Smart Crypto Course

Lesson 1 • Types of Blockchain Networks

Distinguishes public, private, and consortium blockchains by access model and governance. Helps students match network type to real-world use cases.

Lesson 2 • How Blockchain Technology Works

Covers distributed ledger mechanics, block structure, and chain linkage. Establishes the technical baseline for all subsequent crypto concepts.

Lesson 3 • Core Cryptographic Principles

Explains public-key cryptography, digital signatures, and hash functions. These mechanisms underpin ownership and security in every blockchain network.

Lesson 4 • Key Participants in the Crypto Ecosystem

Identifies miners, validators, developers, users, and exchanges as ecosystem roles. Clarifies how each participant contributes to network operation.

Lesson 1 • Proof of Work Explained

Details the computational puzzle process that secures proof-of-work blockchains. Connects mining effort to network security and transaction finality.

Lesson 2 • Proof of Stake and Its Variants

Explains validator selection, staking collateral, and slashing conditions. Shows how stake-based systems reduce energy use while maintaining security.

Lesson 3 • The Blockchain Trilemma

Frames the tension among decentralization, security, and scalability as a design constraint. Students apply this framework to evaluate any blockchain project.

Lesson 4 • Attack Vectors and Network Defense

Analyzes majority attacks, Sybil attacks, and eclipse attacks against blockchain networks. Teaches how protocol design and economic incentives deter malicious actors.

Lesson 1 • Private Keys and Seed Phrases

Explains how private keys are generated, encoded, and linked to addresses. Covers seed phrase standards and why losing them means losing funds permanently.

Lesson 2 • Securing and Backing Up Wallets

Teaches physical and digital backup strategies, including metal storage and encrypted vaults. Directly reduces the risk of permanent asset loss.

Lesson 3 • Multi-Signature Wallet Setups

Introduces multi-sig schemes that require multiple approvals before a transaction executes. Applies to both personal security and organizational treasury management.

Lesson 4 • Understanding Crypto Wallet Types

Compares hot wallets, cold wallets, hardware devices, and paper wallets by security and convenience. Establishes the custody spectrum students will navigate.

Lesson 1 • Reading Candlestick Charts

Teaches open, high, low, and close interpretation and common candlestick patterns. Provides the visual language used in all subsequent technical analysis.

Lesson 2 • Centralized vs. Decentralized Exchanges

Contrasts custodial centralized platforms with non-custodial decentralized protocols. Prepares students to choose the right venue for each trading scenario.

Lesson 3 • Market Structure and Price Discovery

Explains how exchanges aggregate supply and demand to produce prices. Connects order flow mechanics to the price movements students observe.

Lesson 4 • Key Market Metrics and Indicators

Introduces volume, market capitalization, dominance, and liquidity as evaluation tools. Students use these metrics to compare assets and assess market health.

Lesson 1 • Trend Identification and Support Levels

Teaches trend lines, channels, and horizontal support and resistance zones. These structures form the backbone of every technical trading decision.

Lesson 2 • Volume Analysis and Market Strength

Uses volume profile, on-balance volume, and volume spikes to confirm price moves. Distinguishes genuine breakouts from low-conviction false moves.

Lesson 3 • Moving Averages and Trend Filters

Covers simple, exponential, and weighted moving averages as trend-following tools. Students use crossovers and dynamic support to filter trade direction.

Lesson 4 • Momentum and Oscillator Indicators

Introduces RSI, MACD, and stochastic oscillators for measuring price momentum. Teaches divergence signals that often precede trend reversals.

Lesson 1 • Position Sizing Methods

Covers fixed fractional, Kelly criterion, and volatility-adjusted sizing models. Students calculate position size before every trade to limit catastrophic loss.

Lesson 2 • Stop-Loss Placement and Management

Teaches technical, volatility-based, and time-based stop placement strategies. Proper stops prevent small losses from becoming account-threatening drawdowns.

Lesson 3 • Portfolio Diversification in Crypto

Applies correlation analysis and sector allocation to reduce concentration risk. Students build multi-asset crypto portfolios with defined rebalancing rules.

Lesson 4 • Hedging and Downside Protection

Introduces short positions, inverse products, and options as hedging instruments. Students design hedges that reduce portfolio volatility during market downturns.

Lesson 1 • Smart Contract Architecture

Explains how self-executing code on a blockchain replaces intermediaries in financial agreements. Covers deployment, state changes, and gas costs as operational basics.

Lesson 2 • DeFi Security and Smart Contract Risks

Identifies rug pulls, flash loan exploits, oracle manipulation, and audit limitations. Students apply a risk checklist before committing funds to any DeFi protocol.

Lesson 3 • Yield Farming and Liquidity Mining

Analyzes reward token incentives, APY calculation, and compounding strategies in yield farming. Students assess real yield versus inflationary token emissions.

Lesson 4 • Automated Market Makers and Liquidity Pools

Explains constant-product formulas, liquidity provision, and impermanent loss in AMM protocols. Students evaluate whether providing liquidity is profitable for a given pair.

Lesson 1 • Building a Personal Crypto Wealth Plan

Synthesizes all course skills into a documented strategy covering goals, allocation, risk limits, and exit criteria. Students leave with an actionable, personalized investment roadmap.

Lesson 2 • On-Chain Data Analysis

Uses wallet activity, exchange flows, miner behavior, and network growth metrics to gauge market sentiment. On-chain data reveals conviction behind price moves.

Lesson 3 • Dollar-Cost Averaging and Accumulation Plans

Compares lump-sum, DCA, and value-averaging strategies across different market conditions. Students build an automated accumulation plan suited to their risk profile.

Lesson 4 • Market Cycle Frameworks

Maps accumulation, markup, distribution, and markdown phases to historical crypto cycles. Students time strategic entries and exits using cycle-aware positioning.