Chengdu Plus Wuhan: Smart Construction for Real!

Recently, China Construction Third Engineering Bureau

in Chengdu and Wuhan

successively hosted 2smart construction observation meetings

showcasing the enterprise's

practical achievements in using smart construction to improve

the effectiveness of project quality and safety management

demonstrating industry-leading technological strength and management standards

The event, organized by the Engineering Project Management and Constructor Branch of the China Construction Industry Association,

the Technology Center of China State Construction Engineering Corporation,

and hosted by China Construction Third Engineering Bureau Group Co., Ltd. —

“Smart Construction · Driving a Leap in the Effectiveness of Project Quality and Safety Management”

Construction Engineering Project Management Experience Exchange Meeting

and the 9th China Construction Linhe Forum

— was held in Chengdu

Industry experts, representatives of construction enterprises, and

more than 300 attendees gathered together

to jointly explore the new future vision of smart construction

and conducted an on-site observation of the

Sichuan Provincial Party School (East Campus) Project constructed by China Construction Third Engineering Bureau

The project site set up

data-driven management, digital design,

smart construction equipment, smart production,

“Good Housing”, and smart construction —6 major exhibition zones in total

comprehensively demonstrating the innovative technological application of smart construction in

quality and safety management effectiveness

The Digital Design Zone relies on BIM and digital twin technologies

to carry out detailed design across multiple fields such as curtain walls and steel structures

The Data-Driven Construction Management Zone uses IoT, AI, and big data

to achieve safety monitoring and resource optimization

and leverages the internet to monitor construction scenarios in real time

The smart safety helmet offers a 900-day battery life

the 34-gram tag is worn imperceptibly

combined with AI to automatically identify workers' unsafe behaviors

the unmanned weighbridge enables fully automated management of material weighing and recording

ensuring the precision and transparency of material control

and improving operational collaboration efficiency and safety assurance levels

The Smart Construction Equipment Zone provides key support for

improving quality and efficiency in building construction

The industrialized building-climbing machine requires only 10 minutes to jack up a single floor

shortening the construction period compared with the traditional external scaffolding method by 90%

The unmanned construction hoist enables precise personnel control

and can compress the idle-load rate to below 5%

substantially improving single-day transportation efficiency

and can reduce management personnel input by 50%

Independently developed by China Construction Third Engineering Bureau,

the Tower Crane Intelligent Centralized Control System

reduces the safety risks of working at height by 80% or more

improves human-machine work efficiency by 30%

and saves labor attendance by 30%

The Smart Production Zone showcases

automated production lines and intelligent management systems

while the “Good Housing” Zone presents

the synergy of innovative materials, smart equipment, and green construction methods

comprehensively embodying high-quality solutions spanning from construction to O&M

The cantilever-cast box girder construction of the project's Sheshui River Extra-Large Bridge

used China Construction Third Engineering Bureau's independently developed

Self-Balancing Cantilever Bridge-Building Machine

Integrating IoT, sensors, and BIM technology,

it performs real-time monitoring of stress, displacement, and temperature and other key data

effectively solving the problems of conventional form travelers, such as low bearing capacity,

poor anti-overturning stability, and low traveling efficiency

and significantly improving the

safety and precision of bridge cantilever casting construction

The project innovatively adopted the steel cofferdam pilot-hole drilling method

Relying on the BIM+GIS platform,

the technical team independently developed a stress monitoring system

to implement 24-hour dynamic monitoring of the cofferdam structure

and established a whole-process construction safety early-warning mechanism

achieving visualized and integrated control of steel cofferdam construction

while ensuring construction safety and improving overall work efficiency

The Project Intelligent Command and Dispatch Center

deeply integrates information technology

to build an

integrated control platform covering

safety, quality, and production

breaking down data barriers across business segments

and improving management collaboration efficiency

With the help of sensors,

the spatial posture of the bridge-building machine and the load-bearing state of the supporting structure

are monitored and dynamically adjusted in real time

achieving full-line visualization of construction progress

and efficient resource dispatching