A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Feasibility study of field force automation in the Swedish construction sector
Field Force Automation (FFA) is a generic term for mobile applications used in real-time support of orders, scheduling, supervising and reporting in the field. The result from in-depth interviews with people in the construction, the facility management and the supply industry is presented with the purpose to answer the following questions. (1) Where can FFA system be applied in the construction sector? (2) What is the economic impact of FFA systems? (3) How should FFA systems be introduced in specific operations? According to the results from interviews and ROI estimates, FFA can significantly increase the productivity of many construction related field operations through real time planning support, work allocation and follow-up provided that the technical solutions are adapted to the end user. The benefits are reduced lead times, more efficient use of resources in the field and enhanced quality of work. ; Godkänd; 2004; 20070827 (ysko)
Feasibility study of field force automation in the Swedish construction sector
Field Force Automation (FFA) is a generic term for mobile applications used in real-time support of orders, scheduling, supervising and reporting in the field. The result from in-depth interviews with people in the construction, the facility management and the supply industry is presented with the purpose to answer the following questions. (1) Where can FFA system be applied in the construction sector? (2) What is the economic impact of FFA systems? (3) How should FFA systems be introduced in specific operations? According to the results from interviews and ROI estimates, FFA can significantly increase the productivity of many construction related field operations through real time planning support, work allocation and follow-up provided that the technical solutions are adapted to the end user. The benefits are reduced lead times, more efficient use of resources in the field and enhanced quality of work. ; Godkänd; 2004; 20070827 (ysko)
Feasibility study of field force automation in the Swedish construction sector
Olofsson, Thomas (author) / Emborg, Mats (author)
2004-01-01
Local 561c8b40-548f-11dc-8e15-000ea68e967b
Article (Journal)
Electronic Resource
English
DDC:
690
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