Log InLog In4 core modules + 1 specialism of 3 modules · Banking & Finance
A graduate diploma in blockchain technology, digital assets, and decentralised systems. All students complete the four core modules, which cover the technical and intellectual foundations from the Bitcoin white paper through cryptographic primitives to consensus mechanisms and scalability. Students then choose one of three specialisms: Decentralised Finance and Token Economics, Enterprise Blockchain and Web3, or Blockchain Law, Regulation, and Digital Sovereignty. The complete diploma comprises seven modules.
All students complete these four modules before choosing a specialism.
Hosted by the Satoshi Nakamoto Simulacrum
The invention that started everything: the Bitcoin white paper, the double-spend problem, proof of work, the blockchain as a data structure, and why trustlessness is the foundational innovation.
Open module →Hosted by the Hal Finney Simulacrum
The intellectual and technical context from which Bitcoin emerged: the cypherpunk movement, cryptographic privacy tools, reusable proofs of work, and the practical reality of running the first node.
Open module →Hosted by the Cryptographic Foundations Simulacrum
The mathematical foundations: hash functions, Merkle trees, public key cryptography, elliptic curves, digital signatures, zero-knowledge proofs, and the quantum threat.
Open module →Hosted by the Blockchain Architecture Simulacrum
The design space: consensus mechanisms (PoW, PoS, BFT), the scalability trilemma, layer-2 solutions, smart contract platforms, and the architectural trade-offs that define every blockchain.
Open module →DeFi protocols, smart contract risk, token design, mechanism design, and the platforms on which decentralised finance is built.
Hosted by the DeFi Analyst Simulacrum
AMMs, lending protocols, flash loans, stablecoins, yield farming, smart contract exploits, and the systemic risk of composable financial protocols.
Open module →Hosted by the Tokenomics Designer Simulacrum
Token types, distribution, vesting, bonding curves, governance, mechanism design, stress-testing, and the economics of sustainable token economies.
Open module →Hosted by the Blockchain Architecture Simulacrum
The EVM, Solidity, token standards, composability, cross-chain interoperability, oracles, MEV, and the systemic architecture of DeFi.
Open module →Permissioned networks, enterprise deployment, the Web3 stack, decentralised identity, and privacy-preserving cryptography.
Hosted by the Enterprise Blockchain Consultant Simulacrum
Permissioned vs permissionless, Hyperledger Fabric, R3 Corda, supply chain, trade finance, and the honest assessment of where enterprise blockchain adds value.
Open module →Hosted by the Web3 Architect Simulacrum
IPFS, decentralised storage, DIDs, verifiable credentials, NFTs, wallets, dApp architecture, and the honest assessment of Web3.
Open module →Hosted by the Cryptographic Foundations Simulacrum
Zero-knowledge proofs (zk-SNARKs, zk-STARKs), multi-party computation, homomorphic encryption, trusted execution environments, and the privacy frontier.
Open module →Securities classification, compliance, central bank digital currencies, and the philosophical tension between decentralisation and state control.
Hosted by the Crypto Regulation Analyst Simulacrum
The Howey test, MiCA, AML/KYC, blockchain analytics, Tornado Cash sanctions, jurisdictional arbitrage, and the DeFi regulatory gap.
Open module →Hosted by the CBDC Analyst Simulacrum
The digital yuan, the digital euro, programmable money, surveillance, monetary sovereignty, mBridge, and the geopolitics of CBDC.
Open module →Hosted by the Satoshi Nakamoto Simulacrum
The case for decentralisation (trustlessness, censorship resistance, individual sovereignty) against the case for control (consumer protection, financial stability, the social contract). Where the balance lies.
Open module →