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CURRICULUM OF RUBIKS CUBE
This comprehensive curriculum should provide a structured path for learners to progress through the three levels of Rubik's Cube solving, from basic to advanced techniques, skills, and even exploring some specialized aspects of speedcubing and the cubing community.
The examination will be conducted at the end of every level and students get the performance certification after completion of every levels.

Basic Level (36 Sessions)

Weeks 1-2: Introduction and Cube Basics (Sessions 1-6)
Session 1: Cube notation and terminology.
Session 2: Cube anatomy (edges, corners, centers).
Session 3: Scrambling and unscrambling practice.
Session 4: Solving the white cross.
Session 5: Solving the white corners.
Session 6: Completing the entire white layer.
Weeks 3-4: Middle Layer and Second Layer (Sessions 7-18)
Session 7: Edge pairing techniques.
Session 8: Completing the second layer.
Session 9: Introduction to the CFOP method.
Session 10: Advanced F2L techniques (Pairs 1-3).
Session 11: More F2L practice (Pairs 4-6).
Session 12: Advanced F2L techniques (Pairs 7-9).
Session 13: Even more F2L practice (Pairs 10-12).
Session 14: Speedcubing basics.
Session 15: Practice improving cross and F2L efficiency.
Session 16: 2-Look OLL (Orientation of Last Layer).
Session 17 & 18: 2-Look PLL (Permutation of Last Layer).
Weeks 5-6: Final Layer and Speed Improvement (Sessions 19-36)
Session 19: Solving the yellow cross.
Session 20: Orienting the final layer corners.
Session 21: Permuting the final layer corners.
Session 22: Parity issues (if any) and how to solve them.
Session 23: Introduction to full OLL (Orientation of Last Layer).
Session 24: Learning OLL algorithms (Stage 1).
Session 25: More OLL algorithms (Stage 2).
Session 26: Introduction to full PLL (Permutation of Last Layer).
Session 27: Learning PLL algorithms (Stage 1).
Session 28: More PLL algorithms (Stage 2).
Session 29: Algorithm execution and recognition drills.
Session 30: Fine-tuning algorithm execution for speed.
Session 31: Advanced F2L techniques.
Session 32: Developing lookahead and efficiency.
Session 33: Speedcubing practice and setting personal goals.
Session 34: Practice under timed conditions.
Session 35: Drill techniques to improve lookahead and TPS.
Session 36: Analyzing solves and optimizing performance.

Intermediate Level (36 Sessions)

Weeks 1-2: Advanced CFOP Techniques (Sessions 1-18)
Session 1: Advanced cross techniques.
Session 2: Advanced F2L methods.
Session 3: Drill lookahead and advanced F2L techniques.
Session 4: Introduction to advanced OLL subsets (e.g., COLL).
Session 5: Learning COLL algorithms.
Session 6: More COLL algorithms.
Session 7: Introduction to advanced PLL subsets (e.g., EPLL).
Session 8: Learning EPLL algorithms.
Session 9: More EPLL algorithms.
Session 10: Algorithm execution and recognition drills.
Session 11: Advanced F2L techniques.
Session 12: Developing lookahead and efficiency.
Session 13: Speedcubing practice and setting personal goals.
Session 14: Practice under timed conditions.
Session 15: Drill techniques to improve lookahead and TPS.
Session 16: Analyzing solves and optimizing performance.
Session 17: Mental preparation and competition strategies.
Session 18: Introduction to blindfolded solving (optional).
Weeks 3-4: Blindfolded and Advanced Skills (Sessions 19-36)
Session 19: Blindfolded solving techniques (Beginner's method).
Session 20: Blindfolded solving techniques (Advanced methods).
Session 21: Practice blindfolded solving.
Session 22: Advanced solving methods (e.g., Roux, ZZ).
Session 23: Specialized solving techniques (e.g., One-handed solving).
Session 24: Advanced speedcubing techniques.
Session 25: Advanced speedcubing drills.
Session 26: Advanced solving practice.
Session 27: Advanced competition strategies.
Session 28: Cubing community and resources.
Session 29: Solving unusual cube variations (e.g., Megaminx).
Session 30: More advanced cube variations (e.g., Pyraminx).
Session 31: Speedcubing hardware and maintenance.
Session 32: Solving cube mods and shape-shifting puzzles.
Session 33: Speedcubing records and history.
Session 34: Review and advanced solving techniques.
Session 35: Final session - Review, Q&A, and goal setting.
Session 36:

Advanced Level (36 Sessions)

Weeks 1-2: Expert Techniques and Variations (Sessions 1-18)
Session 1: Expert CFOP techniques.
Session 2: Expert F2L methods.
Session 3: Expert lookahead and efficiency.
Session 4: Expert OLL subsets (e.g., Winter Variation).
Session 5: Expert OLL algorithms.
Session 6: Expert PLL subsets (e.g., VLS).
Session 7: Expert PLL algorithms.
Session 8: Advanced algorithm execution and recognition.
Session 9: Developing sub-10 second solves.
Session 10: Speedcubing strategy and tactics.
Session 11: Drill lookahead and TPS (turns per second).
Session 12: Advanced solving practice.
Session 13: Advanced competition strategies.
Session 14: Solving with other methods (e.g., Petrus, ZZ).
Session 15: Advanced blindfolded solving techniques.
Session 16: Blindfolded solving practice.
Session 17: Mental preparation for competitions.
Session 18: Review and advanced solving techniques.
Weeks 3-4: Specialized and Expert Skills (Sessions 19-36)
Session 19: Solving cube variations (e.g., Skewb).
Session 20: Speedcubing hardware and modifications.
Session 21: Speedcubing records and world champions.
Session 22: Advanced solving algorithms for unique cubes.
Session 23: Advanced solving techniques for big cubes (e.g., 4x4, 5x5).
Session 24: Speedcubing relay races and team solving.
Session 25: Advanced solving strategies for unofficial events.
Session 26: Advanced speedcubing drills.
Session 27: Speedcubing innovation and new techniques.
Session 28: Cube collecting and rare cubes.
Session 29: Competition organization and judging.
Session 30: Cubing as a hobby and career.
Session 31: Final project: Advanced solving challenge.
Session 32: Final project: Advanced blindfolded solving.
Session 33: Final project: Speedcubing records attempt.
Session 34: Graduation ceremony and celebration.
Session 35 & 36: Farewell and future cubing goals.