Application of Quality Function Deployment for Fruit and Vegetable Washing Machine Design Planning

Main Article Content

Natta Wasulipigorn
Peerapop Jomtong

Abstract

This research aims to plan the design of a vegetable and fruit washing machine according to customer requirements. By applying the Quality Function Deployment (QFD) and the Business Model Canvas (BMC) to help find needs. This will begin by collecting information on customer demand in restaurants and hotels registered with the Tourism Authority of Thailand and the Department of Provincial Administration in the southern region to compile into information in the BMC target audience field the data obtained were used to create a questionnaire to determine the importance of each factor before analyzing the data in QFD Phase 1 product design planning in quality homes. It was found that priorities affect the design of fruit and vegetable washing machines respectively. Top 12, use safe materials, can wash vegetables and fruits well, use standard materials, reasonable price, easy to pick up vegetables and fruits, the appearance of the machine must not cause any harm, strong, easy to care, installed grounding system, the amount of washing per cycle, easy to move, the size of the machine is suitable for the space set up accordingly.

Article Details

How to Cite
[1]
N. Wasulipigorn and P. Jomtong, “Application of Quality Function Deployment for Fruit and Vegetable Washing Machine Design Planning”, sej, vol. 18, no. 1, pp. 1–14, Nov. 2022.
Section
Research Articles

References

D. H. Minh, B. V. Phuong, P. V. Binh and N. V. Duc, “Design, development and performance evaluation of a new-type fruit vegetable washer,” J. Mechanical Eng., ser. D, vol. 43, pp. 265-274, 2020.

R. Wolniak, “The history of the QFD method,” Sci. Univ. Tech. Memo, vol.100, pp. 553-564, Jan. 2017.

W. Nakkiew, Quality function deployment, Handout, Industrial Eng., Univ. Chiang Mai, 2021.

A. Makme, “Hot pressing process improvement by QFD and FMEA techniques,” M.Eng. dissertation, Mgmt. Eng., Univ. Silpakorn, 2019.

U. Janpratad, “The analysis and quality development of a relay for motor cycles by using quality function deployment,” M.S. dissertation, Mgmt. Eng., Univ. Srinakharinwirot, 2012.

K. Chittrakool, “Product design based on business model canvas and quality function deployment case study: a design mobile dental,” M.Eng. dissertation, Industrial Eng., Univ. Suranaree, 2017.

D. Han, T. Jung and T. Dieck, “Translating Tourist Requirements into Mobile AR Application Engineering through QFD,” Inter. J. Human–Com., vol 35, pp. 1842-1858, Mar. 2019.

V. Iwan, M. G and S. J. mei, “Application of multi-based Quality Function Deployment (QFD) model to improve halal meat industry,” J. Isla. Mkt., vol 10, pp. 97-124, Oct. 2017.

P. K. Author, “Knowledge of vegetable washing pesticide contamination situation and review of proper washing of vegetable and fruits,” Pesticide Warning Conf., Bangkok., 2015, pp. 1-12.

Labor Research Division, “summary of the survey research process”, 2010.

M. Pattanasombatsuk, “Quality monitoring of research tools in nursing and social sciences,” J. M.N.S., vol 8, pp. 332-340, May-Aug. 2021.