This paper explores the extension of classical error correction techniques to quantum codes, elucidating the opportunities and challenges therein. By using a Repetition code, the author shows how the formalism of encoding, error propagation, error recovery via a MWPM decoder, and decoding work in the regime of quantum circuits. Some pitfalls are mentioned, and the work concludes with potential future research avenues for partial completion of a masters degree in computer science at AFIT.