Abstract
The construction industry has several phases in which a variety of stakeholders are involved. As construction projects are becoming larger, more complex and more diverse, the design phase has become a more important factor for the success of projects than ever before. However, it is considered that most of the design work carried out in the actual design process is intangible. Such recognition assumes that the design phase is more unsystematic and arbitrary, which finally weakens the competitiveness of the whole project. In order to solve these problems, this study developed an integrated design management system (IDMS), which consists of 8 modules including the design document, schedule, quality, and building permit management. This study is also intended to validate the effectiveness of the newly developed system. Two characteristics have made this research significantly different from previous studies. Firstly, the users of the system including architects and other design professionals were continuously involved from the development phase to the validation phase. The other unique characteristic is that the actual design project was applied as a test bed in the final validation stage. The research team applied the actual data which had been generated during each business process, and the effectiveness of the system implementation was verified. The authors expect that such a user-centered approach enables the system to be more robust and effective.
Original language | English |
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Pages (from-to) | 23-32 |
Number of pages | 10 |
Journal | International Journal of Civil Engineering |
Volume | 11 |
Issue number | 1 |
State | Published - Mar 2013 |
Bibliographical note
Funding Information:To the following institutions, the Instituto de Geodesia y Geof?sica Aplicadas (IGGA), School of Engineering of the Universidad de Buenos Aires, Instituto Geof?sico Sismol?gico Volponi (IGSV) from the School of Physical and Natural Sciences of the Universidad Nacional de San Juan and the Instituto Universitario Naval (INUN), which have provided financial support for the Project PID Project B-ESCM - Caracterizaci?n geofisica y geod?sica de la plataforma, borde continental y Cuenca Argentina a trav?s del an?lisis de datos oceanogr?ficos y m?todos potenciales en el Oc?ano Atl?ntico Sur (60?W - 40?W).
Funding Information:
To the following institutions, the Instituto de Geodesia y Geofísica Aplicadas (IGGA), School of Engineering of the Universidad de Buenos Aires, Instituto Geofísico Sismológico Volponi (IGSV) from the School of Physical and Natural Sciences of the Universidad Nacional de San Juan and the Instituto Universitario Naval (INUN), which have provided financial support for the Project PID Project B-ESCM - Caracterización geofisica y geodésica de la plataforma, borde continental y Cuenca Argentina a través del análisis de datos oceanográficos y métodos potenciales en el Océano Atlántico Sur (60ºW - 40ºW).
Keywords
- Design management
- Participatory design
- Scenario-based method
- Use-case modeling
- Web-based system