[Road and Bridge Engineering Technology] 2.Bridge Engineering Test and Inspection
#ICT# #IOT#

Lesson Code: TCEN2025H027

Clicks:
Academic Hours
4.80hours
Publish Date
Nov 2025

Lecturer

1. Lecturer PANG BiaoGuangxi Transport Vocational and Technical College

2. Lecturer HUANG XianzhiGuangxi Transport Vocational and Technical College

3. Lecturer LI GuiqianGuangxi Transport Vocational and Technical College

4. Lecturer WU ZhangxuGuangxi Transport Vocational and Technical College

5. Lecturer LI ChengGuangxi Transport Vocational and Technical College

6. Lecturer ZHU XiangyuGuangxi Transport Vocational and Technical College

General Introduction
This course is a nationally recognized high-quality training program focused on developing the core competencies of field engineers in bridge inspection within the transportation industry. Leveraging the new Western Land-Sea Corridor and ASEAN infrastructure demands, the course deeply integrates intelligent inspection technologies with engineering practices.
It establishes an integrated “position-course-competition-certification” training system, supporting the upgrade of bridge intelligent inspection technologies and fostering industry-education integration and research innovation. The course aims to drive high-quality development of regional transportation infrastructure.

This Course is for
1. Helping trainees become familiar with the basic principles of bridge materials, concrete structures, and bridge inspection, as well as safety and quality requirements.
2. Equipping trainees with the knowledge of the methods and steps for inspecting bridge materials, concrete structures, and completed bridges according to industry standards.
3. Enabling trainees to conduct bridge material, concrete structure, and bridge inspection in compliance with regulatory requirements.

Learning Materials

1. Corresponding PPT
2. Online Course Video
3. Simulation Question Banks

Recognized By

Benefits of Learning

1. Mastering the load-bearing mechanisms of bridge structures and typical damage characteristics.
2. Being proficient in operating intelligent equipment for digital non-destructive testing and load test data acquisition.
3. Being able to analyze data from strain monitoring and non-destructive testing, and completing structural quality and safety assessments in accordance with relevant standards.
4. Being capable of strictly applying testing protocols and independently preparing bridge inspection plans and reports.
5. Being qualified for high-altitude cableway inspection operations and capable of monitoring steel bridge corrosion in the humid and hot ASEAN environment.
6. Being able to standardize inspection report writing, identify data anomalies, and initiate reinspection procedures as part of quality control practice.
7. Collaborating in industry-education integration projects to develop intelligent cable inspection algorithms, supporting the construction of the Western Land-Sea New Corridor.

Courses Videos
Bridge engineering test and inspection(Promotional Video).mp4play1.1 Bridge engineering test detection tasks and significance.mp4play1.2 Content and basis of bridge engineering test and inspection.mp4play2.1 Test detection of stone material for bridges.mp4play2.2 Mechanical properties and test detection methods of concrete for bridges.mp4play2.3 Rebar testing for bridges.mp4play3.1 Prestressed anchor, grip, and connector test and inspection.mp4play3.2 Bridge bearing test detection.mp4play3.3 Expansion device testing.mp4play3.4 Corrugated pipe test and inspection.mp4play4.1 Plate load test.mp4play4.2 Dynamic cone penetration test.mp4play4.3 Overview of foundation piles.mp4play4.4 Foundation pile integrity detection (low strain method).mp4play4.5 Ultrasonic transmission method.mp4play4.6 Pile Body Bearing Capacity Detection (Static Load Test).mp4play4.7 Ultrasonic testing method for foundation piles (practical operation).mp4play5.1 Structural concrete strength detection and evaluation.mp4play5.2 Detection and Judgment of Reinforcement Corrosion Potential.mp4play5.3 Determination and Evaluation of Chloride Ion Content in Structural Concrete.mp4play5.4 Detection of rebar distribution and cover thickness in concrete.mp4play5.5 Detection and evaluation of concrete carbonation depth.mp4play5.6 Concrete Resistivity Inspection and Evaluation.mp4play5.7 Ultrasonic Method for Internal Defect Detection in Concrete Structures.mp4play5.8 Testing of concrete strength by rebound method (practical operation).mp4play5.9 Detection of rebar distribution and cover thickness in concrete(practical operation).mp4play6.1 Bridge Inspection and Evaluation.mp4play6.2 Bridge technical condition evaluation workflow.mp4play6.3 Calculation of components and parts for bridge technical condition assessment.mp4play6.4 Bridge technical condition evaluation Component-level and Overall Condition Assessment.mp4play7.1 Bridge load test.mp4play7.2 Bridge load test evaluation.mp4play7.3 Strain gauge installation for static load test(practical operation).mp4play

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