Computational design and digital fabrication have the potential to address some of the workforce shortage challenges in the construction industry. Here are some ways it can help:
1. Improved efficiency: Digital fabrication allows for faster, more accurate, and precise construction than traditional methods, reducing the need for manual labor.
2. Remote work: Computational design can be done remotely, allowing designers and engineers from anywhere in the world to participate in a project. This creates more job opportunities and enables collaboration from a more diverse pool of professionals.
3. Reduced labor cost: With automation, there is a reduced need for labor, which in turn, reduces labor cost.
4. Up-skilling opportunities: Digital fabrication requires technical expertise, which can create learning and development opportunities for workers in the construction industry that are interested in learning new skills, thus expanding their job opportunities.
5. Increased output: Digital fabrication can produce many more finished products in a shorter amount of time with fewer errors.
In conclusion, computational design and digital fabrication can help alleviate the shortage of personnel in the construction industry by making construction more efficient, cost-effective and expanding employment opportunities for workers.
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