Problem
The challenge was to translate cube-solving logic into a clear, testable software architecture that team members could build on in parallel.
Case Study
Team-based system design and algorithmic problem solving
The challenge was to translate cube-solving logic into a clear, testable software architecture that team members could build on in parallel.
Built a modular solver implementation with predictable state transitions, move validation, and collaboration-friendly code boundaries.
Owned critical logic paths, improved solver correctness with test cases, and helped align architecture decisions across teammates.
Debugging edge-case move sequences required systematic state inspection and careful handling of orientation rules.