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    Engineering Economics: Concepts And Numerical Examples

    Posted By: ELK1nG
    Engineering Economics: Concepts And Numerical Examples

    Engineering Economics: Concepts And Numerical Examples
    Published 12/2024
    MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
    Language: English | Size: 2.21 GB | Duration: 6h 33m

    Fundamentals of Engineering Economy

    What you'll learn

    Understand the concept of time value of money

    Recognize simple and compound interest rates

    Discuss arithmetic and gradient gradient series

    Compute present worth, annual worth and future worth of investments

    Perceive the concepts of nominal and effective interest rates

    Address the cases of continuous compounding and variable interest rates

    Analyze the economic feasibility of independent and mutually exclusive projects

    Conceive the payback period method

    Apply the concepts of internal and external rate of returns

    Adopt the incremental approach in economic analysis

    Implement SIR ratio and capitalized equivalent method

    Deploy sensitivity analysis in financial analysis

    Assess the capital budgeting of projects

    Undertake different depreciation methods of assets

    Perform asset replacement analysis

    Take economic decisions under inflation

    Requirements

    No prior knowledge of construction management is required

    Description

    Engineering economics is the domain that accommodates the implementation of economic techniques for the evaluation of engineering alternatives.  This course is designed to deliver the fundamental concepts of engineering economy to the audience. It is a +6 hour course that covers the basics and numerical examples of engineering economics. This course covers the following topics: time value of money, arithmetic and geometric series, nominal and effective interest rates, measuring the worth of investment, rate of return analysis, comparison of alternatives, supplementary analysis, capital budgeting, depreciation methods, asset replacement analysis, and inflation analysis. This course tackles several methods of investment appraisal such as payback period, net present worth, net future worth, net annual worth, internal rate of return, external rate of return, savings/investment ratio and capitalized equivalent. With regards to asset depreciation, this course addresses the methods of straight line, units of production, sum of years digit, declining balance, and double declining balance. The content of this course also displays the computational procedures of sensitivity analysis and break-even analysis. As for replacement analysis, students will learn the approaches of insider viewpoint (cashflow) approach and outsider viewpoint (opportunity cost). As for inflation analysis, students will comprehend the terms of inflation rate, inflation free interest rate, market interest rate, real dollars and actual dollars. Students can find more than 130 solved examples in this course.

    Overview

    Section 1: Overview and Context

    Lecture 1 Course Syllabus

    Section 2: Time Value of Money

    Lecture 2 Time Value Money

    Lecture 3 Interest Rates

    Lecture 4 Cashflow Analysis

    Lecture 5 Uniform Cashflow

    Section 3: Arithmetic and Geometric Series

    Lecture 6 Arithmetic Series

    Lecture 7 Geometric Series

    Lecture 8 Captal Recovery

    Lecture 9 Composite Cashflow

    Section 4: Nominal and Effective Interest Rates

    Lecture 10 Compounding Concept

    Lecture 11 Effective Interest Rate

    Lecture 12 Continuous Compounding

    Lecture 13 Variable Interest Rates

    Section 5: Comparison of Alternatives I

    Lecture 14 Introduction

    Lecture 15 Screening Method

    Lecture 16 PW, FW and AW

    Lecture 17 Examples

    Section 6: Comaprison of Alternatives II

    Lecture 18 Internal Rate of Return

    Lecture 19 Multiple RORs

    Lecture 20 External Rate of Return

    Lecture 21 Incremental Approach

    Section 7: Comparison of Alernatives III

    Lecture 22 SIR Ratio

    Lecture 23 Capitalized Equivalent

    Lecture 24 Rate of Return Analysis

    Lecture 25 Supplementary Analysis

    Section 8: Capital Budgeting and Asset Depreciation

    Lecture 26 Capiral Budgeting

    Lecture 27 Enumeration Method

    Lecture 28 Accounting Depreciation

    Lecture 29 Depreciation methods

    Section 9: Asset Replacement Analysis

    Lecture 30 Basic Concepts

    Lecture 31 Defender and Challenger

    Lecture 32 Economic Service Life

    Lecture 33 Optimal Replacement Time

    Section 10: Economic Analysis Under Inflation

    Lecture 34 Decisions Under Inflation

    Construction managers,,Civil engineers,Construction engineering students,Business and economics students