Grade A engineering consulting units shall undertake national economic construction planning or special consultation, as well as engineering consulting business of large and medium-sized capital construction projects or technical transformation projects in accordance with the professional and consulting service scope recognized by the engineering consulting qualification certificate.
Class B engineering consulting units shall undertake regional planning or special consultation in their own regions in accordance with the scope of professional and consulting services recognized by the Engineering Consulting Qualification Certificate, and undertake engineering consulting business for small and medium-sized capital construction projects or small and medium-sized technological transformation projects within the examination and approval authority of the provincial-level city planning (economic) committee.
Class C engineering consulting units shall undertake the engineering consulting business of small-scale capital construction projects or small-scale technological transformation projects within the examination and approval authority of local counties (cities) in accordance with the scope of professional and consulting services determined by the engineering consulting qualification certificate.
Extended data:
Main functions of the project
The main foundations of engineering are mathematics, physics and chemistry, and the resulting materials science, solid mechanics, fluid mechanics, thermodynamics, transport process and system analysis. According to the relationship between engineering and science, all branches of engineering have the following main functions:
(1) research: apply the concepts, principles and experimental techniques of mathematics and natural science to explore new working principles and methods.
(2) Development: solving various problems encountered in the application of research results to practice.
(3) Design: Choose different methods and specific materials to determine the design scheme that meets the technical requirements and performance specifications to meet the requirements of the structure or product.
(4) Construction: including site preparation, material storage, selection of economic and safe working steps meeting quality requirements, personnel organization and equipment utilization.
(5) Production: In consideration of human and economic factors, the factory layout, production equipment, tools, materials, components and technological processes are selected for product testing and inspection.
(6) Operation: Manage machines, equipment, power supply, transportation and communication, so that all kinds of equipment can run economically and reliably.
(7) Management and other functions
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