Improving Design Efficiency Using Artificial Intelligence: A Study on the Role of Artificial Intelligence in Streamlining the Interior Design Process | ||
| International Design Journal | ||
| Article 19, Volume 13, Issue 5, September and October 2023, Pages 255-270 PDF (1.88 M) | ||
| Document Type: Original Article | ||
| DOI: 10.21608/idj.2023.222943.1082 | ||
| Authors | ||
| Samar ٍSalah Noaman* 1; GHADA KHALED HUSSEIN2 | ||
| 1Faculty of Applied Arts – Damietta University- Egypt | ||
| 2decoration department,faculty of applied art,damietta university | ||
| Abstract | ||
| Today, the world is witnessing tremendous technological advancements in the era of the Fourth Industrial Revolution and artificial intelligence, which has changed many concepts and work patterns. It is a comprehensive revolution that is radically reshaping reality in all fields, including interior design. This requires interior designers to develop their capabilities and skills to respond to the changing world and its rapid technological transformations to meet the requirements of the future job market. This raises research questions about the impact of artificial intelligence on the design process and whether it will replace the role of the interior designer. The research aims to identify the nature of artificial intelligence and its impact on the design process, as well as to measure the extent of the impact of artificial intelligence techniques on the future of the design process and the interior designer through a questionnaire prepared for a random sample of designers in the field of interior design. The importance of the research lies in raising awareness among designers about the importance of keeping pace with development and benefiting from modern technologies to improve design efficiency and create a new generation of designers capable of dealing with the developments of the era and employing them in new innovations that serve humanity. The research assumes that artificial intelligence applications contribute effectively to the development of creative abilities and design skills. The research has reached a set of results, most notably that artificial intelligence tools are a means and tool for brainstorming and inspiration that contribute to improving design efficiency and enhancing creative abilities, and are not a substitute for the interior designer. The research recommends the necessity for designers to keep pace with technological developments and to exploit the capabilities and possibilities of artificial intelligence tools and software to improve design efficiency and save time and effort. Artificial Intelligence (AI) is an essential part of the fourth industrial revolution, which is characterized by the expansion of digital technology and rapid developments in various fields such as machine learning, the Internet of Things, and big data analysis. With this development, AI has left its mark on many specialties, including interior design and the design process in general. The design process is one of the most demanding processes that requires a lot of effort, time, and resources, involving many complex steps that require multiple technical and creative skills and expertise to execute. With the development of technology and the emergence of the field of AI, it has become possible to facilitate and streamline the design process. AI relies on machine learning and intelligent data analysis techniques to facilitate the design process and provide effective and fast design solutions to the problems designers face. Through the use of AI, designers can analyze data and generate design models and insights faster and more accurately, saving time and effort in understanding customer requirements and focusing the designer's attention on the creative and technical aspects of the design process. AI has the ability to inspire and enhance the design process, but it must be used ethically to avoid negative effects on human creativity and design ethics. Research problem statement: What is the impact of AI on the design process, and does AI replace the role of the interior designer? Research objectives: The study aims to achieve several objectives, including: Identify the nature of AI and its impact on the design process. Measure the extent of the impact of AI technologies on the future of the design process and interior designers. Research significance: The research can contribute to raising awareness among designers about the importance of keeping up with developments and using modern technologies to improve design efficiency and nurture a new generation of designers who can deal with the developments of the era and employ them in new innovations that serve humanity. Research hypotheses: The research assumes that AI applications effectively contribute to developing creative abilities and design skills. Research methodology: The research follows the descriptive analytical methodology by collecting and analyzing information and data to achieve the research objectives and answer the research problem. Research limitations: The time limit of the study is the year 2023, which is the year in which the research was conducted. Results: Through the study's theoretical framework, statistical analysis, and survey results, it was found that: Artificial intelligence tools are a means and tool for brainstorming that have the ability to inspire and enhance the interior design process. They also contribute to improving the efficiency of the design process and enhancing imaginative and creative abilities, and are not a substitute for the interior designer but rather an assisting tool for them. 87.5% of the research sample designers reported having used artificial intelligence applications in the design process, with more than half of the sample reporting that the "Midjourny" application is the most effective. The reasons for this, according to the statistical proportions of the research sample, are that it offers innovative ideas, ease of inputting data into the program, and multiple options for the same data. More than half of the research sample of designers reported that artificial intelligence applications: Facilitate and streamline