0 1 intelligent management and decision-making

02 information management and e-commerce

03 financial engineering

Logistics and supply chain management

① 10 1 politics

②20 1 English 1

③303 Mathematics (3)

④926 operational research and technical economy

1, Industrial Technical Economics Author: Fu Jiaji, Children's Publishing House: Tsinghua University Publishing House, September 2003 (3rd edition);

2. A Course of Operations Research (Second Edition) Author: Hu Yunquan, edited by Guo Press: Tsinghua University Press: May 2003.

Retest written test subjects:

Management Reference Book: Management (2nd Edition) Author: Editor-in-Chief Zhou Sanduo, Chen Chuanming Deputy Editor-in-Chief Press: Higher Education Press, 2005.

Operational research and technical economy

First, the basic requirements of the exam

This examination outline is applicable to the entrance examination for master students majoring in management science and engineering in Shenzhen University. This exam contains two courses: operational research and technical economics.

Operational research is a subject that assists management decision-making by applying scientific methods to management problems related to quantitative factors.

The examination of operational research requires candidates to master the basic idea of operational research system optimization, master the establishment and solution methods of mathematical models of various practical economic management problems, abstract operational research problems from practical problems, choose appropriate methods to solve them, and finally analyze and evaluate the results to provide quantitative basis for decision-making.

Technical economics is an interdisciplinary subject between natural science and social science, and its core content is the basic theory and method of technical and economic analysis and evaluation of projects. The examination requires candidates to master the basic theories and methods of technical economics, and to make a fair, objective and reasonable evaluation of investment projects in the early stage of decision-making.

Second, the examination content and requirements

operational research

1, Introduction

(1) Understand the concept of operational research and its disciplinary characteristics.

(2) Understand the application of operational research in management and the characteristics of operational research in solving problems.

(3) Understand the learning methods of operational research.

2. Linear programming and simplex method

(1) Master the linear programming problem and its mathematical model.

(2) Master the graphic method

(3) Master the principle of simplex method.

(4) Mastering simplex method to solve linear programming problems.

(5) Learn to abstract linear programming problems from practical problems and apply examples.

3. Dual theory and sensitivity analysis of linear programming.

(1) Mastering the dual problem of linear programming

(2) Grasp the basic nature of dual problem.

(3) Understand the shadow price

(4) Master dual simplex method

(5) Mastering the sensitivity analysis by using the optimal simplex table.

(6) Understand parametric linear programming.

4. Transport issues

(1) Master the transportation problem and its mathematical model.

(2) Master the tabular operation method for solving transportation problems.

5. Integer programming

(1) Master the model of integer programming and the characteristics of its solution.

(2) Master the method of solving pure integer programming-branch and bound method.

(3) Master 0- 1 planning.

(4) Grasp the distribution problem

6, graphics and network analysis

(1) Understand the basics of graphs and networks.

(2) Master the shortest path problem

(3) master the maximum flow problem

(4) Understand the minimum cost flow problem.

7. Queuing theory

(1) Understand the birth and death process and Poisson process.

(2) Master the M/M/s queuing model.

(3) Master the M/M/s mixed queuing model.

(4) Understand the introduction of other queuing models.

(5) Understand the optimization of queuing system

8, decision analysis

(1) Understand the basic problems of decision analysis.

(2) Master the risk-based decision-making method.

(3) Master the uncertain decision-making methods.

(4) Mastering the method of utility function

technological economics

1. Overview of technical economics

(1) Master the concepts and elements of technical practice;

(2) Understand the nature and development process of technical economics;

(3) Master the basic principles of technical economics;

(4) Understand the knowledge and ability that technical and economic analysts should possess.

2. Cash flow composition and capital equivalence calculation

(1) Master the concept of cash flow;

(2) Master the concept and composition of project investment;

(3) Master the concept and composition of cost;

(4) Grasp the income, sales tax and additional calculation of the project;

(5) Master the calculation of total profit, income tax and the distribution order of net profit;

(6) Master the concepts of operating cost, fixed cost and variable cost, opportunity cost and sunk cost;

(7) Grasp the concept of time value of funds;

(8) Master the basic concepts and formulas involved in the calculation of time value of funds;

(9) Master the calculation of nominal interest rate and real interest rate;

(10) Master the calculation of capital equivalence and its application.

3. Economic effect evaluation indicators and methods

(1) Master the concept and calculation of payback period.

(2) Master the concepts and calculation of net present value and net annual value.

(3) Master the concept and determination of benchmark rate of return.

(4) Grasp the relationship between net present value and rate of return.

(5) Grasp the meaning and calculation of internal rate of return.

(6) Master the concept and calculation of loan repayment period.

(7) Understand the meaning and calculation method of interest reserve ratio and debt service reserve ratio.

(8) Master the economic evaluation method of mutually exclusive schemes.

4. Uncertainty analysis

(1) Understand the purpose and significance of uncertainty analysis;

(2) Master the break-even analysis method;

(3) Master the methods and steps of sensitivity analysis;

5. Feasibility study of construction project

(1) Understand the meaning of feasibility study.

(2) Understand the working steps of feasibility study.

(3) Understand the contents of feasibility study and report preparation.

(4) Understand the case study of feasibility study.

6. Financial evaluation of construction projects

(1) Understand the concept, purpose, content and procedure of financial evaluation;

(2) Understand the content of financial evaluation and the corresponding relationship between financial basic statements and evaluation indicators;

(3) Understand the estimation methods of economic indicators such as construction investment and liquidity;

7. Value engineering

(1) Understand the origin and connotation of VE.

(2) Master the selection of VA objects

(3) Understand the intelligence data collection in virtual enterprises.

(4) Mastering function analysis: function definition, classification and arrangement.

(5) Mastering function evaluation: absolute evaluation method and relative evaluation method.

(6) Understand the formulation and evaluation of the value engineering scheme.

(7) Understand the cases of veterans.

8. Risk decision-making and risk management

(1) Understand the risk decision criteria and its application;

(2) Understand the application of decision tree in technical and economic analysis;

(3) Understand the criteria and application of decision-making under uncertain conditions;

(4) Understand the general strategies and methods of risk management.

Third, the basic questions

Main reference questions: true or false questions, multiple-choice questions, short-answer questions, discussion questions, calculation questions, etc. The full mark of the test paper is 150. Among them, 90 points for operational research and 60 points for technical economics.