Money & networks
Ledgers, digital scarcity, peer-to-peer systems, Bitcoin’s history, and terminology.
Structured curriculum
Choose an outcome.
Follow a clear route.
Use these outlines to organize self-study or compare program topics. Suggested durations are planning estimates, not fixed schedules.
Course catalog
Six paths.
One connected foundation.
Filter by your current priority. Each path includes prerequisites, outcomes, modules, and explicit limitations.
Beginner · Suggested 4 weeksBitcoin & Crypto Essentials
Money, scarcity, proof of work, transactions, wallets, market structure, asset categories, and risk.
View modules ↓
Technical · Suggested 8–10 weeksBlockchain Developer Track
Accounts, transactions, smart contracts, client integration, testing, permissions, and secure application design.
View modules ↓Security · Suggested 3 weeksWallet Security & Self-Custody
Keys, recovery phrases, custody models, hardware devices, multisig, phishing defense, and recovery drills.
View modules ↓Beginner-plus · Suggested 5 weeksDigital Asset Research & Risk
Token design, supply, liquidity, exchanges, stablecoins, custody, scams, research frameworks, and regulation context.
View modules ↓Technical · Suggested 6 weeksSmart Contract Security Fundamentals
Threat modeling, access controls, external calls, testing strategy, common vulnerabilities, review, and incident readiness.
View modules ↓Career · Suggested 6 weeksBlockchain Career Launchpad
Role mapping, durable skill foundations, portfolio planning, public proof of work, ethical communication, and interviews.
View modules ↓Path 01 · Foundation
Bitcoin & Crypto Essentials.
Start with systems and safety before market interpretation. Learners can complete the research activities without buying any asset.
Transactions
Keys, addresses, signatures, UTXOs, fees, blocks, confirmations, and explorers.
Mining & supply
Proof of work, difficulty, issuance, halvings, and the difference between scarcity and value.
Wallet safety
Custodial and self-custody models, backups, hardware wallets, phishing, and test transfers.
The wider market
Smart-contract chains, stablecoins, tokens, Layer 2 systems, bridges, and categories.
Risk framework
Volatility, liquidity, counterparty risk, scams, regulation context, and responsible decisions.
Path 02 · Technical
Blockchain Developer Track.
Build on a solid programming foundation. The exercises should use test environments and valueless test assets wherever possible.
Execution models
Accounts, transactions, state, virtual machines, fees, signing, and confirmation semantics.
Contract logic
Functions, storage, permissions, events, tokens, testing, deployment, and upgrades.
Application integration
Wallet connections, RPC access, transaction construction, error states, and user safety.
Security review
Threat modeling, external calls, access control, fuzzing, review notes, and monitoring.
Path 03 · Security
Wallet Security & Self-Custody.
A practical route based on threat modeling, careful configuration, and tested recovery—not slogans.
01Map custody
Identify who controls keys, how transactions are approved, and where account recovery depends on a third party.
02Protect recovery
Design offline backups around theft, observation, physical damage, inheritance, and human error.
03Verify transactions
Check networks, addresses, amounts, fees, approvals, destination ownership, and test-transfer outcomes.
04Defend accounts
Use unique credentials, strong multifactor authentication, safe devices, and verified support channels.
05Rehearse recovery
Test low-value recovery and incident steps before relying on a setup for meaningful assets.
Path 04 · Research
Digital Asset Research & Risk.
Purpose
Describe the problem, intended user, actual mechanism, and why a blockchain is necessary.
Security
Review the trust model, validator distribution, code maturity, audit history, bridges, and admin permissions.
Economics
Examine supply, issuance, allocation, unlocks, incentives, fee demand, and concentration.
Market
Assess liquidity, venue quality, custody, spreads, leverage, and counterparty dependencies.
Evidence
Compare primary documentation, code, public data, independent analysis, and counterarguments.
Decision
Write risks, unknowns, disconfirming evidence, position limits, and reasons to take no action.
This path does not provide trade signals or personalized allocation advice.
Its purpose is to improve research discipline and risk awareness. A well-researched asset can still lose most or all of its market value.
Path 05 · Career
Blockchain Career Launchpad.
Combine one durable professional discipline with enough protocol fluency to work responsibly in the field.
Map target roles
Compare engineering, security, data, product, research, policy, and operations.
Close one skill gap
Choose a foundation employers already value and practice it in a blockchain context.
Publish a small project
Create reviewable work with documentation, limitations, sources, and security thinking.
Present responsibly
Explain trade-offs, avoid hype, and prepare examples that show decisions and learning.
Course questions
Before choosing a path.
The planner stores nothing externally and asks for no personal details.
No. They are curriculum outlines for education and planning unless a specific provider separately states and verifies accreditation.
No. Foundation and research work can be completed without buying assets. Technical exercises should use test networks and valueless test assets.
No. Learning can build knowledge and demonstrable skills, but it cannot guarantee employment, compensation, market performance, or profit.
Not sure where to begin?
Answer three non-personal questions and get a suggested starting curriculum on this device.