ABSTRACT
Remote rock mass characterization is vital for the safety and design of underground structures in mining and civil engineering. Traditional methods, like mapping geological structures from the tunnel face, are often hazardous and costly. Techniques like photogrammetry improve safety, reduce costs, and provide detailed geological data. The “TERRA - Intro to Remote Rock Mass Characterization” online course offers a 27-hour comprehensive introduction to these techniques. The course includes lectures, quizzes, practical exercises, and independent study, focusing on photogrammetric data collection and 3D fracture mapping. A key feature is the use of 360-degree and 3D content for practical, hands-on experience. This immersive approach allows students to analyze real-world data and apply their knowledge to rock face mapping and tunnel assessment. A virtual tunnel visit enhances the learning experience. Graduates gain a deeper understanding of rock mass characterization, developing skills to implement photogrammetric data collection and analysis. This free online course is an educational resource that promotes safer, more cost-effective, and accurate characterization methods. The course has been developed and refined based on user tests and feedback. The techniques learned are transferable across mining, civil engineering, and geological engineering, improving the rock mass data collection.
