Project Feature: Excavation and Earthmoving
Project Feature: Concrete and Masonry
Project Feature: Structural Steel
Project Feature: Piping
Project Feature: Painting and Coatings
Project Feature: Finishes
Project Feature: Site Inspection and Surveying
Project Feature: Material and Asset Management


Project Development Process: Project Level Practices
Project Development Process: Industry-wide Practices


PT183 Design Practices to Facilitate Construction Automation
PT183 Research Study
Lessons from Other Industries
Related Research and Other Resources
Construction Industry Institute
Emerging Construction Technologies Web site

Lessons from Other Industries

Compared to the construction industry, automated technology implementation in other industries has been substantial.  The transformation to automated production in other industries over the past decades has resulted in the development of effective practices for considering automation during product development and design.  An understanding of the practices of other industries could effectively enhance designer consideration of automated technologies in construction. Descriptions of how automated technologies are integrated into the product development processes in other industries:

Automation Consideration in Other Industries

 

Summary of Lessons Learned

 The experiences of these other industries provide valuable lessons for the construction industry to consider.  It is evident that within these other industries there is recognition of an interdependency between the product designer and product manufacturer.  Manufacturing knowledge is viewed as integral to the development of the product design.  To maximize the transfer of this knowledge, linkages of varying degrees are created between those who design and those who manufacture the products.  Communication between the product designer and manufacturer during the design phase of the product is common to ensure that the product is designed such that it can be manufactured efficiently with the automated technologies available.  To facilitate communication, designers and manufacturers may work in teams to develop the products before manufacturing starts.  Frequent reviews of the product design for “manufacturability” may also be conducted.  Efforts are made to modularize the design, pre-fabricate components, utilize standard designs, develop manufacturing plans, and employ databases of lessons learned.  Benefits recognized from these efforts include improved product quality, decreased production schedules, and improved worker safety.

 

 

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