Evaluation conditions for titles of building energy-saving engineers (intermediate)
(a) professional theoretical level requirements:
1, comprehensively and systematically master the basic theoretical knowledge related to building energy efficiency. According to the professional direction (or work field) and the actual work, the listed basic theoretical knowledge can be focused.
2, the system to master the building energy-saving related professional knowledge. According to the professional direction (or work field) and actual work, the listed professional knowledge can be focused.
3. Understand the current technical standards, technical specifications, safety regulations and other relevant national laws and regulations related to building energy efficiency.
4. Understand the technical level, market information and development trend of building energy-saving specialty at home and abroad.
5, understand the building energy-saving related professional knowledge.
6, understand the knowledge of building energy-saving technology management.
(2) Work experience and ability requirements:
Have the experience of independently completing the technical work of building energy efficiency, have the ability to solve complex technical problems, have the ability to synthesize, analyze, judge, summarize and organize and coordinate, and be able to write technical, engineering or business reports on building energy efficiency. During working in a professional and technical post, one of the following conditions shall be met:
1, as the technical backbone to complete county (bureau) level scientific research projects or topics.
2 as a technical backbone, I have completed the research, design, construction, manufacturing and production management of projects above the county (bureau) level.
3. Participated in the research, design, construction, equipment installation and debugging of newly-built or expanded medium-sized projects or existing energy-saving technological transformation projects.
4. Complete the development, design, manufacture, process and production management of leading energy-saving products within the enterprise.
5. Be independently responsible for the maintenance and management of product production equipment, and be able to find and eliminate complex technical failures in time.
6, complete the technical analysis and market analysis of energy-saving products, adopted by this unit, verified by practice, basically correct.
7. Complete the collection, collation, compilation and systematic report of relevant information that can guide the unit.
8. Participated in the bidding, contracting, construction and acceptance of a medium-sized complete project at home and abroad.
9. Participated in the whole process of complex equipment maintenance or important complete equipment maintenance of medium-sized energy-saving materials or equipment manufacturers to ensure the normal operation of the equipment.
10, as the main technical backbone, popularize and apply more than three new energy-saving technologies, new processes, new products and new materials with a certain level, and be approved by the competent department.
1 1, as the main technical backbone, has played an important role in the design, construction and construction of two key energy-saving projects above the municipal level.
(3) Requirements for performance results:
Engaged in professional and technical positions or primary building energy-saving engineers, have one of the following conditions:
1, above the third prize of municipal (department) level scientific and technological progress award (excellent survey and design award and other corresponding awards) (subject to the award certificate); Or the top five winners of the second prize of scientific and technological progress at the county (bureau) level (subject to the award certificate).
2, county (bureau) level key projects or key projects that have an important role in promoting the development of building energy-saving industry research, design, construction, manufacturing, production technology management and related tasks are mainly completed, and the results have passed the appraisal or acceptance.
3. As the technical backbone, complete the research, design, construction, installation and debugging tasks of a medium-sized or two small-sized building energy-saving projects, and pass the appraisal or acceptance after practical inspection;
4. As a technical backbone, I have completed the research, design, construction, manufacturing and production technology management of two energy-saving products, projects or key components with certain technical difficulties, which have reached a certain level through peer experts' review or appraisal, and achieved certain economic and social benefits.
5. Complete the popularization of a scientific and technological achievement in building energy conservation, apply new technologies, new processes and new materials, and transform them into productive forces. After practical tests, certain economic or social benefits have been achieved.
6, complete a building energy-saving technology or process innovation, improve productivity, and achieve certain economic benefits.
7. Obtain the invention patents related to building energy conservation, and turn them into productivity, and obtain certain economic or social benefits.
8. Put forward technical suggestions on building energy efficiency, which were adopted by relevant departments at the county (bureau) level and considered by peer experts to promote scientific and technological progress and industry development.
9, to solve the difficult technical problems in the design, production and construction of building energy efficiency, and achieved good results, approved by the competent department of industry.
10, participated in the formulation of a national, local and industrial building energy-saving technical standard or key product standard, and was approved for release for production practice.
1 1, responsible for completing the reform of production technology and process of building energy-saving products, promoting the technological innovation of enterprises and achieving good results.
Evaluation conditions for titles of building energy-saving engineers (advanced)
(A) professional theoretical level requirements
1, proficient in building energy-saving professional knowledge, and have a more in-depth study of the professional direction (or work field).
2, master and apply the existing technical regulations, technical standards and technical specifications related to building energy efficiency; Familiar with relevant national laws, regulations and technical policies.
3. Be familiar with the technical level, market information and development trend of building energy-saving specialty at home and abroad.
