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Learning paths for every level

From cryptographic foundations to production protocol engineering. All programs include hands-on deployment and real network experience.

Structured progression through blockchain technology

Each program builds systematically from proven fundamentals. You'll write code, deploy to networks, and understand the trade-offs inherent in distributed systems. No theoretical exercises disconnected from reality.

Fundamentals Track

8-10 weeks · Self-paced
Complete program
CAD 1,247.50

Begin with cryptographic primitives and build toward understanding distributed consensus. This track assumes programming experience but no blockchain knowledge. You'll learn hash functions, digital signatures, merkle trees, and basic proof-of-work mechanics before touching any framework.

What you'll build

Simple blockchain implementation from scratch in your preferred language
Cryptographic signature verification system
Basic peer-to-peer network simulator
Transaction validation logic with UTXO model

DApp Architecture

10-12 weeks · Self-paced
Complete program
CAD 3,324.99

Connect web interfaces to blockchain backends while maintaining security and user experience standards. Learn Web3.js, Ethers.js, wallet integration, and state management for decentralized applications. Build full-stack projects that interact with real contracts.

What you'll build

React-based DApp with MetaMask and WalletConnect integration
IPFS-powered decentralized file storage interface
Real-time blockchain event listener and notification system
Multi-chain portfolio tracker with live price feeds

Protocol Engineering

14-16 weeks · Self-paced
Complete program
CAD 4,150.25

Deep exploration of consensus algorithms, network layer optimizations, and tokenomics design. Understand proof-of-stake mechanics, Byzantine fault tolerance, and the engineering trade-offs behind major blockchain protocols. Requires strong programming background and completion of Fundamentals Track.

What you'll build

Custom proof-of-stake consensus implementation
Byzantine fault-tolerant state machine
Layer 2 scaling solution prototype (rollup or state channel)
Token economics model with inflation controls

Security Auditing

10-12 weeks · Self-paced
Complete program
CAD 3,675.80

Learn to identify vulnerabilities before they reach mainnet. Study real exploits from DeFi history and understand how they could have been prevented. Practice auditing actual smart contracts and writing comprehensive security reports. Requires completion of Smart Contract Development track.

What you'll build

Automated vulnerability scanner for common attack vectors
Formal verification test suites using symbolic execution
Complete security audit report on open-source DeFi protocol
Exploit proof-of-concept demonstrations in controlled environment

Enterprise Integration

12-14 weeks · Self-paced
Complete program
CAD 4,580.40

Deploy blockchain solutions in corporate environments. Handle compliance requirements, privacy considerations, and legacy system integration. Learn permissioned blockchain frameworks like Hyperledger Fabric and understand when private chains make sense versus public networks.

What you'll build

Supply chain tracking system on Hyperledger Fabric
Private transaction layer with zero-knowledge proofs
Enterprise API gateway for blockchain integration
Compliance-focused identity verification system

What every program includes

Live network deployment
Every project gets deployed to testnets (and mainnet when appropriate). You'll manage gas costs, transaction confirmation, and network congestion.
Asynchronous access
Course materials available indefinitely. Move through content at your own pace without artificial deadlines or cohort restrictions.
Peer review sessions
Submit code for feedback from other students and instructors. Learn by reviewing others' implementations and defending your architectural choices.
Industry mentor access
Direct communication with developers working in production blockchain environments. Ask questions about real-world challenges, not just curriculum exercises.
Updated content
Curriculum revised quarterly based on protocol changes, new vulnerabilities, and emerging patterns from the field. Access to updates included permanently.