ACADEMICIA: An International Multidisciplinary Research Journal
  • Year: 2020
  • Volume: 10
  • Issue: 6

Analysis of forecasting of the assortment of children's footwears

  • Author:
  • Ergashev Jamoliddin Samatovich, Umarova Venera Babakulova, Dadaboev Farhod Makhmudjanovich, Mamadalieva Ominakhon Boltaboevna, Rayimberdieva Dilrabo Khabibillaevna
  • Total Page Count: 8
  • Page Number: 577 to 584

*Doctor of Technological Sciences, Head of the Department “Technology and Design of Light Industry Products”, Namangan Engineering and Technology Institute, Uzbekistan. Email id: ergashev@namti.uz

**Senior Lecturer, Department of “Technology and Design of Light Industry Products”, Namangan Engineering and Technology Institute, Uzbekistan. Email id: islam-kiyamov@mail.ru

***Senior Lecturer, Department of “Technology and Design of Light Industry Products”, Namangan Engineering and Technology Institute, Uzbekistan. Email id: Farhodjon1975@bk.ru

****Senior Lecturer, Department of “Technology and Design of Light Industry Products”, Namangan Engineering and Technology Institute, Uzbekistan. Email id: o.mamadalieva@namti.uz

Online published on 10 August, 2020.

Abstract

This article provides a brief description of the possibility of predicting the demand for the assortment for preschoolers and primary schoolchildren in the shoe market. Shoes from a hygienic point of view should protect the body from cooling and overheating, protect the foot from mechanical damage, help the muscles and ligaments, keep the arch of the foot in a normal position, provide a favorable microclimate around the foot, and help maintain the necessary temperature and humidity conditions under any microclimatic conditions Wednesday. Shoes should meet hygienic requirements -be lightweight, comfortable, not restrict movements, fit the shape and size of the foot.

Keywords

Market, Children's Shoes, Consumer Demand, Children's Feet, Requirements For Shoes, Shoe Function, Product Range, Shoe Properties, Marketing Research, Shoe Design Forecast And Production Volume Forecast