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XuetangX

Engineering Economy

Guilin University of Technology via XuetangX

Overview

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   Engineering Economics is a fundamental course for engineering-related majors, focusing on economic issues in the field of engineering. It aims to help learners understand economic principles and decision-making methods in engineering projects. Studying Engineering Economics is highly valuable for students and professionals involved in engineering project management, investment decision-making, corporate strategic planning, and related fields, as it provides them with scientific economic analysis tools and decision-making frameworks.

   Through this course, learners will become proficient in the principles, methodologies, and approaches of engineering economic analysis and alternative evaluation. They will master the fundamental theories and techniques of Engineering Economics and develop the ability to effectively apply this knowledge in project decision-making, conducting alternative selection and evaluation with confidence.

   The course covers key topics, including project cash flow estimation, time value of money calculations, economic evaluation indicators and methods, uncertainty analysis, equipment renewal analysis, and value engineering. By systematically studying these concepts, learners will develop a comprehensive understanding of Engineering Economics and gain the ability to conduct independent engineering economic analyses.

      Emphasizing the integration of theory and practice, the course incorporates extensive case studies, computational exercises, and interactive discussions to help learners translate theoretical knowledge into practical application. The inclusion of alternative selection and evaluation methodologies and decision-making strategy training not only helps learners develop a structured evaluation mindset but also provides them with scientific approaches to problem-solving, enhancing their ability to tackle real-world decision-making challenges. 

Additionally, the course content is closely aligned with professional qualification exams, such as those for Construction Engineers, Cost Engineers, and Consulting Engineers, providing students with a solid theoretical foundation and professional competencies essential for certification and career advancement in engineering-related fields.

    By completing this course, learners will not only master the core competencies of Engineering Economics but also gain long-term benefits in academic research, professional practice, and career development.



Syllabus

  • Chapter 1 Cash Flow and Its Calculation
    • 1.1 Concept of Cash Flow
    • 1.2 Components and Calculation of Cash Flow
  • Chapter 2 Time Value of Money and Equivalent Calculations
    • 2.1 Overview of the Time Value of Money
    • 2.2 Nominal and Effective Interest Rates
    • 2.3 Basic Concepts of Fund Equivalence Calculation
    • 2.4 Equivalence Calculation of Funds (P-F-A)
    • 2.5 Problem of Non-Uniform Payment Series
    • 2.6 Loan Repayment Problem
    • 2.7 Functions for Compound Interest Calculations in Excel
  • Chapter 3 Basic Methods and Indicators of Economic Evaluation of Engineering Projects
    • 3.1 Overview of Economic Evaluation of Engineering Projects
    • 3.2 Static Evaluation Methods and Indicators
    • 3.3 Dynamic Evaluation Methods and Indicators
    • 3.4 Debt Service Capacity and Financial Viability Indicators
  • Chapter 4 Comparison and Selection among Multiple Alternatives
    • 4.1 Overview of Alternative Comparison and Selection
    • 4.2 Comparison and Selection of Mutually Exclusive Alternatives
    • 4.3 Comparison and Selection of Independent Projects
    • 4.4 Comparison and Selection of Mixed Options
  • Chapter 5 Risk and Uncertainty Analysis
    • 5.1 Break-Even Analysis
    • 5.2 Sensitivity Analysis
    • 5.3 Probability Analysis
    • 5.4 Risk Decision
  • Chapter 6 Economic Analysis of Equipment Replacement
    • 6.1 Equipment Wear and Tear
    • 6.2 Economic Life of Equipment
    • 6.3 Economic Analysis of Equipment Replacement
    • 6.4 Equipment Leasing Analysis
  • Chapter 7 Fundamental Theories and Methods of Value Engineering
    • 7.1 Overview of Value Engineering
    • 7.2 Selection of Objects for Value Engineering
    • 7.3 Function Analysis
    • 7.4 Solution Innovation
  • Examination

    Taught by

    Wang Xiaofeng

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