**Introduction to Cross Patterns** Students are introduced to the cross pattern, a crucial first step in solving the Rubik's Cube. They will learn how to align the edge pieces on one face to create the cross, setting up the next phase of solving. **Solving the First Layer Cross** Students practice solving the first layer cross, ensuring the center pieces align correctly with the edges of the same color. The focus will be on developing muscle memory and accuracy in positioning edge pieces. **Introduction to Corner Placement for the First Layer** Students learn how to place the corner pieces in the first layer to complete the initial layer. This session will focus on the proper placement and alignment of the corner pieces relative to the edges. **Solving the First Layer – Cross and Corners Combined** Students combine their skills from Sessions 9 and 11 to solve the entire first layer, using the cross pattern and placing the corner pieces. This session reinforces the concepts of solving one layer before moving to the next. **Introduction to Basic Algorithms** Students are introduced to simple algorithms used to manipulate pieces without disturbing the already solved sections. They will begin to memorize and practice these algorithms for edge and corner placement. **Practicing Algorithms for Corner Placement** Students focus on practicing algorithms specifically for the placement of the corners, using these algorithms to complete the first layer without displacing the solved sections. **Exploring and Understanding Cube Patterns** Students will explore common cube patterns and learn how to recognize them. They will practice recreating patterns using basic movements to improve their understanding of cube manipulation. **Solving the Second Layer – Edge Placement** The focus shifts to solving the second layer, with students learning how to place the edge pieces of the second layer using algorithms to avoid disturbing the solved first layer. **Advanced Edge Placement Techniques** Students will practice more advanced techniques for edge placement in the second layer, refining their algorithms and troubleshooting common mistakes in edge placement. **The Third Layer: Introduction to Algorithms** Students are introduced to the algorithms required to solve the third layer of the cube. They will learn new moves and techniques necessary for this more complex phase. **Practice Solving the Third Layer Corners** Students focus on solving the third layer corners by applying the algorithms they learned in Session 18. They will also troubleshoot any issues with corner positioning. **Puzzle-Solving Challenge and Review** Students engage in a puzzle-solving challenge, testing their ability to solve the first two layers and third-layer corners. This session ends with a review of the techniques and algorithms learned so far.