Rock Engineering Principles and Practical Rock Mechanics

Understanding how rock mass behaves under stress is critical for the safety and success of tunnels, slopes, and underground structures. This course introduces you to the foundational principles of rock mechanics and engineering without requiring prior specialized experience. You will transition from learning basic rock properties to confidently evaluating real-world geological challenges. What you'll learn: Understand the physical and mechanical properties of intact rock and rock masses; Analyze rock joints, discontinuities, and stereographic projections; Apply rock mass classification systems including RMR and Q-system; Calculate in-situ stresses and understand rock failure criteria; Practice designing stable rock slopes, tunnels, and underground excavations; Learn modern numerical modeling concepts and field monitoring techniques. The course begins with essential geological terminology and foundational rock properties before guiding you through stress analysis, failure theories, and practical engineering design scenarios. This course is designed for civil engineering students, mining engineers, and geologists looking for a structured, beginner-friendly introduction to rock mechanics. Start building your foundational knowledge of rock engineering today.