**Introduction to the Layer-by-Layer Method** In this session, students are introduced to the layer-by-layer method of solving the Rubik's Cube. They will learn the basic principles and why this method is an efficient approach to solving the cube. **Solving the First Layer – Cross and Corners** Students review the first layer solving process, focusing on the cross pattern and corner placement. The aim is to solidify their skills in solving the first layer quickly and accurately. **Second Layer - Solving the Edges** Students will work on completing the second layer by correctly placing the edges. The session will cover advanced techniques and algorithms to solve this layer without disturbing the first layer. **The Last Layer – Introduction to Orientation of Edges** Students learn about orienting the edges in the last layer and how to use specific algorithms to position the edge pieces correctly without disrupting the solved layers. **Last Layer – Orientation of Corners** Students focus on orienting the corners of the last layer, practicing the necessary algorithms to correctly position the corner pieces while keeping the solved edges intact. **Last Layer – Permutation of Edges** This session teaches students how to permute the edges in the last layer, using advanced algorithms to shift edge pieces into the correct positions. **Last Layer – Permutation of Corners** Students learn how to permute the corner pieces in the last layer, ensuring the corners are correctly positioned as part of the final stage of solving the cube. **Full Solution Practice – Review of All Layers** Students will practice solving the entire cube using the layer-by-layer method, applying all the techniques and algorithms they’ve learned so far. **Speed Solving Techniques – Introduction** In this session, students are introduced to basic speed-solving techniques, such as improving move efficiency, reducing pauses, and optimizing algorithm execution. **Practicing Speed Solving for First and Second Layers** Students begin practicing speed-solving for the first two layers, learning how to speed up their movements while maintaining accuracy. **Third Layer Speed-Solving Practice** The focus shifts to speed-solving the third layer. Students will practice using advanced algorithms quickly and efficiently to complete the last layer in minimal time. **Troubleshooting and Common Mistakes** Students will learn to identify and fix common mistakes made during solving, such as incorrect algorithms or misaligned pieces. Troubleshooting skills are key to becoming a proficient solver. **Mock Tournament Practice – First Layer and Speed Solving** Students participate in timed drills, focusing on solving the first layer and the second layer quickly. This session helps students improve speed and accuracy under time pressure. **Mock Tournament Practice – Full Cube Solving** Students practice solving the entire cube in a timed setting, simulating a real tournament environment. They will apply all learned methods to achieve the fastest time possible. **Reviewing Speed Solving Strategies and Techniques** This session reviews the speed-solving strategies, focusing on refining techniques and improving students' overall solving speed. **Final Mock Tournament and Review** The quarter concludes with a final mock tournament, where students attempt to solve the cube as quickly as possible. The session ends with a comprehensive review of everything learned in Quarter A.