The application conditions are as follows:
(a) who abide by the law and meet one of the following conditions of China people and citizens, can apply to participate in the cost engineer qualification examination:
(1) graduated from a college majoring in engineering cost, and has been engaged in engineering cost business for 5 years; Graduated from college, engaged in engineering cost business for 6 years.
(2) Obtain a bachelor's degree in engineering cost and have been engaged in engineering cost business for 4 years; Bachelor degree in engineering or engineering economics, engaged in engineering cost business for 5 years.
(3) Obtained the second bachelor's degree or graduate class of the above-mentioned major and obtained a master's degree, and worked in the engineering cost business for 3 years.
(4) Having been engaged in the engineering cost business for 2 years after obtaining the professional doctorate.
foreword
(1) Master
1.
The concept of power system and the composition of modern power system.
2.
Concepts of transmission network and distribution network and their relationship.
3.
Composition and function of main and auxiliary production systems in conventional thermal power plants.
4.
According to the position and function of substation in power system, the types and functions of substation are classified.
(2) Familiar with
1.
Technical characteristics of power system.
2.
Characteristics of several operating states of power system.
3.
Basic requirements for power system operation and power grid construction.
4.
The voltage standard grade is GB 156 rated voltage.
5.
Main characteristics of various power plants classified by main equipment types.
6.
Types and characteristics of power loads classified according to power supply reliability requirements.
(3) Understanding
1.
In addition to the control system, two types of components in the power system and their functions.
2.
Power network connection mode.
3.
Basic structure of transmission network.
4.
Types and characteristics of thermal power plants classified by products supplied.
5.
Types and characteristics of substations classified according to the use function of transformers.
The first project management
Chapter 1 Introduction to Project Management
(1) Master
1.
Significance and characteristics of the project.
2.
Phase division of project cycle operation.
3.
Elements of project management.
4.
The task of project management.
5.
The service content of engineering consulting company in engineering construction.
6.
Current management system of engineering construction in China.
(2) Familiar with
1.
Characteristics of project life cycle.
2.
Construction Procedures of China Engineering Project
3.
The role of government, owner and contractor in the process of project construction management.
4.
The role of quantity surveyor in project management.
(3) Understanding
1.
Classification of projects.
2.
Classification of construction projects and characteristics of engineering projects.
3.
Construction procedures of foreign engineering projects.
4.
The "project cycle" of the World Bank loan project.
5.
Characteristics of various financial institutions.
Chapter II Introduction of Project Management Mode
(1) Master
1.
The organizational form and characteristics of traditional (universal) project management mode.
2.
Organizational form and characteristics of general contracting mode.
3.
Organizational forms and characteristics of CM model.
4.
Characteristics of risk management contract structure.
5.
The concept and characteristics of BOT mode.
(2) Familiar with
1.
Limitations of the traditional model.
2.
Characteristics of stage construction method.
3.
Characteristics of project team method and contract method.
4.
Characteristics of agency CM contract structure.
5.
The difference between risk CM and agent CM.
6.
Participants in BOT project and their relationships.
7.
Main contract structure of BOT project.
8.
Characteristics of British engineering project management mode.
9.
Characteristics of American engineering project management mode.
(3) Understanding
1.
Background of CM pattern generation.
2.
Organizational form and characteristics of design management mode.
3.
Project management model of the world bank.
4.
Characteristics of Japanese engineering project management mode.
5.
Characteristics of French engineering project management mode.
Section 2 Engineering Construction Quota
Chapter III Overview of Engineering Construction Quota
(1) Master
1. The concepts of quota and engineering construction quota.
2. The concept of quota level.
3. The engineering construction quota is classified according to the preparation procedure and purpose.
4. The concept of work research (content, purpose and basic problems of work research).
5. Classification of construction process (the relationship between construction process, working procedure, operation, action and animal elements; Process, workflow, integrated workflow).
