College degree or above in engineering supervision requires professional basic courses: building construction, structural design theory, engineering drawing and so on. Professional courses mainly include engineering management and building regulations, and the contents of training materials for supervision engineers also appear in professional courses in different forms (different schools are inconsistent). There are four books to take part in the national registered supervision engineer examination: engineering management theory (introduction to engineering supervision); Theory and method of schedule control; Investment control theory; Information and data management theory. The exam has comprehensive practical questions (required). If you are a supervisor, you have a high school education or equivalent, you can participate in the study class organized by the supervision association. You can get a work permit (supervisor) if you pass the exam. The Training Textbook for Supervisors is a comprehensive textbook, which is distributed during training and study. FYI
(2) What courses are important for project supervision?
College degree or above in engineering supervision requires professional basic courses: building construction, structural design theory, engineering drawing and so on. Professional courses mainly include engineering management and building regulations, and the contents of training materials for supervision engineers also appear in professional courses in different forms (different schools are inconsistent). There are four books to take part in the national registered supervision engineer examination: engineering management theory (introduction to engineering supervision); Theory and method of schedule control; Investment control theory; Information and data management theory. The exam has comprehensive practical questions (required). If you are a supervisor, you have a high school education or equivalent, you can participate in the study class organized by the supervision association. You can get a work permit (supervisor) if you pass the exam. The Training Textbook for Supervisors is a comprehensive textbook, which is distributed during training and study. FYI
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(3) What courses do engineering supervisors need to learn?
Purchase the complete set of 10 books on quality control, investment control, progress control, supervision information management, contract control and case analysis.
(4) What courses do registered supervision projects mainly take?
Registration qualification: you can only register for the exam if you have the title of engineer for three years.
5] What courses are there for supervision engineer training?
Case analysis of engineering construction supervision
Engineering construction contract management
Construction quality control of "three controls and one" project
The second of the three major controls is the investment control of engineering construction.
The third control is the progress control of project construction.
Basic theory and relevant laws and regulations of engineering construction supervision
[6] Can you tell me about the main courses of registered supervision projects?
There are four examination subjects, specifically: basic theory of construction project supervision and related laws and regulations, construction project contract management, construction project quality, investment and schedule control, and case analysis of construction project supervision.
(7) How to learn the specific courses of engineering supervision specialty? Is it difficult for liberal arts students to learn?
Training objectives:
This major focuses on ability training, and trains high-tech applied professionals with all-round development in morality, intelligence, physique and aesthetics, with junior college level and strong practical ability in project cost management.
(8) What courses do supervisors need to take?
Supervisors refer to those who have been trained in supervision business, have similar engineering-related professional knowledge and are engaged in specific supervision work.
Responsibilities:
1, conscientiously study and implement the relevant policies and regulations of construction supervision and the laws, regulations, policies, standards and specifications of national, provincial and municipal engineering construction, and convince people by reasoning in their work.
2. Be familiar with the contract terms, specifications and design drawings of the supervised project, effectively carry out on-site supervision work under the leadership of professional supervision engineers, and report the problems in the construction process in time.
3. Carefully study the design drawings and documents, correctly understand the design intent, strictly follow the supervision procedures and basis, and conduct inspection and acceptance under the guidance and authorization of professional supervision engineers; Master the overall progress information of the project and report to the professional supervision engineer (or chief supervision engineer) in time.
4, check the contractor into the project manpower, materials, main equipment and its use and operation, and make inspection records; Supervise and inspect the investment in safety measures of the construction unit.
5, audit or directly from the construction site to obtain the relevant data of engineering survey and sign the original documents;
6. According to the design drawings and relevant standards, check and record the contractor's technological process or construction process, and record the quality inspection results of processing, production and technological construction;
7, as a station work, found that the problem is pointed out in time and report to the professional supervision engineer;
8, record the progress of the project, quality inspection, construction safety, contract disputes, construction interference, supervision departments and owners' opinions, problem solving results, etc. , and make supervision diary and related supervision records; Assist the professional supervision engineer to collect, summarize and sort out the supervision data, and submit them to the industry personnel for unified filing.
