxation area, it creates an relaxing area which allows users to enjoy the contrasting view of nature and technology by observing the surrounding. Whilst the end portion of the building an aquaponic farm is installed, an living laboratory that allows students and communities to expermient hands on in learning sustainibility and wellness, so that they can grow their own food which in turn foster a connection between education, health, enviroment and community.
As someone who is interested in exploring AI innovation in architecture, it is especially important to recognise the use of AI technology in our current workflow; creating an unparalled and efficient solution, which is demonstrated in this project. Development of AI will revolutionise the architectural and engineering process and workflows, allowing us to take on more complex challenges and reimagine our designs, such as by analysing large amount of data and make predictions based the analysis, providing a better performed building under more environmental constraints in the near future.
In the context of this project, with the incoporation of AI. It can optimise the aquaponic system by controlling the water temperature, sun level and nutrients level to ensure the plants are grown with the best conditions available. Ultimately my interest in utilising AI for architecture and exploring how we can efficiently utilise it and create sustinable building, meeting the users' requirments and positively impact on the environment and the communities
