Parametric design of an automated kinetic building façade using BIM: A case study perspective

Abstract

Pollination plays a critical role in maintaining human life and its importance has been widely recognized by researchers. However, as the world population grows, construction activities have increased, leading to an expanded carbon footprint that has adverse effects on the environment. This has resulted in the loss of natural habitats for pollinators. To address these issues, this research aimed to design an innovative mixed-use building to promote biodiversity conservation. The building was designed to have global visibility and to combine various elements in different locations to achieve maximum functionality. Automated features were incorporated into the building's structure to enhance its efficiency. Throughout the project, experts were consulted to ensure the building met sustainability standards and the best site was selected. BIM was used as part of the research methodology to design the building and calculate its sustainability and energy-efficient elements. As a result, the building achieved Gold certification status and has made a significant contribution to green building and sustainability in the built environment. The final product not only addressed the biodiversity issue, by designing a building where honeybees and humans coexisted but also provided a new solution for future developments in sustainable design. To ensure that these efforts are successful, it is important for different sectors, including Architectural, Engineering, Construction, and Operations (AECO), to work together to create a more sustainable future for the planet.