Study of Usability and Dissemination of Building Information Modeling for Interior Design

Authors

  • Kotchaphorn Wongsanao Faculty of Architecture, Rajamangala University of Technology Thanyaburi

DOI:

https://doi.org/10.55766/GOEI8861

Keywords:

Building Information Modeling, Interior Design, Dissemination

Abstract

       The objectives of the research are to investigate rate of ability to use building information modeling or BIM in interior design and to study the effect of dissemination of building information modeling or BIM in interior design. The results of the research show that the understanding and perception on the use of building information modeling for interior design are at the medium level and the dissemination of building information modeling for interior design is also at moderate level. The mixed transfer method and the faith based transfer (type 2, faith in the innovation), are used, but the results are still at only the moderate level. Therefore, other types of knowledge transfer may be needed. However, the volunteers are able to achieve adequate knowledge in the cognitive domain and leading to  successful dissemination to the level of confirmation, the correlation coefficient between the cognitive domain and the confirmation level is on the positive side (r = .360**). This is apparent that improvement on transferring method to be more interesting may lead to higher correlation coefficient. Further research on this or similar topic may provide better results and higher rate of reliability if engage more on in-depth research, more volunteers, and more information on the subject.

References

Jitraporn, L. (2013). The Development of Performance Task to Enhance Students’ Analytical Thinking in Business Ethics Course (BUS 400). (In Thai). Cooperation Education and Career Development Center, Sripatum University.

Krismant, W. (2010). Dissemination of Innovation and Technology to Education. (In Thai). [Online]. Available: http://www.bangkok.go.th/upload/user/00000116/4-techno/article/1-academic/53.pdf.

Pawarit, S., & Prudthitham, K. (2012). Tech Dare User's Guide Thai TEKLA for Civil Engineers, Structural Engineers, Designers, High-Level Structural Designers. (In Thai). Bangkok: M & M Laserprint.

Piyaboon, N. (2018). Architectural Design by Revit Architecture Program. (In Thai). [Online]. Available: http://samuraipiping.blogspot.com.

Saruschai, A. (2018). Construction Should Switch to BIM. (In Thai). [Online]. Available: https://www.teamgroup.co.th/th/5-7022561-20/.

Sasithon, W. (2013). Learning Management. (In Thai). Bangkok: Odeon Store.

Sketchuphome. (2015). 3DeeD ONLINE TUTORIALS. [Online]. Available: http://3deed.com/tutorials.

Suthipong, S. (2015). Easy BIM (Building Information Modeling) with Trimble Sketchup Program. (In Thai). [Online]. Available: https://www.slideshare. net/warunyoosonkran/easy-bim-building- information-modeling-sketchup.

Tanya, P., & Thanyawich V. (2012). Innovation Diffusion: Concept and Model. Journal of Library and Information Science Srinakharinwirot University. (In Thai). 5(1): 107-118.

Wanpichit, K. (2015). Revit Architecture Version 2015, Concept of BIM (Building Information Modeling). (In Thai). [Online]. Available: https://pubhtml5.com/eclx/xthf/basic/151-155.

Wipanee, C. (2016). The Diffusion of Innovations of The Center of Innovative Learning on The Teaching Process in The College of Communication Arts, Rangsit University. (In Thai). Master Degree of Arts Program in Mass Communication, Thammasat University.

Wuttipong, P., Woramon, P., Piboonsak, B., Sura, C., & Jirapong, A. (2012). 89 TIPS ARTLANTIS and ARCHICAD. (In Thai). Nakhon Pathom: S Charoen Printing.

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Published

2021-06-21

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Section

Research Article