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Parametric Urbanism and Environment Optimization: Toward a Quality Environmental Urban Morphology
1School of Architecture and Urban Planning, Beijing University of Civil Engineering and Architecture, Beijing 100044, China.
Summary
Parametric urbanism can facilitate environmental urban morphology by enabling effective simulation and optimization in complex city environments. This approach supports informed decision-making for sustainable urban development.
Area of Science:
- Urban Planning and Design
- Environmental Science
- Computational Architecture
Background:
- Parametric thinking is widely adopted in building and environmental sciences but underexplored in environmental urban morphology.
- Existing research lacks a critical assessment of parametric thinking's application to urban environments.
Purpose of the Study:
- To critically assess environmental optimization through the lens of parametric urbanism.
- To investigate if parametric thinking can facilitate environmental urban morphology.
- To determine if parametric urbanism can support environment optimization in complex urban areas.
Main Methods:
- Case study in Beijing.
- Qualitative and quantitative analysis.
- Parametric modeling and environmental simulation.
Main Results:
- Parametric techniques effectively simulate environmental urban morphology via parametric models.
- Generated models offer a rational basis for schematic decision-making in urban development.
- The study provides a critique of parametric thinking in urban contexts.
Conclusions:
- Parametric urbanism has the potential to significantly support quality environmental urban morphology.
- Parametric techniques are valuable tools for optimizing environments in complex urban settings.
- Further research can explore the practical applications and implications of parametric urbanism for sustainable cities.
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