Economic and Financial Analysis for Engineering and Project Management is for engineers and others who must analyze the financial and economic ramifications of producing and sustaining capital projects. Unlike other books in the field, it offers straightforward and lucid explanations of all main formulas needed to carry out financial analyses. The math is kept simple and is fully explained, making the book accessible to non-technical personnel. Numerous sample problems are provided, and can be worked on standard spreadsheet programs, as well as using interest rate tables. The book shows how to link quantitative data to management decisions and to standard reporting forms and has been designed for practicing engineers and students alike.
Economic and Financial Analysis for Engineering and Project Management is a "must have" for graduate students in engineering management departments; graduate and undergraduates taking courses in project management, engineering economics, and engineering finance. Practicing engineers will find this book THE handy reference for any project involving financial analyses.
Table of Contents
Part 1: Financial Analysis & Choice of Alternatives Chapter 1: Introduction Cost and Benefits o Importance of Time (Time Value of Money) o Interest Rate o Continuous Compounding of Interest o Effective Rate of Interest o Nominal Interest Rate o Equivalence o Cash Flow Diagram o Importance of Cash Flow Diagram o The Process of Decision Making o Financial Analysis Methods o Derivation of Formulae: Problems Chapter 2: Present Worth Present Value (PV) o Net Present Worth o Present Value of Uniform Annual Series o Present Value of Series with Arithmetic Gradient o Multiple Alternatives and Equalizing Lives o Exclusivity: Problems Chapter 3: Future Worth Future Value (FV) o Future Value of Uniform Annual Series o Multiple Alternatives o Problems Chapter 4: Annual Worth Annual Worth & Equivalent Uniform Annual Worth o Important Point o EUAW Spreadsheet o Annual Worth of Arithmetic Gradiant Series o Problems Chapter 5: Rate of Return Rate of Return o Multiple Alternatives and Incremental Analysis o Multiple Rate of Returns o Problems Chapter 6: Benefit-Cost Ratio Analysis Benefit Cost Ratio o Equalizing Lives and Incremental Analysis o Payback o Multiple Alternatives: Problems Chapter 7: Inflation and Its Effect on Financial Analysis Inflation and Purchasing Power o Inflation and Interest Rate Combined o Inflation Adjusted Discount Rate: Deflation o General Inflation Indices o Problems Chapter 8: Tax and Depreciation Effects of Income Tax o Depreciation, Book Value, and Capital Gain o Straight Line Depreciation o Double Declining Balance Depreciation (DDB) o Modified Accelerated Cost Recovery System Depreciation o Sum of the Years Digit Depreciation (SOYD) o Change of Depreciation Method o Amortization and Depletion o Financial Analysis with Tax and Depreciation o A Comprehensive Example o Problems Chapter 9: General Comments on Financial Analysis and Problem Solving Applicability of Different Methods o Financial Structure of an Investment o General Structure of Problems o Extra Problems Part 2: Life-Cycle Worth (LCW) Chapter 10: Background and Definitions Background o Life o System Life o Physical Life o Technological Life o Economic Life o Life of Interest and Planning Horizon o Phases of the Life-Time o Phase 1-Concept Formation o Phase 2-Conceptual Design & Development o Phase 3- Design/Engineering, Prototyping & Test o Phase 4-Manufacturing, Test, Packaging and Delivery o Phase 5-Installation, Operation, and Maintenance o Phase 6-Removal, Salvage, or Resale o Concurrent Engineering o Problems Chapter 11: Life-Time Estimation and Calculation Life-Time Cash Flow Diagram o Work Breakdown & Cost Breakdown Structure (CBS) o Life-Time Worth Calculation o Generic WBS o*Life-Time Cost Estimation o Parametric Estimation o Comparative Estimation o Engineering Estimation o Combination of the Estimating Methods o Estimation Accuracy o Universal Ratios o Problems Chapter 12: Software Systems Development and Estimations Introduction o Software Development Process o Requirements Analysis o Preliminary Design o Detailed Design o Implementation o System Test and Acceptance o Software Estimation o Anion-Ardalan Estimation Curve Part 3: Replacement and Retirement Chapter 13: Introduction and Definitions Introduction o Retirement o Opportunity Cost o Replacement o Problems Chapter 14 Replacement Decision Making o Replacement Philosophy o Economic Life and Continuous Replacement o Computerized Determination of the Economic Life o Depreciation & Tax Effects on Replacement o*Replacement Process oMore about Replacement o Prior Knowledge of Replacement Time o Problems Appendix 1: Proof of the Formulae Appendix 2: Interest Tables Index