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Construction
Engineering & Project Management |
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Construction
Economy |
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Core Courses |
Overview Engineering economy is the discipline concerned with the economic aspects of engineering, and involves the systematic evaluation of the costs and benefits of proposed technical and business projects and ventures. The principles and methodology of engineering economy are integral part of the daily management and operation of private sector companies and corporations, regulated public utilities, government units or agencies, and nonprofit organizations. They are utilized to analyze alternatives uses of financial resources, particularly in relation to the physical assets and the operation of an organization. Last, but certainly not least, engineering economy will prove to be invaluable to you in assessing the economic merits of alternative uses of your personal funds. What are the Principles of Engineering Economy? 1- Develop the alternatives 2- Focus on the differences 3- Use a consistent viewpoint 4- Use a common unit of measure 5- Consider all relevant criteria 6- Make uncertainty explicit 7- Revisit your decisions Content · Introduction to Engineering Economy · Cost concepts and the Economic Environment · Principles of Money-Time Relationship · Comparing Alternatives · Depreciation and Depletion · Evaluation of alternatives on an After-Tax Basis · Developing Cash Flows · Dealing with Inflation and Price Changes · Dealing with Uncertainty · Dealing with Replacement · Capital Financing and Allocation · Investor-Owned Utilities · Evaluating Projects with the Benefit/Cost Ratio Method · Probabilistic Risk Analysis · Dealing with Multi-attributed Decisions · Electronic Spreadsheets References · E.Paul DeGarmo, William G. Sullivan, James A. Bontadelli, "Engineering Economy", ISBN: 0-02-328271-1 · Dr. Refaat Abdel-Razek's handout Online Books to Read : Software Useful links
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Advanced Construction
Engineering |
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Value
Engineering in the Construction industry |
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Advanced
Construction Management |
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Elective Courses I |
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Construction
Equipment Management |
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Advanced Systems Analysis for Construction Engineers |
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Tendering and
Contracting in Construction |
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Project Planning
and Resource Allocation |
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Advanced Construction & Building Materials |
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Elective Courses II |
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Environmental
Impact Assessment in Civil Eng. Projects |
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Finite Element Method |
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Advanced Strength of Materials |
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Advanced
Construction Surveying |
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Economics of Water Resource Management |
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Directed Studies |
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Master's Thesis Part I |
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Master's Thesis Part II |
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