Blockchain and Cryptocurrency Fundamentals course

Trace the origins of digital money from cypherpunks and e cash to the evolution of digital payments, privacy concerns, and the rise of tech giants shaping the economy.

Explore how digitalization reshapes banking and financial services, comparing telegram and Western Union costs with modern payments, and examine how blockchain could overhaul backend banking to slash costs.

Bitcoin emerges as a digital-first cryptocurrency that removes banks and regulators, enabling cross-border transfers without middlemen, and the lecture traces its origins from the 2008 crisis to the white paper.

Explore how blockchain uses distributed shared ledgers, cryptography, consensus, and smart contracts to enable immutability, transparency, and trust, while examining openness, global reach, and performance tradeoffs.

Explore how blockchain could add up to 1.76 trillion to global GDP, with supply chain provenance and payments driving growth, while regional hubs and platform economics shape who benefits.

Explore how energy consumption and resource intensity in blockchain vary by setup, contrast Bitcoin's energy hunger with proof-of-stake, and consider hardware lifecycles, e-waste, storage, and bandwidth implications.

Explore cypherpunk roots, privacy concerns, and inflation worries that shaped bitcoin's design. Learn how blockchain basics like decentralization, shared ledgers, and immutability address the double-spend problem.

See how hashing, mining, and consensus create trust in blockchain and cryptocurrencies, using a bird's-eye table where blocks, ledgers, and nodes verify transactions and rewards.

Explore hashing as a one-way mathematical function that yields fixed-length digital fingerprints. See brute-force proof-of-work search for the input that matches a hash using the two five six algorithm.

Explore how blocks link via hashes and a merkle tree to form a blockchain, with timestamps. Miners compete in proof of work using nonces to validate transactions and mint bitcoin.

Demonstrates how blocks, nonces, and mining produce verifiable hashes, linking data across a blockchain, and shows how previous hashes and distributed nodes secure a tamper-proof ledger.

Explore blockchain mining vocabulary: sha-256 hash function, Merkle trees, nonce, block height, and hashrate, and see how CPU, GPU, FPGA, and ASICs power proof-of-work mining in a 10-minute block cadence.

Discover how mining pools pool hashing power and share rewards, boosting predictability for participants; however, concentration and economies of scale challenge decentralization in proof-of-work networks.

Explore how blockchain consensus establishes the network's truth, including proof of work, preventing forks and double spend, and contrast permissioned versus permissionless, public versus private.

Examine permissioned and permissionless blockchain consensus, from proof of work to proof of stake, plus variants like proof of activity, burn, and PBFT, with staking pools and federated models.

Choose a blockchain setup by weighing permissioned versus permissionless and public versus private models. Explore reading and editing rights with quadrant examples like voting records and land registries.

the lecture identifies three key groups running the Bitcoin network—miners, venture-backed businesses, and developers—and explains how power struggles shape block size debates and protocol direction.

Test your understanding of blockchain fundamentals through a quiz on hashing, block components, and consensus, including how nodes reach a common truth for the ledger.

Explore the advanced concept of tokens and token economics, including digital scarcity, transferability, immutability, and how utility and payment tokens enable programmable finance and smart contracts on blockchain.

Explore how tokens originate through initial coin offerings, the rise and risks of ICOs, including regulation gaps, white papers, and how 2017–2018 scams shaped investor protections and future norms.

Explore non fungible tokens (NFTs) on the blockchain, their unique, indivisible ownership, and key use cases in digital art, collectibles, licenses, gaming, and metaverse assets on Ethereum.

Explore fungible and nonfungible assets across digital and physical domains through an interactive task, with cash, art, Bitcoin, CryptoKitties, and the first tweet nonfungible token sold for 2.9 billion dollars.

Unleash the power of smart contracts as autonomous, rule-based programs on the blockchain that automatically execute actions via triggers, oracles, and Ethereum network-driven transactions powering token applications.

Understand smart contracts as powerful machines enabling decentralized apps that run on distributed nodes across the blockchain, offering security, resilience, and open source ease of development with Ethereum.

Explore how decentralized autonomous organizations use smart contracts and token issuance to pool funds, govern with governance tokens, and operate without employees.

Explore how DAOs engage with real-world assets through case studies like the constitution copy and the dune manuscript, highlighting fundraising, bidding thresholds, and governance challenges.

Explore how defi creates a parallel, trustless financial universe on decentralized blockchains, with composability that unites loans, derivatives, insurance, exchanges, and an aggregator service into the lego of money.

Central bank digital currencies blend blockchain advantages with fiat stability, offering centralized, programmable money that can support an autonomous economy; emphasize wholesale models and privacy debates.

Explore nonfungible tokens and their one-of-a-kind nature, their tradability on Ethereum, and how interfaces like oracles, APIs, Hyperledger, and Dapps connect smart contracts to the art world.

Reflect on how your blockchain understanding has changed by revisiting your initial associations, questions about disruption, and beneficiaries, and treat this course as a reusable toolbox for ongoing learning.

Follow a practical three-step plan to start with blockchain: explore industry use cases and applications, identify a concrete company problem, and select the best setup between private blockchains and consortia.

Watch the market closely and sign up for The New Frontier to stay on top of blockchain trends; expand your mastery across technology and industries to assess business impact.