Course Overview & Educational Objectives
Direct Course Definition: Comprehensive, university-level engineering course covering blockchain cryptographic primitives, distributed consensus mechanisms, Bitcoin & Ethereum internals, Solidity smart contract architecture, full-stack DApp integration, DeFi protocols, Layer 2 rollups, smart contract security auditing, enterprise Hyperledger Fabric, and high-performance Solana development with Rust.
Complete 24-Module Blockchain Engineering Curriculum
- Module 1: Introduction to Blockchain Technology — Centralized vs decentralized systems, distributed ledger technology, SHA-256 hashing, block structure, and tamper-evident Python blockchain.
- Module 2: Cryptography Fundamentals for Blockchain — Modular arithmetic, secp256k1 elliptic curve scalar multiplication, ECDSA signatures, HD wallets (BIP-32), and Merkle tree proofs.
- Module 3: Distributed Systems & Consensus Mechanisms — Byzantine Fault Tolerance, Nakamoto consensus, Proof of Work mining, Proof of Stake, PBFT, CAP theorem, and FLP impossibility.
- Module 4: Bitcoin Architecture & Transactions — UTXO accounting model, Bitcoin Script execution engine, P2PKH, P2SH, SegWit, mempool, and Coinbase mechanics.
- Module 5: Ethereum & EVM Architecture — Account model, Ethereum world state trie, Patricia Merkle trees, gas schedule, EIP-1559 fee market, and smart contracts.
- Module 6: EVM Deep Dive & Opcode Execution — Stack machine, memory allocation, storage slot layout, SSTORE/SLOAD gas mechanics, call opcodes, and bytecode disassembly.
- Module 7: Solidity Programming Fundamentals — Syntax, value vs reference types, view/pure functions, modifiers, events, custom errors, and contract inheritance.
- Module 8: Advanced Solidity & Gas Optimization — Storage slot packing, calldata optimization, assembly Yul, memory vs storage caching, ERC-7201 namespaced storage, and immutable patterns.
- Module 9: Smart Contract Development & Architecture — Factory pattern, registry pattern, pull payments, escrow state machines, UUPS and Transparent upgradeable proxies.
- Module 10: Smart Contract Testing & Security — Unit testing with Foundry Forge and Hardhat, fuzzing, property-based testing, invariant handlers, and mocks.
- Module 11: Wallets, Keys & Transaction Signing — BIP-39 mnemonic phrases, BIP-44 derivation paths, EIP-712 structured data signing, SIWE, and hardware wallet integration.
- Module 12: Token Standards: ERC-20, ERC-721, ERC-1155 — Token mechanics, allowance race conditions, safe transfers, metadata URI hosting, batch operations, and tokenomics.
- Module 13: Web3 Front-End Integration — Ethers.js v6, Viem, Wagmi hooks, wallet connectors, contract read/write state handling, and event listening.
- Module 14: Full-Stack DApp Development — End-to-end decentralized application development, indexing with The Graph, responsive Web3 UI, and testnet deployment.
- Module 15: Decentralized Storage Architecture — IPFS content addressing, CIDv0/CIDv1, UnixFS, IPFS pinning services (Pinata), Filecoin, and Arweave permaweb.
- Module 16: DeFi Architecture & Protocols — Automated Market Makers (x*y=k), constant product formula, liquidity provision, impermanent loss, and flash loans.
- Module 17: DEXs & Lending Protocols — Uniswap V3 concentrated liquidity, tick mathematics, multi-hop swap routing, Compound cTokens, Aave pools, and liquidation engines.
- Module 18: Blockchain Security & Smart Contract Auditing — Threat modeling, reentrancy attacks, CEI pattern, oracle manipulation, Slither static analysis, and formal verification.
- Module 19: Layer 2 & Blockchain Scaling — Optimistic rollups (Arbitrum, Optimism), ZK-rollups (zkSync, Polygon zkEVM), interactive fraud proofs, validity proofs, and EIP-4844 blobs.
- Module 20: Oracles & Chainlink Architecture — Decentralized oracle networks, Data Feeds, latestRoundData validation, VRF verifiable randomness, and Cross-Chain Interoperability (CCIP).
- Module 21: DAOs & Blockchain Governance — ERC20Votes checkpoints, OpenZeppelin Governor, TimelockController security, quadratic voting, and treasury execution.
- Module 22: Hyperledger Fabric & Enterprise Blockchain — Permissioned DLT, Membership Service Providers (MSP), channels, Go chaincode, CouchDB queries, and Raft consensus.
- Module 23: Solana Development with Rust — Account model, Sealevel runtime, Proof of History, Program Derived Addresses (PDAs), CPI calls, and Anchor framework.
- Module 24: Final Blockchain Capstone Project — Full production Web3 DApp engineering: requirements, verified smart contracts, off-chain indexing, frontend UI, security audit, and oral defense.
Core Technical Competencies & Tooling
Graduates master industry-standard Web3 engineering tooling including Solidity 0.8+, Foundry (Forge, Cast, Anvil), Hardhat, Rust, Anchor, Web3.js, Ethers.js v6, Viem, OpenZeppelin Contracts, Slither static analysis, IPFS, Hyperledger Fabric 3.x, and Chainlink decentralized oracle networks.
Academic Standards & Free Access
Curriculum informed by top academic blockchain curricula (Stanford CS251, MIT, UC Berkeley, Princeton). All modules, code implementations, interactive simulators, and assessment suites are available 100% free with no paywall on PrepSpaces.
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