| In 1973, developed its own computer-assisted design system for increased efficiency in the design and management of water-supply and wastewater facilities. Since then it has developed systems that make use of the potential of computers, using simple data entry to automate processes from drawing up plans and determining the construction method to calculating the length and cost of the project. These systems include an automated design system for sewer piping, an urban facilities management system, a water-supply management system, a road management system, a park management system, and a system for soil-quality analysis. has also demonstrated its potential and its ability to expand into new fields through the development of advanced data processing systems such as the Real Flood Map, which have proven an indispensable factor in modern environmental engineering. The growth of new service engineering, which provides effective management for facilities maintenance or for reconstructing or repairing superannuated facilities, is attracting attention as a field that will bring out the best in , with its technology and experience. also aims to make inroads into the fields of soil quality, ground water, and air quality. |
 New
Service Engineering A database of information on water supply, wastewater, and other facilities will be constructed to facilitate the upkeep of existing plants and the reform or reconstruction of superannuated facilities. A new field that makes full use of OEC's strengths. |
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 Making
inroads into new fields Based on its consulting expertise in the area of water, OEC plans to expand into other important fields such as soil quality, ground water, and air quality. |
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 Making
inroads world-wide OEC's technologies are highly regarded not only in such Asian nations as Korea, the Philippines, Singapore, Kiribati but also in Brazil, where OEC is little-by-little building a record of solid achievement. |
