About the Course

Blockchain Architecture & System Design – Explores the fundamental structure of blockchain technology, including blocks, hashes, and chains, while differentiating between centralized, decentralized, and distributed ledger systems to establish a foundational understanding of how blockchain networks operate.

Blockchain Classifications & Consensus Mechanisms – Examines the distinctions between public, private, and hybrid blockchains, along with consensus protocols (Proof of Work, Proof of Stake, etc.) that validate transactions and maintain network integrity without centralized authority.

Cryptographic Security Foundations – Covers symmetric, asymmetric, and hybrid cryptographic techniques that secure blockchain networks, including how these cryptographic methods enable verification processes, digital signatures, and data integrity essential for audit trail confidence.

Blockchain Ecosystem Components – Details the key participants and infrastructure of blockchain networks, including nodes, miners, wallets, tokens, cryptocurrencies, and smart contracts, providing auditors with comprehensive knowledge of the operational environment they'll be evaluating.

Blockchain vs. Traditional Systems for Audit Applications – Compares blockchain's immutable, transparent ledger structure with conventional database systems from an auditing perspective, analyzing trust models, verification processes, and implications for financial auditing practices and internal controls.