How Do I Become An Architectural Engineer?
A construction engineer is a person who obtains a registered architect qualification certificate in accordance with the law and performs the business of registered architect in a building design unit. The state's comprehensive design of various civil and industrial houses and groups engaged in human life and production services, indoor and outdoor environmental design, architectural decoration design, architectural restoration, architectural sculpture, and structures with special architectural requirements, engaged in architectural design technology Consultation, building survey and appraisal, professional technical work of construction guidance and supervision of the project that I preside over, implement the registered architect qualification system.
Construction engineer
- Occupational requirements: Master of architecture
- (I) Conditions for applying for a registered architect
- 1.Professional, academic and working time requirements
- Graduates with degrees or academic qualifications listed in Annex 1 of this article shall follow the requirements of this table;
- Persons who do not possess the academic qualifications specified in Annex 1 shall have completed engineering design work for 15 years and shall have one of the following conditions:
- As the person in charge of the project or the person in charge of the project, complete the four full-process designs of civil construction design level three and above projects, of which no less than one level two projects.
- As the project leader or professional leader, complete the four full-process design of other types of architectural design medium and above projects, including no less than one large-scale project or special construction project.
- Note: For the classification of "civilian building design" and "other types of building design", please refer to the "Notice on Issuing Engineering Survey and Engineering Design Charge Standards" ([1992] 375 ) and "Engineering" Engineering grade division in Design Charge Standards (Revised 1992). 2. Professional practice requirements According to the professional practice standards of a registered architect, applicants should complete at least 700 units of professional practice training. Candidates should provide their own "Primary Registered Architects Professional Practice Registration Manual" to the examination qualification examination department for examination.
- (II) Conditions for applying for a second-level registered architect The first time applicants must meet one of the following conditions:
- 1. The major, education and working hours shall be implemented in accordance with the requirements of Annex 2 to this article;
- 2.has
- Architect qualification examination subjects:
- Pre-design and site design (knowledge);
- Architectural design (knowledge);
- building structure;
- Building physics and equipment;
- Building materials and construction
- Construction economics, construction and design business management;
- Architectural design (drawing);
- Architectural technical design (drawing);
- Site design (drawing).
- Subjects for the second level architect qualification examination:
- Architectural design (drawing);
- Building structure and detailed drawing (drawing);
- Building structure and equipment;
- Laws, regulations, economy and construction.
- After obtaining the qualification of an engineer, the following requirements are met:
- Engineering and technical personnel engaged in architectural design, scientific research or interior and exterior decoration design work shall meet one of the following requirements:
- 1. Participate in the completion of national, provincial (ministerial) scientific and technological research projects or key scientific research projects as the main technical person in charge, or participate in the completion of two provincial (ministerial) scientific research projects, or the provincial (ministerial) scientific research project One or more municipal (department) level scientific research projects;
- 2. As the main technical person in charge, promote more than three new structures, new technologies, new processes and new products;
- 3. As a professional person in charge, he has undertaken five second-level and above projects;
- Engineering and technical personnel engaged in scientific research, design, construction, supervision, installation, etc. of industrial and civil construction engineering, have one of the following conditions:
- 1. Participate in the completion of national, provincial (ministerial) scientific and technological research projects or key scientific research projects as the main technical backbone, or participate in the completion of two provincial (ministerial) scientific research projects as the main technical backbone, or the provincial (ministerial) scientific research project 1. More than two projects and municipal (department) level scientific research projects;
- 2. As the technical person in charge or professional person in charge of two or more engineering projects equivalent to the first and second level projects, and participated in the entire process of project construction related to the branch of this specialty; Scientific research, design, construction, supervision, installation, etc. of engineering or two complex structural engineering.
- Engineering and technical personnel engaged in geotechnical engineering testing, survey, design, construction, consulting, supervision and scientific research, have one of the following conditions:
- 1. Participate in the completion of national, provincial (ministerial) scientific and technological research projects or key scientific research projects as the main technical backbone, or participate in the completion of two provincial (ministerial) scientific research projects as the main technical backbone, or the provincial (ministerial) scientific research project 1. More than two projects and municipal (department) level scientific research projects;
- 2. Completed two first-level or four second-level geotechnical engineering survey, design, and construction projects as the person in charge of the project or the person in charge of the project;
- 3. As the main technical person in charge, he has promoted the application of more than three new structures, new technologies, new processes and new products.
- Engineering and technical personnel engaged in scientific research, design, construction, supervision, consulting and other tasks such as urban water production, municipal water supply and drainage, and urban sewage, garbage treatment and reuse, have one of the following conditions:
- 1. Responsible for the entire design and construction process of the sub-project in two large-scale engineering projects;
- 2. Independently presided over the feasibility study, design and construction of two medium-sized water supply projects, and approved by relevant business departments;
- 3. As the main technical backbone, participate in the completion of two major provincial (ministerial) scientific research projects or preside over the entire process of designing, implementing and preparing reports for two provincial (ministerial) scientific research projects.