9. Complete other tasks assigned by professional supervision engineer (or chief supervision engineer).
10, solve the problems found on site and report to the supervision engineer at the same time.
What did you learn in the exam?
Supervision is divided into five majors: industrial and civil construction, water supply and drainage and equipment installation engineering, HVAC and equipment installation engineering, electrical installation engineering and road and bridge engineering.
subject of examination
1. Basic knowledge of laws and regulations related to construction projects and engineering supervision (hereinafter referred to as "basic knowledge") for 90 minutes.
2. Professional engineering basic theory and supervision practice (hereinafter referred to as "supervision practice") 120 minutes.
What courses are there in architectural engineering?
Seven, professional main courses
(1) Building Mechanics (152 class hours)
Basic contents: the equilibrium condition and application of plane force system; Internal stress analysis and strength, stiffness and stability calculation of structural members; Internal force analysis and displacement calculation of statically indeterminate structures and simple statically indeterminate structures.
Basic requirements: Skillfully use the plane force system equilibrium equation to solve the equilibrium problem of a single object or a simple object system. Master the calculation of internal force, stress and deformation of components under various basic deformation forms, and check the strength, stiffness and stability of components. Familiar with the internal force and displacement calculation law of statically indeterminate structure, master the force method, displacement method and moment distribution method to solve simple statically indeterminate problems.
(2) Architectural Drawing and Structure (148 class hours)
Basic contents: basic knowledge of drawing, reading national drawing standards, architectural and structural construction drawings; Functions, structural principles and methods of various parts of the building.
Basic requirements: master the basic knowledge of drawing, the structural composition and construction method of the house; Familiar with the current building construction
Drawing standards and general building standards atlas, understand the main contents and drawing methods of building engineering drawing and related building codes, and be able to correctly draw and skillfully read professional general building engineering construction drawings.
(3) Architectural CAD Drawing (32 hours)
Basic contents: file management of CAD, target selection of CAD, scaling and moving of windows, basic drawing commands of CAD, basic editing commands of CAD, advanced editing skills of CAD, and dimensioning with CAD.
Basic requirements: master the file management of CAD, learn to draw architectural engineering drawings with basic commands and editing commands of CAD, and print out drawings. Drawing samples shall conform to the relevant national standard atlas.
(4) Building Materials and Testing (64 class hours)
Basic contents: basic properties, names, types, specifications, properties, uses, inspection and test methods and storage methods of building materials. Common and new building materials (TA products).
Basic requirements: familiar with the basic properties of building materials; Understand the physical and chemical reflection principle in the production process and application process of building materials; Master the performance, application, inspection and test methods of building materials.
(5) Construction Engineering Survey (64 class hours)
Basic contents: leveling, angle measurement, distance measurement and linear orientation, small area control measurement, mapping and application of large-scale topographic map, and construction survey of building engineering.
Basic requirements: familiar with the use and inspection of measuring instruments; Master the positioning, setting-out and copying of construction projects, and be able to carry out topographic mapping in small areas.
(6) Building structure (152 class hours)
Basic contents: probability limit state design method, mechanical properties of materials, calculation methods of basic components of concrete structure, masonry structure and steel structure, design and calculation of bent and other structures. Stress characteristics of prestressed concrete structures, structural systems and high-rise buildings.
Basic requirements: familiar with probability limit state design method and mechanical properties of materials; Master the calculation of basic components of reinforced concrete structure, masonry and steel structure; Proficient in reading and drawing structural construction drawings.
(7) Foundation (56 class hours)
Basic contents: physical properties and engineering classification of soil, calculation of foundation stress and deformation, shear strength and bearing capacity of soil, shallow foundation design, checking calculation of soil slope stability, pile foundation design, foundation treatment and special soil foundation.