the design process Contribute to saving time, effort, and completing assigned tasks Contribute to developing their design skills and increasing their imaginative abilities Help facilitate the concept and mood board stages of the design Assist in providing more options for customers and bridging the gap between them and the client, ultimately reducing the need for repeated modifications. More than half of the research sample reported not feeling concerned about the rapid development of artificial intelligence applications in the interior design profession. They believe that these applications will not replace the role of the interior designer and furniture, but instead serve as an assistant tool. More than half of the research sample of designers expressed support for the use of artificial intelligence programs in the design process and integrating them with traditional methods. However, the resulting designs from some artificial intelligence programs require further modifications to become executable. | ||
| Keywords | ||
| Artificial Intelligence (AI); Interior Designer; Streamlining; Design Process | ||
|
Supplementary Files
|
||
| References | ||
|
Al-Dian, Ziad Odeh Rabah. (2018) “Design stages.” Lecture, Design Department, College of Applied Arts. University of Babylon https://www.uobabylon.edu.iq/eprints/publication_5_8117_6100.pdf. Aldyan, Ziyad 3oda rb7. (2018) “mra7l altsmym.” m7adra b8sm altsmym klya alfnon alt6by8ya. gam3a babl https://www.uobabylon.edu.iq/eprints/publication_5_8117_6100.pdf. 2. Al-Atl, Muhammad Hamad Muhammad, and others. (2021) The Role of Artificial Intelligence “AI” in Education from the Viewpoint of Students of the College of Basic Education in the State of Kuwait.” Journal of Applied Studies and Research, Volume (1), Issue (1), p. 35 al3tl, m7md 7md m7mdwa5ron. (2021) dor alzka2 al es6na3y "ai" fy alt3lym mnwgha nzr 6lba klya altrbya alasasya bdola alkoyt." mgla aldrasatwalb7oth alt6by8ya. almgld (1). al3dd (1). s 35 3. Al-Qader, Abd Al-Razeq Mukhtar Mahmoud Abd. “(2020) Applications of Artificial Intelligence: An Introduction to Developing Education in Light of the Challenges of the Corona Virus Pandemic.” (Covid-19) International Journal of Research in Educational Sciences. Volume (3), Issue (4), p. 182. al8adr, 3bd alraz8 m5tar m7mod 3bd. mgld (3), al3dd (4).s 182. 4. Al-Masoud, Essam Abdullah Al-Asiri, Dareen Abdel-Rahman Hamed (2022). "The impact of artificial intelligence on trade show windows." Journal of Arts, Literature, Humanities and Sociology. Issue (84). p. 228. alms3od, 3sam 3bdllh al3syry, daryn 3bd alr7mn 7amd (2022). "tathyr alzka2 alas6na3y 3 la noafz al3rd altgarya." mgla alfnonwaladabw3lom al ensanyatwalagtma3. al3dd (84). s 228 5. Gohar, Hamdy Sayed. (2022) “Mind Maps as an Effective Tool for Recognizing Aesthetic and Functional Values in Interior Design Education.” Heritage and Design Journal. Volume (2). Issue (7). P. 73:51. gohr, 7mdy syd. (2022) mgla altrathwaltsmym. almgld (2). al3dd (7). s 73:51. 6. Hamdi, Youmna (2022) “The Application of Artificial Intelligence in the Development of Interior Design Operations Management.” Issue 2, 2022.” Journal of Design Sciences and Applied Arts, Volume 3, Issue 2, p. 240. 7mdy, ymny. (2022) “t6by8 alzka2 al es6na3y fy t6oyr edara 3mlyat altsmym alda5ly.” 3dd 2, 2022.” mgla 3lom altsmymwalfnon alt6by8ya. almgld (3). al3dd (2). s 240. 7. Radi, Asmaa Jalal, Doaa Abdul Qadir Al-Qatari (2023). "A comparative analytical study of the use of artificial intelligence (AI) tools in the creation of various designs for women's clothing." International Design Journal 13, no. 2:364. rady, asma2 glal, d3a2 3bd al8adr al86ry (2023). "Drasa t7lylya m8arna ltozyf adoat alzka2 al es6na3y ai fy ast7dath tsmymat mtno3a lmlabs almraa." mgla altsmym aldolya 13, no. 2:364. 8. Zaki, Mohamed Kamal El-Din. (2022) The future of artificial intelligence in the Egyptian hotel sector. Arab Journal of Tourism, Hospitality and Antiquities Sciences. Volume (3). Issue (5). p. 91. zky, m7md kmal aldyn (2022) mst8bl alzka2 al es6na3y fy al86a3 alfndy almsry. almgla al3rbya l3lom alsya7awaldyafawalathar. mgld (3). al3dd (5). s 91. 9. Attia, Ashraf Ibrahim. (2021) “The Implications of Artificial Intelligence for Unemployment and the Future of Work: Widening Displacement Rate or Increased Productivity Rate?” Journal of Law and Technology. Volume (1). Issue (1). p. 173. 36ya, Ashraf Ibrahim. (2021). mgla al8anonwaltknology. almgld (1). al3dd (1). s 173. 10. Qushti, Nabila Abdel-Fattah Hassanein (2020). The impact of artificial intelligence on the development of education systems. International Journal of Internet Education. 10.21608/JAEE.2020.107259. p. (71). 8sh6y, nbyla 3bd alfta7 7snyn (2020). "tathyr alzka2 al es6na3y 3la t6oyr nzm alt3lym." almgla aldolya llt3lym bal entrance. 10.21608/jaee.2020.107259. s (71). 11. Mokhtar, Bakary (2022) Challenges of artificial intelligence and its applications in education. Forum Journal of Economic Studies and Research. Volume (6). Issue (1). p. 293. m5tar, bkary" (2022) t7dyat alzka2 al es6na3ywt6by8ath fy alt3lym." mgla almntdy lldrasatwalab7ath ala8tsadya. almgld (6). al3dd (1). s 293. 12. Waheed, Sama Ahmed (2023). Artificial intelligence techniques and tools and manifestations of change in the role of product designer. International Design Journal. Volume (13). Issue (2). P. 204. o7yd, sma2 a7md (".(2023t8nyatwadoat alzka2 al es6na3ywmzahr altghyr fy dor msmm almntgat". mgla altsmym aldolya. almgld (13). al3d (2). S 204. 13. Stocker, G. et al. (2021). The Practice of Art and AI. Hatje Cantz. Austria. 14. Badding. S. et al. (2014). Models of thinking: Assessment of the components of the design thinking process. Conference: 9th DMI: Academic Design Management Conference Design Management in an Era of Disruption. London UK. 15. RACEC, E. et al. (2016) Computational Intelligence in architectural and interior design: a state-of-the-art and outlook on the field. Corpus ID: 35363971 16. Chen, Z. et al. (2020). Application of AI technology in interior design. E3S Web of Conferences. 179. https://doi.org/10.1051/e3sconf/202017902105 | ||
|
Statistics Article View: 4,779 PDF Download: 2,081 |
||
