What do cost engineers need to know?

1. The specific knowledge that cost engineers need to know are: "Basic Theory and Related Provisions of Project Cost Management" 1. Project Cost Management and its Basic System (1) Familiar with the basic content of project cost; (two) master the project cost management system and basic content; (three) familiar with the qualification system of cost engineers; (four) familiar with the project cost consulting management system. Second, the engineering economy (a) to master the time value of funds and its calculation; (two) to master the evaluation index and method of the economic effect of the investment plan; (3) Familiar with uncertainty analysis methods; (four) familiar with the scheme optimization method-value engineering; (5) Be familiar with the contents and methods of project life cycle cost analysis. (3) Project financing. (1) Understand the project fund system and the channels and methods of project financing. (2) Familiar with the project capital cost, capital structure and project financing methods. (3) Be familiar with the contents and methods of project cost management. (4) Be familiar with the contents and methods of project financial analysis. (5) Familiar with tax and insurance laws and regulations related to project financing. Four. Project management (1) familiar with the composition and classification of the project and the project construction procedures; (two) understand the types and tasks of project management, project management system; (three) familiar with the organization of project management; (four) master the project planning system, target control measures and methods; (five) familiar with the organization method and network planning technology of flow construction; (six) to understand the risk management of engineering projects. V. Laws and Regulations (1) Familiar with domestic and foreign legal systems and agencies, property ownership and creditor's rights, and limitation of action; (two) to master the relevant contents of the contract law; (three) familiar with the construction law, bidding law, government procurement law and price law; (four) understand the land management law, urban real estate management law, standardization law, insurance law and tax laws and regulations. "Valuation and Control of Project Cost" I. Composition of Project Cost (1) Familiar with the composition of construction project cost; (two) to master the composition and calculation methods of equipment and tools purchase fees, building installation fees and other engineering construction fees; (three) to master the calculation of reserve funds and loan interest during the construction period; (four) to understand the composition of the World Bank construction project costs and the composition of foreign construction and installation engineering costs. Second, the engineering cost valuation basis (1) familiar with the classification of engineering cost valuation basis; (two) familiar with the construction and installation engineering labor, materials and machinery affecting consumption index; (three) familiar with labor, materials, machinery, machine-team unit price and project unit price preparation; (four) familiar with the preparation of various valuation quotas; (five) familiar with the valuation standard of bill of quantities; (six) familiar with the project cost information management. Three. Valuation and control of project cost in decision-making stage of construction project (1) Understand the main factors affecting project cost in decision-making stage; (two) master the preparation of investment estimates; (three) familiar with the calculation of various basic financial data; (four) to understand the content of economic evaluation of construction projects; (five) master the preparation of financial analysis statements of construction projects; (six) familiar with the financial evaluation method of construction projects. Four. Valuation and control of project cost in the design stage of construction project (1) Understand the main factors affecting project cost in the design stage; (two) familiar with the evaluation and design scheme; (three) master the preparation and review of preliminary design estimates; (four) master the preparation and review of construction drawing budget; V. Bidding for construction projects and signing of contract price (1) Understand the classification and content of bidding for construction projects (2) Be familiar with the procedures of bidding for construction projects and the composition of bidding documents; (three) master the preparation of the bill of quantities and its tender offer; (four) familiar with the construction project bidding procedures, familiar with the bidding strategy; (five) familiar with the evaluation and calibration of construction projects; (six) master the main terms of the construction contract and determine the contract price; (seven) to understand the main contents of international bidding for construction projects and FIDIC contract conditions. The valuation and control of the project cost in the construction stage of the intransitive verb construction project (1) master the project change and the adjustment of the contract price; (two) master the principle and calculation of engineering claim; (three) familiar with the settlement of the project price; (four) familiar with the preparation of the project capital plan, master the method of investment deviation analysis and corrective measures. (5) Understand the project price settlement under FIDIC and other contract conditions; Seven. Compilation of final accounts for completion and handling of warranty expenses after completion (1) Understand the scope, basis, standards and working procedures of completion acceptance; (two) familiar with the contents and preparation of final accounts; (three) familiar with the handling of warranty expenses; (four) to determine the value of new assets. "Building Engineering Technology and Measurement (Installation)" I. Installation engineering