A Framework for the Management of Construction Robotics and Automation

The management of construction automation androbotics are as important as the technological aspects for the successful implementation of the tecnology in the construction industry. Quality, reliability, productivity, and competitiveness are commonly advanced as the motivation for implementing robots and automation in construction operations. However, the emphasis has been mostly on technological issues with little consideration on management and human factors. Some of the technological factors have focussed on developing robots that will be conducive to the harsh environmental conditions common in construction sites, mobility of robots, and automation of construction operations. With firms embracing robos and automation a important factor that must be studied is an exploratory paper which will present a framework for studying and implementing management of construction automation and robot. The objectives of the paper are therefore: to present a diagnostic model for managing construction robots and automation; to use expectancy theory in analyzing constructor worker motivation in an automated environment; and present research needs in management of construction automation and robot. The conceptual framework developed is a proactove model and will be used in the discussion of management functions, and motivation of workers. The lessons learned from such industries like electronicm manufacturing, and automobile will be used in developing framework and research needs.