Development and Application of Menu Engineering Technique for University Residence Hall Foodservice.
- Author:
Il Sun YANG
1
;
Hae Young LEE
;
Seo Young SHIN
;
Hyun Wook DO
Author Information
1. Department of Food and Nutrition, Yonsei University, Seoul, Korea.
- Publication Type:Original Article
- Keywords:
university residence hall foodservice;
menu analysis;
preference;
Menu Engineering;
Menu Engineering Modified by Preference (MEMP)
- MeSH:
Classification;
Commerce;
Data Interpretation, Statistical;
Food Preferences;
Serving Size
- From:Korean Journal of Community Nutrition
2003;8(1):62-70
- CountryRepublic of Korea
- Language:Korean
-
Abstract:
This article aims to summarize the development and application of menu engineering technique, 'Menu Engineering Modified by Preference (MEMP)'. The site selected for this project was a foodservice operation in Yonsei University residence hall. Sales and food costs data were collected from the daily sales reports for 1 month, and the survey of food preference was conducted during May, 1999. Statistical data analysis was completed using the SAS/Win 6.12 for descriptive analysis. The calculation for menu analysis were carried out with MS 2000 Excel spreadsheet program. This MEMP technique developed had 6 category criteria and 2 dimensions of the contribution margin (CM) and the menu mix modified% (MMM%). The MMM% was calculated by the sales volumes and also weighted by food preference. The CM and MMM% for each item were compared with a mean menu CM as well as a 70% rule. Four possible classifications by MEMP were turned out as 'STAR', 'PLOWHORSE', 'PUZZLE', 'DOG'. 'STAR' items were the most popular and profitable items and required to maintain rigid specifications for quality. The decision actions for 'PLOWHORSE' menu items which were relatively popular, but yield a low menu average CM included combining a plowhorse item with lower cost products and reducing the frequency of serving or serving size. There was a need for 'PUZZLE' items to be changed in the menu combination, improve recipe, and promote menu. The last 'DOG' items were desired to be deleted. This study demonstrates that menu information can be interpreted more easily with MEMP. The use of MEMP is therefore an effective way to improve management decisions about menu of university residence hall foodservice.