materials (1) Familiar with the classification, performance and use of installation engineering materials; (two) to master the types, properties and uses of profiles, plates, pipes and wires. (three) to master the types, properties and uses of commonly used pipe fittings and accessories. (four) familiar with the types, properties and uses of anti-corrosion and thermal insulation materials. (five) familiar with the types, performance and use of electrical materials and equipment. (6) Master the types, properties and uses of commonly used materials in the following three professional engineering groups (A, B and C are optional). A, pipeline engineering heating, water supply, ventilation, air conditioning and gas; B industrial pipelines, static equipment and metal structures; C, electrical, telecommunications, automatic control and instrumentation. Second, the installation engineering construction technology (a) to master the welding, heat treatment, purging, cleaning, derusting, painting, heat preservation construction technology and methods; (two) familiar with cutting, degreasing, passivation, prefilming, lining construction technology and methods; (three) familiar with the classification and methods of pressure test; (4) Understand the hoisting method and classification. (five) familiar with the engineering system composition of the selected professional engineering group, the types, specifications and performance of the main equipment. (six) to master the main equipment and pipeline installation of the selected professional engineering group. (seven) to understand the system debugging of the selected professional engineering group. Third, project management planning (1) Understand the classification and function of construction project management planning; (two) familiar with the basic contents of the installation project management planning outline; (three) to master the content and preparation method of installation project management implementation plan. Fourth, the measurement method of installation project (1) master the project setting and engineering quantity calculation rules of the bill of quantities of installation project; (two) familiar with the calculation method of installation engineering quantity; (three) to understand the engineering measurement of different lists and different pricing stages of the installation project. (four) to master the measurement practice of the selected professional engineering group. "Building Engineering Technology and Measurement (Civil Engineering)" I. Engineering Geology (I) Familiar with the influence of engineering geology on building engineering (II) Understand geological lithology and geological structure (III) Grasp the characteristics of rock mass and groundwater and their influence on building engineering (II) Engineering structure (I) Grasp the classification, composition and structure of industrial and civil building engineering; (two) familiar with the classification, composition and structure of roads and bridges; (three) to understand the classification, composition and structure of underground engineering. Third, engineering materials (1) familiar with the classification of major materials in civil engineering; (two) familiar with the characteristics of the main materials of civil engineering; (three) familiar with the concrete strength grade and mixture ratio calculation. Fourth, engineering construction technology (1) Familiar with the main construction technologies and methods of civil engineering; (two) familiar with the commonly used construction machinery and its scope of application; (three) to understand the new technology and new technology of civil engineering construction. V. Project Management Planning (1) Be familiar with the preparation of the project management planning outline; (two) master the preparation of project management implementation plan. The intransitive verb engineering survey (1) grasps the calculation of the construction area of the building project; (two) to master the rules and methods of construction engineering quantity calculation. Case analysis of project cost I. Investment estimation and financial evaluation of construction projects 1. Investment estimation of construction projects; 2. Financial analysis of construction projects; 3. Uncertainty analysis of construction projects. Second, the technical and economic analysis of the design and construction scheme of the construction project 1, the comprehensive evaluation method of the design and construction scheme of the construction project; 2. Comparison and optimization of design and construction schemes of construction projects; 3. Adjustment and optimization of the project network plan. Iii. Measurement and valuation of construction projects 1, calculation and review of engineering quantities; 2, construction and installation engineering labor, materials, machinery affecting consumption index; 3, the bill of quantities valuation; 4, construction and installation engineering design budget, construction drawing budget preparation; 5, the application of engineering cost information. Iv. Bidding for construction projects 1. Bidding procedures and methods for construction projects; 2. Evaluation and calibration of construction projects; 3. Selection and application of bidding strategies for construction projects: 5. Contract management and claim for construction projects 1. Types and main contents of construction contracts for construction projects; 2. Handling of engineering changes; 3. Calculation and review of engineering claims. 4. Handling of construction contract disputes. Intransitive verb project price settlement 1. Settlement and payment of project price; 2, capital use plan and investment deviation analysis; 3. Preparation of final accounts. 2. Kauste exam subjects: basic theory of project cost management and related laws and regulations, pricing and control of project cost, construction technology and measurement (civil engineering or installation) and case analysis of project cost.