4, familiar with the relevant knowledge of building energy-saving related professional and its domestic and international status and development trend.
5, familiar with building energy-saving technology management and other knowledge.
(2) Work experience and ability requirements
1, and the following prerequisites should also be met:
(1) has presided over or completed provincial (ministerial) key scientific research projects or large and medium-sized engineering design and construction projects, or organized important production and operation work, and has rich practical experience and solved complex technical problems.
(2) Strong technical and economic analysis, synthesis, judgment and summary ability, or organization, coordination and management ability.
(3) To undertake or preside over the formulation of professional technical standards and specifications and the compilation of theoretical and technical reports and special reports.
(4) Strong pioneering ability, innovative technical work, or good achievements in introducing, digesting, absorbing and popularizing new technologies.
(5) Being able to preside over or be the main personnel to complete the technical document review, technical achievement appraisal and acceptance of this major.
(6) Organize and guide the work of intermediate technicians.
2, engaged in building energy-saving engineering and technical research personnel, to obtain the title of building energy-saving senior engineer, should also meet the following two conditions:
(1) be familiar with the technical route of experimental research in the corresponding field of building energy conservation specialty, and be able to independently write the feasibility demonstration report of major scientific and technological projects or formulate large-scale on-site debugging technical schemes.
(2) As the project leader or main staff member, he participated in more than two large-scale field tests to solve more complicated test technical problems; Or presided over two or more scientific research projects with high technical difficulty, solved complex technical problems and presided over major technology development and technology popularization and application, and achieved remarkable economic benefits; Or undertake major scientific and technological projects at the national, provincial (ministerial) level to solve key technical problems; Or undertake more than two energy-saving research and experimental technology development projects with high technical difficulty to solve complex technical problems; Or be responsible for the construction and management of scientific laboratories.
3, engaged in building energy-saving engineering planning and design of technical personnel, to obtain the title of building energy-saving senior engineer, should also meet the following three conditions:
(1) Be familiar with the design regulations, design software and technical and economic policies in the corresponding fields of building energy efficiency.
(2) Be responsible for the feasibility study or preliminary design of two or more new construction projects with an area of 20,000 square meters or more, or preside over the industry management and technical management related to design technology; Or have undertaken the design work of four or more majors in the construction drawings of new construction projects of more than 20,000 square meters; Or be responsible for or independently prepare energy-saving design documents and technical reports (special reports); Or presided over or as the main person in charge, served as the energy-saving review of more than three professional and technical regulations.
(3) Served as the chief designer of building energy-saving projects.
4, engaged in building energy-saving engineering construction, production and management of technical personnel, to obtain the title of building energy-saving senior engineer, should also meet the following four conditions:
(1) Be familiar with the basic knowledge of the construction, production and operation of building energy-saving projects, and be familiar with the construction technology, construction methods, performance of large-scale construction machinery, as well as construction technical regulations, guidelines and quality standards.
(2) Presided over or as the main personnel to complete the whole process of the new building or existing building installation project of a certain system; Or presided over the preparation of the construction organization design and major construction technical scheme or debugging scheme of the main specialty of building energy conservation, and solved the difficult technical problems.
(3) In the engineering construction, installation and commissioning, production and operation, the quality meets the energy-saving standards, the technical management meets the relevant regulations, and the progress meets the requirements.
(4) Have the ability to be the construction technical director of medium-sized energy-saving projects.
(3) Performance and achievement requirements
1, as the person in charge or main staff, who has made one of the following contributions in his work:
(1) Complete the feasibility study, design, construction or commissioning of a national or local large-scale or two or more medium-sized building energy-saving projects, and pass the examination or acceptance.
(2) the completion of national or provincial (ministerial) level major scientific and technological projects, or the introduction of key projects, there is a major innovation.
(3) Great social and economic benefits have been achieved after the acceptance of more than two technically difficult energy-saving technical projects (including the formulation of technical standards, technical specifications, new technology development, new technology promotion, etc.).
(4) The completion of the project has won one or more national, provincial (ministerial) level scientific and technological progress awards, network (provincial) bureau-level scientific and technological progress (achievement) awards, or special awards such as excellent energy-saving design and high-quality energy-saving projects.
(5) Put forward energy-saving scientific and technological suggestions, which are adopted by relevant departments at the provincial (ministerial) level, and play a significant role in promoting the scientific and technological progress of building energy conservation and the development of professional technology.
(6) When producing energy-saving products or equipment, it can ensure safe and economic operation; In the energy-saving design, construction, equipment maintenance or repair of building engineering, it can ensure quality, shorten construction period and save investment, and has achieved remarkable energy-saving and economic effects through practice.