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King Fahd university of Petroleum and Minerals

King Fahd university of Petroleum and Minerals. Construction Engineering and Management Department CEM 512 Unused Space in Mosque To: Prof. Sadi Assaf Prepared by: Abdullah Al-Sharif. OUTLINE. Objective Introduction Value Engineering Job Plan Information Phase Speculation Phase

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King Fahd university of Petroleum and Minerals

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  1. King Fahd university of Petroleum and Minerals Construction Engineering and Management Department CEM 512 Unused Space in Mosque To: Prof. Sadi Assaf Prepared by: Abdullah Al-Sharif

  2. OUTLINE • Objective • Introduction • Value Engineering Job Plan • Information Phase • Speculation Phase • Analysis Phase • Development Phase • Presentation & Implementation Phases • Conclusion

  3. OBJECTIVE Apply the Value Engineering concept to select the best way to reduce the operational cost for existing 40m x 50m Mosque.

  4. Introduction The operational cost for a 40m x 50m Mosque is considered to be high because of the following factors: • Unutilized space • Excess power • Dirty carpet needs to be replaced. This presentation will show VE study in order to save some money.

  5. Information Phase Performance Criteria • Saving money • Air-conditioning • Lights • Clean carpet • Aesthetic • Pleasant place

  6. Information Phase

  7. Cost data

  8. Cost data

  9. Cost data

  10. Pareto’s Law

  11. Function Worksheet

  12. Generate Ideas • Reduce the size of the Mosque • Use transparent Glass partition • Use Gypsum board partition • Use sensors for cooling system • Use diesel generator • Cloth

  13. Feasibility Ranking E. POTENTIAL COST BENEFIT F. AESTHETIC C. PROBABILITY TO IMPLEMEN-TATION TOTAL RNKING D. TIME TO IMPLEMENT A. STATE OF THE ART B. COST TO DEVELOP 1. Reduce Mosque Size 5 1 1 3 2 4 16 2. Use Glass Partitions 8 6 9 8 9 1 41 3. Use Gypsum board Partitions 8 4 6 2 1 1 22 4. Sensors for Cooling System 9 7 10 8 9 7 50

  14. Ideas Comparison

  15. Determining Weights for Evaluation

  16. Aesthetic TOAL RNKING Clean Carpet Air-Conditioning Lights WEIGHTS 10 6 2 3 2 2 Idea 1: Original Design 10 24 8 6 6 8 4 62 Idea 2: Use Cooling Syst. Sensors 50 30 8 9 8 8 1 113 Idea 3: Transparent Glass 40 30 10 15 8 8 2 111 Idea 4: Gypsum Board 40 30 8 12 4 6 3 100 Evaluation Matrix Saving Money ComfortPlace

  17. Summary Use transparent glass as partition for one third of the total area (750 sq. m) in order to minimize the consumption of power that caused by air-condition, replacing carpet and excess lights. In addition to install the cooling sensors to maintain the temperature. Following table will show the net saving out of the study.

  18. Summary

  19. Thank You

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