Course outline
- Introduction and Cross
- Finishing the First Layer
- Solving the Second Layer; Solving the Third Layer, Part 1
- Solving the Third Layer, Part 2
Course outline
- Overview of the CFOP Method; Beginner F2L, Part 1
- Beginner F2L, Part 2
- Learning the 10 Two-Look OLL Algorithms, Part 1
- Learning the 10 Two-Look OLL Algorithms, Part 2
- Learning the 6 Two-Look PLL Algorithms
- Turning Fundamentals and Algorithm Drilling
- Optimizing the Cross
3×3×3: Becoming Sub-20
- Coaches
- Matthew Liu, Jerry Miao, Zachary Lam
- Puzzle
- 3×3×3 Cube
- Sessions
- 14+
- Session length
- 60 minutes
- Price
- $25 per session
Lower-cost option: Purchase the first three
sessions on Advanced Cross and F2L at $25 per session, then
purchase the remaining tutorials in video format at $10 per
session.
Advanced F2L
- Fundamentals of Advanced F2L
- Special F2L Cases
Advanced Cross
- Optimizing the Cross
Learning the 21 PLL Algorithms
- EPLL Review; A, T, J, and F Permutations
- F, R, and G Permutations
- E, Y, V, and N Permutations
Learning the 57 OLL Algorithms
- OCLL Review, T Shapes, Squares, and All Corners Oriented
- Lightning Shapes
- P Shapes and C Shapes
- Fish Shapes and W Shapes
- L Shapes
- Knight Move Shapes and Line Shapes
- Awkward Shapes
- Dot Cases
Course outline
- Transferring Knowledge from the 3×3×3 Cube
-
Introduction to the Ortega Method; Building Efficient First
Faces
-
Learning the 5 PBL Algorithms; Optimizing the 7 OLL Algorithms
- Fingertricks and Algorithm Drilling
Course outline
- Introduction and Centers
- Edge Pairing
- 3×3×3 Stage and Parity
Course outline
- Introduction and Centers
- Edge Pairing
- 3×3×3 Stage and Parity
Course outline
- Introduction to the Yau Method (4×4)
- 4×4×4 Cube: 3-2-3 Edge Pairing
- 4×4×4 Cube: Half Centers
- 4×4×4 Cube: Optimizing Parity Cases
- Introduction to the Yau Method (5×5)
- 5×5×5 Cube: Advanced Last Four Edges
Course outline
- Introduction, Centers, and Center Commutators
- Edge Pairing, 3×3 Stage, and Parities
Ready to register?
Email Waterloo Cube Academy.
← Back to Waterloo Cube Academy