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[Road and Bridge Engineering Technology] 1.Engineering Geology and Hydrology
#ICT# #IOT#

Lesson Code: TCEN2025H027

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Academic Hours
4.90hours
Publish Date
Nov 2025

Lecturer

1. Lecturer WANG BinyuGuangxi Transport Vocational and Technical College

2. Lecturer WU CongGuangxi Transport Vocational and Technical College

3. Lecturer LAN SulianGuangxi Transport Vocational and Technical College

4. Lecturer ZHU ZhiguangGuangxi Transport Vocational and Technical College

5. Lecturer YANG JingGuangxi Transport Vocational and Technical College

6. Lecturer ZHOU XuexiangGuangxi Transport Vocational and Technical College

General Introduction
This course is designed for trainees in positions such as construction workers and geological surveyors in the transportation infrastructure industry. It addresses the challenges and high demands of geological evaluation in complex terrains and landforms, as well as the application of new technologies.
In collaboration with leading construction companies in the industry, the course has been restructured into project-based modules. The course aims to enhance trainees’ abilities to identify engineering geological conditions and address related issues, laying a solid foundation for the subsequent core courses in the fields of “roads, bridges, tunnels, and ports.”

This Course is for
1. Helping trainees understand the relationship between geological environments and engineering activities.
2. Equipping trainees with knowledge of the formation and classification of rock strata.
3. Enabling trainees to master common methods for assessing geological hazards and implementing preventive measures.
4. Enabling trainees to analyze the impact of engineering geological conditions on construction projects.
5. Helping trainees read engineering geological maps and compile geological hazard risk assessment reports.
6. Equipping trainees with the ability to apply the latest geological exploration and disaster prevention technologies to address complex engineering geological issues.
7. Laying the groundwork for trainees to develop a correct understanding of ecological civilization and engineering ethics.
8. Enabling trainees to develop skills such as systems thinking, dialectical thinking, and precise thinking, laying a solid foundation for the ongoing development of their professional abilities.

Learning Materials

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

Recognized By

Benefits of Learning

1. Understanding the relationship between geological environments and engineering activities.
2. Mastering the causes and types of rock strata formations.
3. Mastering common geological hazard assessment methods and preventive measures.
4. Being able to analyze the impact of engineering geological conditions on construction projects.
5. Being able to read engineering geological maps and compile geological hazard risk assessment reports.
6. Being able to apply the latest geological exploration and disaster prevention technologies to address complex engineering geological issues.

Courses Videos
1.1 The Concepts of Engineering Geology and Earths Spherical Structure.mp4play1.2 Geological Time Scale.mp4play1.3 Geological Processes.mp4play2.1 Rock-Forming Minerals – Part 1.mp4play2.2 Rock-Forming Minerals – Part 2.mp4play2.3 Igneous Rocks – Part 1.mp4play2.4 Igneous Rocks – Part 2.mp4play2.5 Sedimentary Rocks – Part 1.mp4play2.6 Sedimentary Rocks – Part 2.mp4play2.7 Metamorphic Rocks.mp4play3.1 Geological Structures.mp4play3.2 Fold Structures.mp4play3.3 Fault Structures – Part 1.mp4play3.4 Fault Structures – Part 2.mp4play3.5 Relationship Between Geological Structures and Highway Engineering.mp4play3.6 Use of Geological Compass.mp4play3.7 Construction of Joint Rose Diagram.mp4play3.8 Drawing Geological Cross-Sections.mp4play4.1 Understanding Rivers.mp4play4.2 Fluvial Geological Processes.mp4play4.3 Groundwater Fundamentals & Related Engineering Geological Issues.mp4play5.1 Overview of Engineering Geological Investigation.mp4play5.2 Common Methods of Engineering Geological Investigation.mp4play6.1 Karst Landform Morphology and Development Patterns.mp4play6.2 Comprehensive Evaluation of Karst Development Degree.mp4play6.3 Prevention and Control Measures for Karst in Bridges and Tunnels.mp4play6.4 Rockfall.mp4play6.5 Landslide.mp4play6.6 Debris Flow.mp4play6.7 Earthquake.mp4play6.8 Geological Hazard Assessment Report Preparation (Part 1).mp4play6.9 Geological Hazard Assessment Report Preparation (Part 2).mp4play

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