深圳市为民可靠性系统工程研究院
Shenzhen Weimin Reliability Systems Engineering Research Institute
Belief Relibility · Empowering Chinese Manufacturing Enterprises · Serving Innovative Technologies · Inclusive Intelligently Manufactured In China
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Belief Relibility
退化永恒原理、裕量可靠原理、不确定原理
10000+
Service Engineers
100+
Collaborative Projects
1640 天
成立至今
不忘初心,方得始终
2021
Since establishment
Be reliable people, Do reliable things
No data
专家团队
Expert Team
Kang Rui
Certified founder of Belief Reliability, Chang Jiang Scholars
Professor at the School of Reliability and Systems Engineering at Beihang University, Director of the Shenzhen Weimin Reliability Research Institute
CHEN YUNXIA
Professor at the School of Reliability and Systems Engineering, Beihang University; Doctoral Supervisor
LI XIAOYANG
Professor at the School of Reliability and Systems Engineering at Beihang University, PhD supervisor, and specially appointed expert at the Shenzhen Weimin Reliability Systems Engineering Research Institute
CHEN YING
Professor at the School of Reliability and Systems Engineering at Beihang University, and Distinguished Expert at the Shenzhen Weimin Reliability Systems Engineering Research Institute
huang ning
Professor at the School of Reliability and Systems Engineering, Beihang University; Doctoral Supervisor
sun fuqiang
Associate Professor at the School of Reliability and Systems Engineering at Beihang University, Master’s supervisor, Secretary of the Party Branch of the Teachers’ Group at the Reliability Center, and Head of the Experimental Teaching Center at the School of Reliability and Systems Engineering.
zhang wei
Doctor, Associate Professor at the School of Reliability and Systems Engineering, Beijing University of Aeronautics and Astronautics, and Doctoral Supervisor
liu jie
Associate Professor at the School of Reliability and Systems Engineering at Beihang University; Assistant to the Dean of the School of Reliability and Systems Engineering.
wu xiangping
Technical Director of Shenzhen Weimin Reliability Research Institute (formerly a Reliability Expert at Huawei)
ye runqing
wang yanlin
si hui
wang shaoping
chen bo
he ying
yu li
Technical Director, Shenzhen Weimin Reliability Research Institute
About us 研究院简介
Shenzhen Weimin Reliability Systems Engineering Research Institute
深圳市为民可靠性系统工程研究院
Shenzhen Weimin Reliability Systems Engineering Research Institute was initiated by leading private enterprises including Sunlord Electronics, JPT Optoelectronics, Invertek, Haon Group, and Qiaoheli. It has corporate members such as Hong Rongyuan and Beijing Lanwei, and is supported by Professor Kang Rui’s team from the School of Reliability and Systems Engineering at Beijing University of Aeronautics and Astronautics. Approved by the Shenzhen Civil Affairs Bureau, it is a privately-run, non-profit research institution whose supervisory authority is the Shenzhen Association for Science and Technology.
主营业务
Main Business
Reliability Knowledge Training for Engineers
Reliability System Engineering Capability Diagnosis and Evaluation for Manufacturing
Demonstration of Reliability Technologies and Management Applications for Manufacturing
Reliability Management and Implementation for Manufacturing Supply Chain Delivery
Building a Reliability Talent Development Platform for the Manufacturing Industry
Develop engineering technical standards for manufacturing reliability systems
Regularly publish a blue book to track and analyze industry development trends
Establish a platform for sharing and exchanging reliability technologies
可靠性示范案例
Main Business
T/CICC 35001—2025 确信可靠性术语
本文件规定了确信可靠性度量、确信可靠性建模、确信可靠性分析与设计、可靠性实验、确信可靠性评估等的常用术语及定义。适用于系统确信可靠性领域的相关工作。
T/CICC 35002—2025 Functional, Performance, and Margin Analysis
This document specifies the general and detailed requirements for Function, Performance, and Margin Analysis (FPMA).
This method is primarily intended to help R&D personnel and reliability engineers gain a deeper understanding of and analyze system functional performance, identify key performance parameters as well as their associated internal and external variables, and define requirement thresholds. This enables the development of system margin expressions, laying a solid foundation for subsequent performance parameter analysis, confidence-based reliability modeling, and reliability prediction tasks.
T/CICC 35003—2025
Performance Parameter Degradation AnalysisThis document specifies the general and detailed requirements for Performance Parameter Degradation Analysis (PPDA).
This method is primarily intended to help R&D personnel and reliability engineers gain a deeper understanding of and analyze the causes and mechanisms behind system performance degradation, identify degradation-related performance parameters, and clarify the factors influencing performance degradation, thereby laying a solid foundation for subsequent tasks such as confidence-based reliability modeling and prediction.
T/CICC 35004—2025 确信可靠性建模与分析
本文件规定了确信可靠性建模与预计的要求和步骤，主要包括建立学科交叉方程、性能退化方程、裕量方程和度量方程，并计算系统的确信可靠度。
本方法适用于新研系统正向设计过程，也可供已投入使用的系统进行可靠性设计改进时参照使用。
T/CICC 35005—2025 产品确信可靠性评价方法
本文件规定了对投入使用的产品开展确信可靠性评价的指标体系和评价方法。
本方法适用于对同一制造商所生产的同类产品开展评价，也适用于对不同制造商生产的同类产品开展评价。
T/CICC 35006—2025 产品使用过程确信可靠性检测方法
本文件规定了产品在变母体、变环境、小样本情况下的可靠性检测方法。
本方法适用于产品使用过程中的健康状态评估和维修间隔期确定，可为动态制定维修保障策略提供依据。
Initiating Organization
Council Member Unit
Reliability Special Committee
Reliability Community
Reliability Ecosystem
Partner 合作伙伴
