Author : Manish Kumar Sagar, Manvendra Singh Kushwah and Sharad Agrawal

The women power is decreasing day by day; whose women workers work at manual material handling in the Construction Company and industries. They are not pleasure as comfortable as they were in the earlier time. New recruitments are not in the same ratio as anyone leaving Construction Company and industries. This in twist increases the work load on the present women workers. It has been seen that the women workers are not assigned to the proper load according to their physical aspects and strength. This causes an uneven distribution of work in the Construction Company & industries, which is twist causes severe physical back ach problems to the employees and also decreases the load lifting capacity of women worker. The purpose of this paper is to efficiently determine the optimum combination of three parameters (Worker age, Worker weight and worker strength) for mitigate the load constant of the women worker, the researcher have used the Taguchi parameter optimization methodology, and finally the Modeling of input parameters (Worker age, worker weight and worker strength) and output parameter (Load constant) is done. With the help of mathematical modeling one can select the appropriate anyone for a particular load for a particular work to minimize the back ach problem of women worker in the Construction Company and industry.

Keywords: (MMH) Manual Material Handling, Taguchi Techniques and (LC) Load Constant, women worker.

Article published in International Journal of Current  Engineering  and Technology, Vol.3,No.2 (June- 2013)