Course Outline
This course is designed to teach you how to solve a Rubik’s cube using the Beginner’s Method, also known as the Layer-by-Layer Method. This method is easy to learn and understand, making it perfect for beginners. By the end of the course, you should be able to consistently solve the cube in under 2 minutes.
Course Structure:
Module 1: Introduction (1 session)
- The history of the Rubik’s cube: Briefly discuss the invention and rise in popularity of the cube.
- Parts of the cube: Learn the names and functions of the different parts of the cube (faces, edges, corners, centers).
- Notation: Introduce the standard notation used to describe moves on the cube (F, B, R, L, U, D).
Module 2: Solving the First Layer (2 sessions)
- Building the white cross: Learn how to position the white center pieces and matching edge pieces to form a white cross on the bottom layer.
- Orienting the white edges: Learn how to position the remaining white edge pieces correctly.
Module 3: Solving the Middle Layer (2 sessions)
- Understanding the middle layer: Introduce the concept of the middle layer and how it can be solved independently.
- The “edge pairing” algorithm: Learn a step-by-step algorithm to pair and position the middle layer edges with their corresponding colors on the top layer.
Module 4: Solving the Last Layer (3 sessions)
- Building the yellow cross: Learn how to create a yellow cross on the top layer.
- Positioning the yellow corners: Learn an algorithm to position the yellow corner pieces in their correct locations.
- Orienting and permuting the last layer: Learn two final algorithms to orient and arrange the last layer edges to complete the cube.
Module 5: Practice and Tips (1 session)
- Developing speed and efficiency: Discuss different techniques to improve your solving time.
- Common mistakes and troubleshooting: Address common challenges faced by beginners and provide solutions.
- Introduction to advanced techniques: Briefly introduce more advanced solving methods (CFOP, Roux) for interested students.
Additional Resources:
- Throughout the course, online resources such as video tutorials and practice tools will be recommended to aid in learning and practicing.
- A printable cheat sheet summarizing the algorithms will be provided.
Course Duration:
This course is estimated to be completed in 8-10 sessions, depending on the pace of the learners and the time dedicated to practice. Each session is expected to last around 30-45 minutes.