Basic requirements: understand the basic properties of foundation soil, be familiar with the calculation of foundation stress and deformation, the calculation of soil shear strength and the determination of foundation bearing capacity; Master shallow foundation design and general foundation treatment methods; Proficient in reading and drawing basic construction drawings.
(eight) building construction technology (96 hours)
Basic contents: construction methods, construction technology, technical requirements, safety requirements, quality acceptance standards, and prevention and control of common quality defects of main types of work and partial projects. Types, properties and uses of common construction machinery.
Basic requirements: define the construction method, construction technology, technical requirements, safety requirements, quality acceptance standards and prevention of common quality defects of major types of work and partial projects; Familiar with the basic performance and usage of common construction machinery.
(9) Construction organization and schedule control (56 class hours)
Basic contents: capital construction procedure, basic principle of flow process, network planning technology, construction preparation, construction organization design and construction project schedule control.
Basic requirements: understand the basic construction procedures and construction project procedures; Familiar with the content of construction preparation and the control method of rotating project progress; Master the basic principle of flow shop and the method of drawing schedule with network planning technology; Initially have the ability to prepare the unit project construction organization design.
(10) measurement and valuation of construction engineering (84 hours)
Basic contents: the relationship between capital construction procedures and valuation documents, the valuation model of construction projects, the valuation standard of "bill of quantities", the compilation of bill of quantities, the valuation method of bill of quantities, the compilation of consumption quota and enterprise quota.
(eleven) building quality and safety management (28 hours)
Basic contents: standards and methods of engineering quality acceptance, basic knowledge of safety management, quality control requirements in construction process, and safety technical measures; Inspection methods and requirements of raw materials, finished products and semi-finished products in civil engineering.
Basic requirements: familiar with the requirements of quality control and safety technical measures in the process of building civil construction; Master the acceptance standards and methods of construction engineering quality and the basic knowledge of safety management; Understand the testing methods and requirements of raw materials, finished products and semi-finished products in civil engineering.
(twelve) construction project bidding and contract management (42 hours)
Basic contents: laws and regulations related to bidding and contract management of construction projects, bidding and contract management of construction projects, FIDIC conditions of civil engineering construction contracts, and construction claims.
Basic requirements: be familiar with the relevant laws and regulations on bidding and contract management of construction projects, make clear the bidding procedures and preparation methods of bidding documents for construction projects, be familiar with the relevant contents of construction contracts and FIDIC conditions of civil engineering construction contracts, and make clear the meaning and management methods of construction contract terms. Initially have the ability to prepare bidding documents.
(13) Introduction to Construction Project Management (42 hours)
Basic contents: construction project management classification and management objectives, safety, bidding and contract, information management,
Schedule, quality and cost control, organization and coordination.
Basic requirements: familiar with the classification and management objectives of construction project management, and clear the methods of safety, bidding and contract, information management, progress, quality and cost control.
(14) Introduction to Construction Supervision (35 class hours)
Basic contents: compiling supervision planning of construction project, detailed rules for supervision implementation in construction stage, project progress, project quality, project cost control and related data, construction contract management data, compiling monthly supervision report in construction stage, compiling project quality evaluation report, compiling supervision summary and managing and archiving supervision data.
Basic requirements: make clear the compilation requirements of construction project supervision plan and the detailed rules for supervision implementation in construction stage; Understand the compilation of various supervision materials in the project construction stage.
(15) Quality acceptance of construction projects (42 hours)
Basic contents: quality acceptance and acceptance procedures and organization of unit (sub-unit) project, division (sub-division) project, sub-project and inspection lot.
Basic requirements: be familiar with the procedures and organization of project quality acceptance, master the acceptance methods of inspection lots, and be able to carry out acceptance according to the acceptance specifications of various professions.
8. Certificates that graduates should obtain.
(1) graduation certificate.
(2) English level 3 certificate.
(3) the first-class certificate of university computer.
(4) Intermediate skill appraisal certificate for types of work (steel workers, concrete workers, etc.). ).
(5) Post qualification certificate (builder, supervisor, budgeter, quality inspector, documenter).