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Digital engineering refers to the use of Building Information Modeling and Cloud Computing, Big Data, Internet of Things, Mobile Internet, Artificial Intelligence and other information technologies, combined with advanced lean construction theory and methods, to integrate personnel, processes, data, technology and business systems to achieve the digitization, online and intelligentization of the all process, all elements, and all participants of the construction projects. Digital engineering will face a wide range of fields such as digital land, digital cities, digital buildings, digital facilities, and smart society, covering the management systems, service processes and digital processes involved in the data collection, organization, storage, and distribution of various engineering assets.
Digital engineering certification refers to third-party conformity assessment activities for the quality and capabilities of digital engineering providers' products and services. Standards, certifications, inspections, and other methods are used to objectively evaluate the delivery level of digital engineering services, improve the efficiency of collaboration between all parties, and improve the quality of the project.
At present, the JCC provides digital engineering project service certification and enterprise digital engineering management system certification based on the ISO 19650 standard for all related companies that apply digital engineering technology. In addition, it also provides digital engineering software and hardware information environmental evaluation and enterprise BIM center star service certification, and supporting corresponding training and consulting services.
Enterprise digital engineering management system certification
ISO 19650-based enterprise digital engineering management system certification can help companies sort out digital management processes, standardize digital management systems, and solidify the implementation process based on BIM, so as to fully reflect the value of BIM, improve the quality of digital deliverables, and improve collaboration efficiency , strengthen standardized management and control. At the same time, it adds value to the domestic and foreign project bidding of the enterprise, so that the enterprise can stand out from the competition in the domestic and international industries.
Provides star ratings for digital engineering service capabilities for enterprise BIM Centers. Help enterprise BIM centers improve the performance and quality of digital engineering services.
Digital engineering project service certification can help companies effectively display BIM project service capabilities and is an effective tool for standardizing BIM management of engineering projects. Sorting out and evaluating the capabilities of engineering projects can effectively improve the project service process, improve service quality, increase project value, and demonstrate the company's scientific and efficient BIM service capabilities.
For digital engineering software, the evaluation of digital engineering software environment helps to improve the synergy efficiency of software information environment. And enhance the standardization, convenience and security of collaborative work.
For digital engineering hardware environment, the use of hardware, system integration, as well as various types of equipment certification evaluation. Strengthen the security of data transmission, convenience and standardization of hardware maintenance management.
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The applicant submitted an application for digital engineering certification. |
The Applicants proposes an intention to apply for the type of according to the needs of digital engineering certification according to the needs. The certification of digital engineering includes digital environmental evaluation, project certification and system certification. |
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The applicant submits documents. |
The information to be submitted by the applicant is a business license and other qualification certificates and legal supporting documents, organization charts, organization function distribution forms, certification applications, contracts and other information corresponding to the type of application. |
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Sign a contract. |
The two sides signed a certification contract to establish a certification cooperative relationship. |
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File review. |
Experts review the information submitted by the applicant, conduct a preliminary examination of the applicant, and provide reference for the next-step on-site audit. |
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On-site audits. |
The audit team conducts on-site certification in accordance with relevant standards. Industry experts communicate with the applicant's senior management based on the key points that the applicant needs to improve, and make suggestions for the applicant's reference. |
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Results analysis. |
Score based on objective evidence collected from the applicant to confirm the certification level. |
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Prepare a report. |
Integrate audit evidence, point out improvement items, and form the audit report. |
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Issue a certificate. |
After the assessment by the Technical Committee of the Center, the certificate is issued to the applicant after it has been unanimously adopted. |
Construction
From the beginning of planning, focus on the realization of project delivery results and overall service level, overall control of key stages, and reflect the value to the end customers.
Design units
Improve design quality, ensure the accuracy of design data, and provide powerful conditions for efficient and high-quality construction of projects.
Construction units
Promote the ability of project systemization, evaluate the service quality of the project realization process, and improve the level of management and control.
User
Guarantee the quality and safety of the digital assets of the project, and provide support for the standardization of digital city infrastructure.
Enterprise digital engineering management system certification
BCEG No.3 Construction Engineering Co., Ltd.
China Northeast Architectural Design & Research Institute Co., Ltd
CITIC Tower.
Shanghai Central Building.
Zhou Dafu Financial Center.
Ding Zhaozhong Science and Technology Museum.
Chongqing Port Jiangjin Port Area.
Harbin University of Technology Shenzhen Campus Expansion Project.
Xiamen Rail Transit Line 1 Engineering BIM Technology Application.
Huangden Hydropower Station, Lancang River.
Guizhou Province is well-balanced to Anshun highway project construction projects.
Chongqing to Guiyang railway expansion project.
Chongqing West Station House and related projects.
China International Center.
The construction project of the research building of Seddy Science and Technology Park.
Shenzhen Medical Device Testing and Biomedical Safety Evaluation Center Project.
China Digital Technology Co., Ltd. CBIM overall solution.
Autodesk Revit 2018, Autodesk Software (China) Co., Ltd.
Hebei Shenzhen Insurance Investment and Development Co., Ltd. based on BIM technology digital investment platform.
Beijing Yunjianxin Technology Co., Ltd. 4DBIM cloud platform.
BCEG NO.3 CONSTRUCTION ENGINEERING CO., LTD. software and hardware evaluation.
HP Z240 Tower Desktop, Workstation, HP Z4 G4 Desktop Workstation, HP ZBook15 G4 Mobile Workstation, HP Z Turbo Drive SSD.
Intel (China) Co., Ltd.Central Processors, including Intel Core i9-7960X, Intel Core i7-8700K, Intel Core i7-8700K, Intel Core i7-7700K, Intel Core i7-7700, Intel Xewest W2125
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