6. Classification of construction working hours (worker working hours and machine working hours).
7. Types and applicable conditions of timing observation methods.
(2) Familiar with
1. Characteristics of engineering construction.
2 engineering construction quota classification (according to production factors, cost nature and management authority).
3. The concept and main work content of the regular observation method.
(3) Understanding
The generation and development of 1. quota.
2. Action research and time research methods.
3. The purpose of studying the movement elements in the construction process.
4. Action economy principle.
Chapter IV Construction Quota
(1) Master
1. Definition and function of construction quota.
2. The preparation method of labor quota.
3. The preparation method of material consumption quota (direct consumption materials, turnover consumption materials).
4. The preparation method of mechanical consumption quota.
(2) Familiar with
1. Content and expression method of construction quota.
2. Principles for compiling construction quota.
(3) Understanding
1. Types of building quota.
Chapter V Budget Quota, Estimation Quota and Estimation Index
(1) Master
1. The concept of budget quota (definition, nature and function).
2. Determination of resource consumption in budget quota (labor, materials, machinery).
3. Determine the unit price of resources in the budget quota (labor, materials, machinery).
4. The concept of base price in budget quota.
5. The concept of budgetary estimate quota (similarities and differences and relationship with budgetary quota).
6. The concept of investment estimation index.
(2) Familiar with
1. Principles for compiling budget quota.
2. Processing allocation quota and debugging quota of thermal power generation and substation engineering.
3. The role of budget quota.
4. Preparation of budgetary estimate quota (principle, basis and steps).
5. The role of investment estimation indicators.
(3) Understanding
1. Composition and expression of budget quota and estimate quota.
2. Types of budget quota.
3. Steps for compiling budget quota.
Chapter VI Composition of Engineering Cost
(1) Master
1. The meaning of project cost (project investment, project price).
2. The valuation characteristics of the project cost.
3 thermal power, power transmission and transformation project construction budget.
