Architects are turning to parametric design to explore unlimited possibilities in improving the building lifecycle. From design to construction, and maintenance, the parametric design has produced breakthrough results and high-performance construction deliverables for complex projects. As the AEC industry progresses toward technology-driven processes and workflows, project stakeholders and firms must embrace these new tools.

Parametric design will be a major disruptor for the architecture and construction sector. In layman terms, parametric design enables designers, modelers, and engineers to use design tools with pre-defined parameters to build winning architecture projects. Parametricism promotes quick, simplified, and optimized design, and has the potential to transform the entire value chain. In the present design and construction scenario, BIM processes are integrated with generative design during the design phase. Parametric design helps architects and designers build optimized design prototypes, and apply.

Parametric and generative design enables architectural and structural teams to work in collaboration. It helps architects and engineers communicate and collaborate at the earliest stages of design to reduce decision-making time. Automation integrated with parametric and generative design helps speed up design, and optimize building deliverables. Designers are continuing to explore parametric and generative design to optimize construction for complex AEC projects, new construction techniques like 3D printing, building schedules, etc.

Algorithmic foresight in building operations is another avenue that goes well beyond design and construction with parametric design. Parametricism works great with the concept of digital twins whilst calculating optimized scenarios in the digital double before prototypes can be created. Data-driven logic will continue to help spaces evolve and function effectively and efficiently. Best practices of construction engineering can be optimized and performed at greater levels backed by parametric design.

Characteristics of Parametric Design.

• Easy to understand complex geometries and design components
• Significant time savings on manual layering
• Helps designers better understand construction, fabrication, and structural design
• Sustainable design based on installation, durability, and reuse

Top reasons why parametric design is recalibrating the art of architecture design. 

• Flexible yet aesthetic and functional designs combined with efficiency
• Leverage a better view of the model
• Quick and easy exchange of data between various teams
• The designs are reusable for greater sustainability
• Augment design ideas
• Limitless possibilities in parametric architecture with tons of data and AI-based processing
• Helps build smart cities
• Integrate with generative design processes like BIM
• Better understanding of fabricating building components through adaptive and conceptual design

Conclusion

Parametric design helps architects and designers showcase their architectural showmanship. Engineers will continue to explore parametric designs to explore improved and optimized building options. Leveraging the capabilities of parametric design is extremely useful for high-rise buildings, and helps stakeholders plan, design, and build super-quick, high-performance, and resource-optimized buildings. The center of gravity for parametric design will witness a significant shift from flexible architecture to a principal functioning component to garner comprehensive and connected design and construction. Complete adoption of parametric design isn’t far from AEC best practices, and while used correctly can lead to high value for firms, owners, and stakeholders.

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