Lesson 1: Introduction to Blockchain & Decentralization establishes the foundational shift from centralized systems (banks, governments, platforms that create single points of failure) to decentralized alternatives built on Distributed Ledger Technology (DLT). You will learn how cryptographic hashing creates immutability—linking blocks together so any tampering becomes instantly detectable—and how peer-to-peer (P2P) networks enable consensus without any middleman authority. You will also tackle the Byzantine Generals Problem, the classic thought experiment that explains why coordinating trust among strangers who may be malicious is so difficult, and how blockchain's combination of cryptography, consensus, and economic incentives finally solved it. Through a hands-on "chain" exercise and a video-based trivia quiz, you will then complete a five-question quiz and a reflective journal titled "My Trust Model," where you identify friction points caused by centralized trust in your own community or social business. 

Lesson 2: Digital Money & Assets – Cryptocurrencies, Tokens & Wallets gives you practical knowledge about digital value and, most importantly, how to keep it secure.

You will master the critical distinction between native cryptocurrencies (coins like Ether that are built into the blockchain and required for transaction fees) and programmable tokens (assets like stablecoins and NFTs created by smart contracts). You will explore the double-spending problem—how blockchain prevents the same digital currency from being spent twice—and dive into public and private keys, understanding that your public address can be shared freely while your private key or seed phrase must never be revealed to anyone.

You will learn how transaction signing proves ownership without exposing your secret, and compare hot wallets (convenient but vulnerable) against cold wallets (secure but less convenient) to make informed security choices. Through a key pair simulation and a wallet safety role play, you will complete a reflection journal titled "Securing My Assets," outlining a personal three-step security plan and explaining the distinction between an Ethereum native coin and an ERC-20 token. 

Lesson 3: Understanding Smart Contracts – Code That Executes unlocks the most powerful layer of blockchain, transforming it from a simple ledger into a global, decentralized computer.

You will learn what smart contracts are—self-executing code that automatically enforces agreements without lawyers or courts—and explore the "Code is Law" philosophy through the infamous DAO hack of 2016, where a $60 million bug forced the Ethereum community to choose between immutability and human intervention.

You will understand how the Ethereum Virtual Machine (EVM) ensures determinism (same inputs produce same outputs across all nodes), why every computation costs gas (to prevent infinite loops, spam, and compensate validators), and how oracles act as bridges to bring real-world data onto the blockchain. You will also explore the anatomy of an NFT as an ERC-721 smart contract, understanding that an NFT is a unique token ID recorded on-chain, not the image itself.

Through a smart contract flowchart activity and a video on gas and oracles, you will complete a group forum debate on whether a buggy contract's outcome should stand or human authorities should intervene. 

Lesson 4: Ethical Implications of AI, Blockchain, and NFTs shifts from "what can we build?" to "should we build it?"—equipping you with the critical framework for responsible innovation.

You will analyze equity and the digital divide, confronting barriers like offline populations, prohibitive gas fees, technical literacy requirements, and governance plutocracy, while learning concrete strategies for inclusive design.

You will compare the environmental impact of Proof-of-Work chains like Bitcoin (energy comparable to entire countries) against Proof-of-Stake chains like modern Ethereum (99.9% energy reduction after The Merge), learning to spot greenwashing and make responsible chain choices. You will explore responsible AI development through EU principles, applying them to AI-generated NFTs, autonomous AI agents, and AI in DAO governance. Finally, you will distinguish NFT token ownership from intellectual property rights, analyzing real-world cases of unauthorized minting and misleading licenses.

Through an article analysis and case study review, you will complete a final short essay (500-600 words) evaluating a youth-led NGO's NFT fundraising project, weighing PoS versus PoW environmental trade-offs and proposing three equity strategies for accessible token sales.