4. The composition of the construction and installation project cost quota.
(2) Familiar with
1. Functions and functions of project cost.
2. The preparation method of other direct fee quota, site fee quota and indirect fee quota.
(3) Understanding
1. Principles of compiling cost quota for construction and installation projects.
2. The characteristics, compilation principles and methods of other cost quotas for engineering construction.
3. Composition of investment cost of World Bank loan projects.
4. Composition of contract price of foreign engineering construction.
Section 3 Project Cost Management
Chapter VII Basic Knowledge of Project Cost Management
(1) Master
1. The meaning and content of project cost management.
2. The concept of time value of funds
3. The concept of project financing.
4. The difference between project financing and traditional financing.
5. The contents of the four basic modules of project financing.
6. Risk categories of project financing.
7. Types of project financing guarantee.
8. Basic requirements and sources of funds for construction projects.
9. The meaning and nature of capital cost.
10. Calculation of capital cost and selection of financing scheme.
(2) Familiar with
1. Some concepts about the calculation of time value of funds.
2. Calculation formula of time value of funds.
3. Basic contractual relationship between project financing participants.
4. Project financing risk management.
5. BOT mode of project financing.
(3) Understanding
1. The role of project financing.
2. Complete the stages and steps of project financing.
3. The role of the cost of capital.
Chapter VIII Investment Decision of Construction Projects
(1) Master
1. The concept of feasibility study
2. Compilation method of investment estimation of construction projects.
3. The concept of economic evaluation of construction projects (meaning, task and content).
4. Financial evaluation index system for construction projects (index calculation and evaluation criteria).
(2) Familiar with
1. Purpose of feasibility study.
2. The role of construction project investment estimation.
3. Similarities and differences between national economic evaluation and financial evaluation.
4. Contents and principles of financial evaluation of construction projects.
(3) Understanding
1. Stage division and working procedure of feasibility study.
2. Basis, procedures and contents of the feasibility study report.
3. Stage division and accuracy requirements of investment estimation.
4. Financial evaluation procedures for construction projects.
5. Influencing factors and investment risk analysis methods of construction project investment risk.
6. Countermeasures for investment risks of construction projects.
Chapter IX Cost Management in the Design Stage of Construction Projects
(1) Master
1. The purpose and method of cost management in the design stage of construction projects.
2. The concept and main features of value engineering.
3. Composition of comprehensive budget and total budget of thermal power generation project.
4. The preparation method of unit project budget.
5. Preparation method of total budget estimate of construction project.
6. The estimated content of the preliminary design finished product.
7. Preparation methods of construction drawing budget for construction and installation projects (physical method and unit price method and their characteristics).
(2) Familiar with
1. Concept and characteristics of quota design.
2. The content and function of the preliminary design budget of the construction project.
(3) Understanding
1. Design standards and the concept of standard design.
2. Similarities and differences between engineering design bidding and design scheme competition.
3. Steps and methods of value engineering.
4. Application of value engineering in engineering design stage.
Chapter X Cost Management in the Implementation Stage of Construction Projects
(1) Master
1. The purpose of cost management in bidding stage and construction stage of construction project.
2. Valuation methods of construction and installation engineering contracts (valuation characteristics, applicable conditions, price payment risks and price adjustment methods of various contracts).
3. Valuation method of pre-tender estimate price.
4. Analysis and calculation of quotation.
5. Preparation of project cost plan.
6. Deviation analysis method.
7. The concept of target cost of construction project (definition and composition).
8. Determination of target cost of construction project.
(2) Familiar with
1. Basis and principle of compiling pre-tender estimate.
2. The principle of bill of quantities.
3. The content of the pre-tender estimate review.
4. The composition of the project bidding fee.
5. Analysis and decision-making of quotation.
6. The principle of project cost planning.
7. The type of project cost plan.
8. Causes, types and corrective measures of cost deviation.
9. The composition of the target cost of the construction project.
10. Compilation of target cost of construction project (basis, requirements, procedures and basic data).
1 1. Control process of target responsibility cost of construction project.
(3) Understanding
1. Pre-tender estimate preparation procedure.
2. Procedures for preparing quotation.
3. Pre-tender estimate evaluation method.
Chapter III Cost Control of XI's Completion Acceptance Stage
(1) Master
1. Measures for the treatment of engineering warranty expenses.
2. The concept of final accounts.
3. Comparative analysis of the project cost at the completion settlement stage.
(2) Familiar with
1. Completion acceptance procedures.
2. The provisions of the project warranty period.
3. The contents contained in the final completion report.
4. The contents of the final statement of completion.
(3) Understanding
1. Conditions and basis for completion acceptance.
2. The content of the completion inspection and acceptance.
3. The concept of as-built drawings of construction projects.
The fourth quarter project construction contract management
Chapter XII Legal Knowledge of Contract Management
Understand:
(1) Parties to a contract (the difference between an enterprise legal person and a non-enterprise legal person)
(2) Entrusting an agent to conclude a contract (legal characteristics and unauthorized agency behavior)
(3) The difference between liability for fault in contracting and liability for breach of contract.
(4) Similarities and differences between invalid contracts and revocable contracts.
