Direct materials cost analysis in the production of samoli bread in Forsan BakeryProject principle investigators: Saud Al-Wagdani, Rayed Al-Thubaiti, Abdullah Al-Muhanna, Fahad Al-Faadhel Supervisor: Dr. Muhammad Al-Salamah Course: ISE-304 Principles of Industrial Costing Institution: King Fahd University of Petroleum and Minerals Abstract In this report we present our findings on estimating direct materials cost in a large scale bakery. We focused on the production of samoli bread which is the most popular bread consumed in Saudi Arabia. We analyzed the production process and identified the steps followed to produce bread. Then, we identified the materials used to produce bread. After that, a standard for ingredients has been identified and the cost of production of an average units consumed per week was estimated. Finally, a conclusion and several recommendations have been presented. Introduction Bread is one of the fundamentals of food around the world. It is a part of almost all cultures and traditions. Nowadays more bakeries are competing to attract consumers’ attention by providing high quality bread with competitive price. Bread production is a lucrative business for those who succeed at it. We were asked to analyze the production of bread and estimate the costs associated with it. In this report we analyzed material cost in a large scale bakery called Forsan which is located in Riyadh. The bakery produces a large variety of bread, croissants, sweets, pastry and desserts. Our case study will focus on the production of (samoli) bread. Raw Material The ingredients of bread are flour, sugar, additives, milk powder, yeast, salt and water. Process Description Stage 1: mixing ingredients with dough and cold water Stage 2: forming the shape of the bread on specific sizes Stage 3: proofing the mixture with yeast to be ready for cooking Stage 4: placing it in the oven with a temperature of 210˚ Stage 5: taking off the oven and cooling to room temperature Stage 6: packing the ready bread Stage 7: distribution The stages are illustrated in the following diagram:
Data We will consider a production demand for a week.
Costs
It will be assumed
Calculations Ss = (Sf + Lw)×(1 + Ls + Lh) Cdm = Ss Cms – Vs Flour:
Starting Material = (6740+674) * (1+0.15) = 8526 cups Material cost = 8526 * 0.18 = 1534.698 SR Milk Powder:
S M = (1123+112) * (1+0.15) = 1420 cups Material cost = 1420 * 0.11 = 156.27 SR\ Additives:
S M = (1123+112) * (1+0.15) = 1420 bags Material cost = 1420* 0.27 = 383.4 SR Salt:
S M = (2247+225) * (1+0.15) = 2842 tsp Material cost = 2842 * 0.05 = 142.12 SR Sugar:
S M = (1123+112) * (1+0.15) = 1420 tsp Material cost = 1420 * 0.085 = 120 .75 SR Water:
S M =(4493+449) * (1+0.15) = 5683 cups Material cost = 5683* 0.015= 85.25 SR Yeast:
S M = (1123+112) * (1+0.15) = 1420 bags M cost = 1420 * 0.15 = 213 SR Total Material Cost = SUM = 2635.6 SR for 33700 units Cost per unit = SR 0.08 Conclusion Recommendation In this report we presented a case of estimating materials cost in the bread industry. The cost per unit of samoli bread was SR 0.08 while it is sold for SR 0.25 which is a reasonable price for samoli bread. To improve the process and further improve the profitability we can do some actions that will reduce the cost. Since we are working on materials cost it is a good idea to look for waste and try to reduce it or eliminate it. After analyzing the process, we assumed that the waste was 10 % and the scrap was 15%. By the use of improved processes and the introduction of automated machines, we can reduce those significantly. Another possible solution is to increase the amount of yeast to increase the size and reduce the amounts of other materials included without sacrificing the quality of bread produced.
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