About_Jiangxi Runlin Engineering Technology Co., Ltd

ABOUT US

About

Jiangxi Runlin Engineering Technology Co., Ltd. was established in 2019, with its headquarters located at Building 1, Feicui Mountain Villa, No. 1777 Xincheng Avenue, Xinjian District, Nanchang City, Jiangxi Province.

In terms of qualifications, the company has successfully obtained qualifications for construction quality inspection and testing, Class B surveying and mapping, urban drainage pipeline testing, and human resources dispatch, demonstrating strong comprehensive strength.

The company has strong capabilities and has established an elite technical team consisting of 65 engineers and registered personnel from various professions. Equipped with over 340 sets of professional main instruments and equipment, it provides solid hardware support for the development of various businesses. At the same time, it has a working and laboratory space of 1500 square meters, creating a favorable environment for scientific research and testing work.

Diversified and professional business segments:

Engineering testing category: covering pile foundation testing, steel structure testing, and main structure testing, from foundation to structure, to ensure the quality of engineering projects. Simultaneously providing CCTV (Pipeline Inspection) services to safeguard the safety and smoothness of various pipeline systems such as urban drainage.

Surveying and mapping services: With mature technology and rich experience in the fields of geographic information system construction, boundary and real estate surveying, and engineering surveying, we provide accurate geographic information support for various construction projects.

Software Development: Focusing on software development, we have independently developed a fully automated monitoring and early warning cloud platform system to achieve real-time monitoring and rapid warning of data.

Safety monitoring category: Automated safety monitoring services cover many fields such as construction engineering, water conservancy engineering, bridge engineering, tunnel engineering, mining engineering, and geological disaster engineering, relying on advanced technology to ensure the safe operation of various projects and facilities.

Human resources service category: providing human resources dispatch services, offering professional and efficient talent delivery solutions to meet the human resources needs of different enterprises.

Jiangxi Runlin Engineering Technology Co., Ltd. is gradually growing into a cornerstone in the field of engineering technology services with its professional team, advanced technology, and comprehensive services.

Team

Wei Xingfei General manager

Ding Jianmin Monitoring Department Manager

Ying Shengqiang Project manager

Wu Zhiwen Project manager

Master of Hydraulic Engineering, Senior Engineer, specializing in design, construction management, and scientific research in the field of engineering monitoring and automation, with 10 years of rich industry experience. Has led safety monitoring work for multiple national key engineering projects, including:
Safety Monitoring of the South to North Water Diversion Middle Route Project: Responsible for the design and implementation of monitoring systems for key nodes along the entire route, ensuring the long-term stable operation of the project.
Safety monitoring of water conservancy hub projects: leading the automation monitoring scheme for core facilities such as dams and gates, and improving the level of engineering safety management.
Safety monitoring of the advance section of railway hub configuration project: Innovatively combining time-series data analysis with IoT technology to achieve real-time monitoring and early warning of the entire construction process.
In the field of engineering monitoring, with a solid theoretical foundation and practical experience, proficient in multi-source data fusion analysis, intelligent warning system development, and monitoring technology application in complex environments, committed to promoting the intelligent and digital transformation of engineering monitoring technology.

Cross disciplinary technology integration capability:
I have been deeply involved in the field of automation monitoring for 8 years and have experience in building full lifecycle monitoring systems for three major areas: bridges, foundation pits, and rail transit. The leading research and development of the monitoring system integrates IoT sensor networks, BIM modeling, and big data analysis technology to achieve high-frequency automated collection and real-time warning of 20+parameters such as structural deformation, stress-strain, and environmental loads.
Experience in managing large-scale projects:
We have coordinated the construction of new subway station safety monitoring projects in Guangdong, Sichuan, Beijing, Xuzhou and other places, and have completed the intelligent deployment of over 300 monitoring points. Establish a full process management system from equipment selection to on-site implementation, data calibration, and risk reporting. The project warning response time has been improved to within 5 minutes, and the data collection completeness rate has reached 99.8%.
Industry standard promotion:
Based on benchmark projects such as Beijing Metro Line 16 and Guangzhou Metro Line 18, the * * Implementation Guidelines for Automated Monitoring of Rail Transit * * enterprise standards have been developed, covering key technical indicators such as sensor deployment specifications, three-level warning threshold settings, and data anomaly traceability models

Full scenario monitoring technology system:
I have been deeply involved in the field of engineering deformation monitoring for 9 years, and have developed monitoring solutions covering six major scenarios including foundation pit support, rail transit, historical buildings, and mining. Led the research and development of multi-source data fusion algorithms, overcoming industry technical bottlenecks such as subway vibration interference and identification of micro deformations in ancient buildings, achieving millimeter level monitoring accuracy. Since entering the industry, I have participated in the implementation of major automation monitoring projects in China, such as deformation monitoring of Beijing subway, deformation monitoring of Chengdu subway, housing monitoring in Henan, and safety monitoring of mines in Shaanxi

We have been deeply involved in the field of bridge safety monitoring for over 8 years, leading the construction of automated monitoring systems for 50+ultra large bridges (suspension bridges, cable-stayed bridges, arch bridges), deploying over 3000 intelligent sensing nodes, and achieving millimeter level monitoring accuracy and minute level risk warning. Proficient in cutting-edge technologies such as Beidou/GNSS high-precision positioning, distributed fiber optic sensing, and AI data fusion, with projects covering national key projects such as the Grand Canal Bridge and the Cross Sea Bridge.
technology integration innovation
Building an integrated monitoring system of "air space ground": integrating Beidou satellite positioning, InSAR remote sensing monitoring, and ground sensor network to overcome the challenges of data drift and signal interference in complex environments (such as the impact of strong winds and vehicle vibration on monitoring accuracy)
Develop a multi-source heterogeneous data fusion algorithm to achieve collaborative analysis of 15+parameters such as cable tension, deflection, cracks, temperature and humidity, and improve warning accuracy to 92%

Team

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