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คณะสถาปัตยกรรม ศิลปะและการออกแบบ
The purpose of this research aims to guidelines the identity design for high-speed rail stations, which are divided into four steps: 1) Survey and analysis of identity at the high-speed train stations, including subway in Japan and Taiwan. 2) Comparison the perception of the environment by the questionnaire at BTS, MRT BL, Airport Rail Link (AERA1), and MRT PPL in Bangkok from passengers 800 passengers. 3) Survey and analysis the perception of identity at the MRT Blue Line by questionnaires 800 passengers at Wat Mangkorn, Sam Yod, Sanam Chai, and Itsaraphap stations. 4) To analysis with the descriptive statistics and one-way ANOVA. Study and survey of the high-speed rail environment from Bangkok to Nong Khai, then synthesize the identity design guidelines by 12 experts with structured interviews to summarize the conceptual framework for identity design for high-speed rail stations. The results shown that the identity of train stations in Japan and Taiwan is designed based on architectural and historical concepts that align with the local environment, society, and lifestyle near the stations. This design approach is evident at stations serving as significant tourist attractions and in the surrounding environment, including external buildings and nearby public transportation connections, as well as entrance and exit doors to the station. In summary, four types of identities have been identified: 1) The Identity Historical and Architectural 2) The Identity of Culture 3) The Identity from Cartoons and 4) The Identity of Art and Design
คณะอุตสาหกรรมอาหาร
A new jelly snack alternative for health-conscious individuals—delicious, convenient, and gut-friendly. Rich in probiotics and prebiotics, packed with antioxidants, and essential vitamins. Suitable for health enthusiasts and lactose-intolerant individuals. Free from artificial colors and flavors
คณะบริหารธุรกิจ
CO Breathalyzer with Voice Response is the device to measured the level of CO residual in a person's lung who consume tobacco. Measuring residual CO in human breath can identify the tobacco addiction level instead of measuring nicotine in blood.