Dive deep into error-correcting codes, quantum error-correcting codes, and cutting-edge computational tools
In an era where data security and quantum computing are reshaping technology, understanding algebraic coding theory isn't just academic—it's essential. This intensive workshop bridges theoretical foundations with practical computational skills.
Master classical linear codes, BCH, and Reed-Solomon codes.
Explore quantum error correction and stabilizer codes—preparing you for the quantum computing revolution
Get practical with computational algebra and coding theory using Magma
From mathematical foundations to the applications
Learn finite fields, polynomial algebra, and non-commutative polynomial rings.
Generate and analyze Hamming, BCH, and Reed-Solomon codes
Implement Berlekamp-Massey, Viterbi, and quantum error correction algorithms
Connect theory to modern communication systems, data storage, and quantum computing
Earn a verified certificate showcasing your expertise in algebraic coding theory
Two days packed with theory, practice, and hands-on implementation
Field extensions, irreducible polynomials, trace and norm operations
Generator matrices, parity-check matrices, Hamming codes construction
Cyclic code properties, generator polynomials, BCH code construction
Encoding/decoding algorithms, Berlekamp-Massey, Forney's algorithm
Classical vs Quantum Computing, Quantum Bits and States, Quantum Gates and Circuits, Two-Qubit Operations, Entanglement, Quantum Algorithms
Stabilizer codes, CSS codes, Shor's code overview
Hands-on implementation: Find code parameters and prove algebraic results using computational algebra
Interactive implementation and debugging
World-class faculty from premier institutions
Professor, IIT Patna
Leading expert in algebraic coding theory with 15+ years of research experience
Assistant Professor, IIIT Bhopal
Specialist in computational algebra and error-correcting codes applications
Postdoctoral Research Associate, IISc Bengaluru
Quantum computing researcher focusing on error correction and cryptography
Perfect for researchers, graduate students, and industry professionals
Join an exclusive cohort of researchers and professionals
Limited seats available