GENERATIVE DESIGN IN ARCHITECTURE
Generative design is an iterative design process that involves generating optimal solutions within the constraints set by designers. Combining with AI-based algorithms and cloud computing, it transforms the role of designers and breaking up design limits. Because of its versatility, generative design has been applied in different fields, but its benefits are prominent when used in architectural and interior design projects.
Generative design can provide a more fluid process for architects from conceptual modeling to construction. With some initial thoughts, architects can input various parameters, such as materials, size, weight, manufacturing methods, and cost. More specific data such as work style and outdoor view preferences collected from clients can also be computed. With these constraints, generative design software will define high-level goals and automatically examine and deliver all optimized solutions. This process mimics the natural evolutionary approach. Just like biological genes of animals and plants changing to make them better suited their habitat and thus, improve rates of survival and reproduction, such as the exaptation of the African lizard that developed an extremely flat head to help it gliding from tree to tree, the intricate pattern of snakes’ skin, and the structure of tree leaves that embedded with algorithms, that are both functionally and aesthetically inspiring for designers, architectural elements can be modified to optimize the function, humanization, and aesthetics of the project.
It works as a building generator for architects, offering possibilities of variations of the massing of a project. A labor-intensive and time-consuming process is transformed into the digital workflow. These more intuitive options also facilitate the communication between architects and clients and help to form a transparent working process.
It is also efficient in the way that manufacturability is always taken into account, especially for a large project, since architects can mitigate or avoid potential risks and thus save cost for rework at the construction stage. More complex requirements can also be well-calculated in the process such as sustainability that is highly valued nowadays. Architects can thus choose the solution that best suited the function of the building and its surrounding environment. For example, inspired by the beauty of the line from an aero testing, the designer was able to create a whole dynamic space for Aero Showroom Chengdu by using generative design. Not only large-scale architectural design requirements can be satisfied, interior design projects with an emphasis on detail and decorative elements can also be carried out through a fine-tuned process, which allows great flexibility and creativity. As in the Shooting Range project, the designer was able to make the decorative aerodynamic lamp that suddenly vitalizes the dark bar.
Because of its versatility, generative design has been applied in different fields. It alters the traditional design process and gives designers the chance to uncover and simulate the complex design in nature. Just as the evolutionary process, generative design can thus empower architects to design humanized and innovative projects by continuously responding to new stimulus.
Generative design can provide a more fluid process for architects from conceptual modeling to construction. With some initial thoughts, architects can input various parameters, such as materials, size, weight, manufacturing methods, and cost. More specific data such as work style and outdoor view preferences collected from clients can also be computed. With these constraints, generative design software will define high-level goals and automatically examine and deliver all optimized solutions. This process mimics the natural evolutionary approach. Just like biological genes of animals and plants changing to make them better suited their habitat and thus, improve rates of survival and reproduction, such as the exaptation of the African lizard that developed an extremely flat head to help it gliding from tree to tree, the intricate pattern of snakes’ skin, and the structure of tree leaves that embedded with algorithms, that are both functionally and aesthetically inspiring for designers, architectural elements can be modified to optimize the function, humanization, and aesthetics of the project.
It works as a building generator for architects, offering possibilities of variations of the massing of a project. A labor-intensive and time-consuming process is transformed into the digital workflow. These more intuitive options also facilitate the communication between architects and clients and help to form a transparent working process.
It is also efficient in the way that manufacturability is always taken into account, especially for a large project, since architects can mitigate or avoid potential risks and thus save cost for rework at the construction stage. More complex requirements can also be well-calculated in the process such as sustainability that is highly valued nowadays. Architects can thus choose the solution that best suited the function of the building and its surrounding environment. For example, inspired by the beauty of the line from an aero testing, the designer was able to create a whole dynamic space for Aero Showroom Chengdu by using generative design. Not only large-scale architectural design requirements can be satisfied, interior design projects with an emphasis on detail and decorative elements can also be carried out through a fine-tuned process, which allows great flexibility and creativity. As in the Shooting Range project, the designer was able to make the decorative aerodynamic lamp that suddenly vitalizes the dark bar.
Because of its versatility, generative design has been applied in different fields. It alters the traditional design process and gives designers the chance to uncover and simulate the complex design in nature. Just as the evolutionary process, generative design can thus empower architects to design humanized and innovative projects by continuously responding to new stimulus.