- Engineering and technical personnel engaged in the design, construction, supervision and scientific research of building water supply and drainage engineering and fire protection engineering, have one of the following conditions:
- 1. In the large-scale two or more than three large-scale industrial and civil construction projects, he is the person in charge of water supply and drainage.
- 2. As the main technical backbone, played an important role in the design of two national key projects;
- 3. Presided over the completion of two provincial (ministerial) scientific research projects or one provincial (ministerial) scientific research project and two or more municipal (department) scientific research projects, and passed the appraisal of the provincial (ministry) level business department.
- 1. Responsible for the construction and approval of the project, construction bureau, fire station, interpersonal office, and approval plan to compile and submit the construction part of the manuscript;
- 2. Responsible for design and selection of contractors;
- 3. Responsible for the design and management of professional construction;
- 4. Participate in the pre-planning of the company's development projects. For the pre-planning of the development project, put forward planning suggestions, study the building type, building density, plot ratio, greening rate, market sales price and prospect, and submit the above report;
- 5. Participate in the design bidding of engineering projects, review the architectural design points, and evaluate the design bidding plan;
- 6. Participate in the review of the initial design and construction drawing design, and coordinate and solve other professional issues;
- 7. Participate in the review of construction drawings, often go to the construction site, check the quality of the construction, and provide relevant majors for the problems in the project to coordinate and solve;
- 8. Equipped with various building decoration materials selected by relevant departments of the company;
- 9. Responsible for the cooperation of architectural design technology during construction;
- 10. Participate in the initial inspection and completion acceptance of roofing projects, door and window projects, and floor decoration projects.
- The qualification criteria for the 2012 Certified Architect Exam are as follows:
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- Introduction [1]
- This book mainly focuses on the needs of building construction, and introduces the organization and management of building construction, construction survey of construction engineering, earthwork, foundation treatment and pile foundation.
- Construction engineer
- The book "Building Engineer's Handbook" closely follows the whole process of building construction. According to the latest current standards, codes and regulations, and currently adopting new processes, new methods, new materials and new equipment, it has been screened and optimized to form a book. Practicality and pertinence. This book is organized as a whole with building construction procedures as the main axis, and each work is self-contained, integrated and integrated. The text in this book is concise, accompanied by illustrations and related calculations, which is easy to consult and can achieve the effect of more with less.
- Chapter I Organization and Management of Building Construction
- Section 1 Organization of Building Construction
- Section 2 Building Flow Construction
- Section III Network Planning Technology
- Section 4 General Design of Construction Organization
- Section 5 Organizational Design of Unit Engineering Construction
- Section 6 Construction Site Temporary Works
- Chapter II Construction Survey
- Section 1 Basic work of construction survey
- Section 2 Establishment of Construction Survey Control Network
- Section III Survey of Civil Building Construction
- Section 4 Construction Survey of Industrial Buildings
- Section 5 Observation of Building Settlement and Deformation
- Section 6 Compilation and Mapping of the Completed General Plan
- Chapter III Earth and Stone Works
- Section I Classification, Identification and Nature of Soil
- Section 2 Earthwork Quantity Calculation
- Section 3 Earth Excavation
- Section 4 Earthwork Filling and Compaction
- Section 5 Construction Drainage
- Chapter IV Foundation Treatment and Pile Foundation
- Section I Foundation Treatment
- Section II Pile Foundation Engineering
- Chapter 5 Scaffolding and Vertical Transportation Facilities
- The first section of the scaffolding project
- Section 2 Vertical Transportation Facilities
- Section III Tower Crane
- Chapter VI Masonry Project
- Section 1 Masonry Materials
- Section II Brickwork Construction
- Section III Stone Masonry Construction
- Section 4 Construction of Small and Medium-sized Blocks
- Chapter VII Reinforced Concrete Engineering
- Section 1 Formwork Project
- Section II Reinforcement Engineering
- Section III Concrete Engineering
- Chapter VIII Prestressed Concrete Engineering
- Section I Tensioning Equipment, Anchors and Fixtures
- Section II Prestressed Construction Calculation
- Section III Pretensioning Construction Technology
- Section IV Post-tensioning Construction Technology
- Section 5 Non-bonded Prestressed Construction Technology
- Section 6 Construction of Overall Prestressed Structure
- Chapter IX Installation of Reinforced Concrete Structures
- The first section of lifting equipment
- Section 2 Structural Installation Scheme
- Section III Structural Installation of Single-storey Industrial Workshop
- Section 4 Lifting of Prefabricated Multistory House Structure
- Chapter 10 Large Formwork Project
- The first section of the composition of the large template
- Section II Large template design
- Section III Construction of Large Formwork
- Chapter XI Hydraulic Sliding Formwork Construction
- ...
- Chapter 12 Roof Waterproofing Project
- Chapter XIII Underground Waterproof Engineering
- Chapter XIV Ground and Floor Works
- Chapter XV Door and Window Engineering
- Chapter XVI Plastering Project
- Chapter XVII Construction in Winter and Rain