(5) the difference between debt performance change and contract transfer
Familiar with:
(1) Main contents of the contract stipulated in the contract law (relationship with the model clauses of the construction project contract)
(2) The establishment and effectiveness of contracts (including design contracts, supervision contracts, design contracts, material supply contracts and processing contracts)
(3) All risks of construction project (insurance amount, insurance liability and exclusion liability, insurance claim and settlement)
Master:
(1) Contract guarantee method (letter of guarantee operation)
(2) Vacancy clauses in the contract stipulated by law
(3) the right of defense (the connection and difference with the termination of the contract)
(4) Liability for breach of contract (conditions and ways of assuming liability for breach of contract)
Chapter XIII Bidding for Electric Power Engineering Construction
Understand:
(1) Provisions of administrative regulations on the necessity of bidding
(2) Bidding methods (similarities and differences between open bidding and invitation bidding)
(3) Composition of bidding documents
Familiar with:
(1) bidding procedure
(2) Pre-qualification (pre-qualification documents, review points and qualification conditions)
(3) Bidding strategy
Master:
(1) Main work of the tenderee in construction bidding
(2) Risk analysis and preventive measures of bidders
(3) the preparation process of tender offer
(4) Construction bid evaluation method (focusing on comprehensive evaluation method, highlighting the advantages and disadvantages and applicable conditions of three commercial bid evaluation methods)
Chapter XIV Construction Contract Management
Understand:
(1) Special conditions for signing construction contracts using templates
(2) Provisional amount (embodiment in the contract price, control and use of this amount)
(3) Designation of subcontractors (concept, characteristics, whether it conflicts with the bidding law)
(4) The contractual agreement that the project legal person requires the completion in advance.
(FIDIC's construction contract conditions (the concept and function of benchmark date, the principle of dealing with unforeseen material conditions, the payment and refund of advance payment, the return of retention money, the price adjustment by formula method, the change of contractor's requirements, the owner's claim, and the role of contract dispute review board).
Familiar with:
(1) Several important stages in the performance of the construction contract (stage division, termination conditions and written documents to be issued)
(2) the division of risk responsibility
(3) Engineering quality inspection (management procedures and contractual responsibilities for material inspection, concealed engineering inspection and completion inspection)
(4) Construction schedule management (the role of schedule, the responsibility to suspend construction, and the conditions under which the contract period can be extended)
(5) Engineering changes (scope of change orders issued by engineers and principles of change evaluation)
(6) Subcontracting management (contractual relationship, management relationship and instruction relationship)
Master:
(1) contract documents (description of composition, contradiction and ambiguity)
(2) the contract price (the relationship between the winning bid accepted by the employer and the settlement price of the contractor, and the reasons for the difference)
(3) Payment and return of retention money and advance payment (rebate)
(4) Price adjustment clauses (applicable conditions and price adjustment methods)
(5) Engineering changes (scope of change orders issued by engineers and principles of change evaluation)
(6) Payment of progress payment (payment procedure, report content)
(7) Completion settlement (content of procedures and settlement statements)
(8) Claim management (claim procedure, reasonable calculation of construction period extension and several common cost compensation methods)
Article 5 Engineering Finance
Chapter 15 Overview of Financial Management
This chapter mainly teaches the basic concepts and theories of engineering finance, and introduces the basic concepts of assets and the management of various assets. Through the study of this chapter, it is required to master the concept of engineering finance and related basic knowledge; Management of current assets, depreciation of fixed assets and major repair methods of fixed assets. Understand the basic system of China's enterprise financial system, the management of intangible assets and long-term deferred expenses.
Chapter XVI Cost Management of Construction Projects
This chapter mainly introduces the concept and management methods of construction project cost. It is required to master the contents of construction project cost, understand the methods of cost management of construction enterprises, and be familiar with the contents of operating income and the composition of profits of construction enterprises.
Chapter XVII Income and Profit Management of Construction Enterprises
Master the composition of project price income, and be familiar with the composition of profits and profit distribution procedures.
Chapter 18 Taxes and fees related to the project
This chapter mainly introduces the taxes related to this project. It is required to master the taxation scope and tax basis of business tax, value-added tax and income tax. Understand other taxes such as land value-added tax.
Chapter XIX Financial Statements
This chapter mainly introduces the basic contents of financial statements. It is required to master the function and structure of balance sheet and income statement. Understand the function of cash flow statement.
Chapter 20 Audit of Power Engineering Projects
This chapter mainly introduces the function and content of engineering audit. It is required to master the contents and objects of engineering audit. Understand the classification and characteristics of engineering project audit.