Sui Move Smart Contract Bootcamp: The Complete 2026 Course Guide

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Why Sui in 2026?

Sui is built by former Meta engineers who designed Diem/Libra. Its object-centric architecture and Move language represent a fundamentally different approach to blockchain programming.

Sui 2026 metrics:
→ DeFi TVL: $28B (8% of global DeFi — Berachain competitor)
→ Transaction speed: sub-400ms finality
→ Move language safety: no reentrancy attacks by design
→ Object model: assets are first-class citizens (no ERC-20 mapping)

Why Move > Solidity for safety:
→ Resource types cannot be copied or accidentally discarded
→ Ownership is enforced at the language level
→ No integer overflow (Move panics by default)
→ No reentrancy vulnerabilities (resource model prevents it)

The early-mover opportunity: Sui's developer ecosystem is growing but still under-saturated compared to Ethereum and Solana. Engineers who specialize now command premium compensation.

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Full Curriculum

Phase 0: Prerequisites — Dev Environment & Move Syntax (11 lessons)

Environment & Intro (3 lessons):
→ Dev setup: Rust, Sui CLI, VSCode, Node.js
→ Local chain + Devnet configuration
→ Sui Explorer walkthrough
→ Hello World: create, compile, publish, call first Move module
→ Basic types: bool, integer, vector, string, bytes

Move Syntax Fundamentals (8 lessons):
→ Module: structure, visibility, imports
→ Function: definition, params, return values, mutable refs
→ Operators: arithmetic, logic, comparison, Move-specific
→ Constants: global constants, definition and usage
→ Expressions & scope: variable scope rules
→ Control flow: if/else, loops, pattern matching
→ Events: event types, recording, on-chain logs
→ Error handling: abort mechanism, custom error codes

Outcome: You can write, compile, and publish basic Move modules.

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Phase 1: Sui Core Concepts (8 lessons)

Sui Core (5 lessons):
→ Struct: custom types, resource types, ability declarations
→ Object: Sui object lifecycle, UID, Move vs Sui differences
   (This is Sui's fundamental innovation — understand it deeply)
→ Ownership: Owned / Shared / Immutable — three models
→ Abilities: key / store / drop / copy — definitions and limits
→ Generics: generic modules and functions, generic token implementation

Sui Framework & Assets (3 lessons):
→ Collections: Vector, Table, Dynamic Fields
→ Sui Framework: standard module structure and API analysis
→ Coin: native Coin, Fungible Token, Mint/Burn process

The Object Model is Sui's killer feature. Unlike EVM where tokens are entries in a mapping, Sui Coins are actual objects owned by addresses. This enables parallel execution and dramatically different performance characteristics.

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Phase 2: Architecture + Contract Development (10 lessons)

Module 1: Basics & Structure (3 lessons):
→ Course goals and learning path
→ Sui history: Mysten Labs, Diem origins, roadmap
→ Core concepts deep dive: objects, packages, ownership,
  address, transfer, Token, PTB (Programmable Transaction Blocks)

Module 2: Smart Contract Development (4 lessons):
→ Accounts and addresses: wallet structure, permissions, multisig
→ Coin contract: tokenomics design, modular token implementation
→ Advanced Coin: upgradability, dynamic fee design
→ Perp DEX preview: perpetual contract architecture + interface design

Module 3: dApp Development (3 lessons):
→ dApp architecture: frontend-backend interaction patterns
→ Frontend integration: @mysten/sui.js contract interaction
→ Deployment: Devnet → Testnet → Mainnet full flow

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Phase 3: Perp DEX — Full Build (4 lessons)

The flagship capstone project:

Architecture Design:
→ Perpetual contract mechanics
→ Margin system architecture
→ Price oracle integration (Pyth on Sui)
→ Liquidation engine design

Coin Contract:
→ Create pricing Token
→ Mint/Burn mechanics
→ Funding rate mechanism

Trading Contract:
→ Open/close position logic
→ PnL calculation
→ Forced liquidation triggers

Frontend Integration:
→ React + Sui SDK
→ On-chain position display
→ Order execution UI
→ Real-time price feed display

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Phase 4: Security + Ecosystem Expansion (4 lessons)

Security:
→ Move resource security model
→ Sui object security patterns
→ Common vulnerability patterns and mitigations
→ Audit checklist for Move contracts

Ecosystem Tools:
→ Sui Explorer: deep-dive usage
→ Deepbook: Sui's native central limit order book
→ SuiNS: Sui Name Service integration
→ BlueMove: NFT marketplace SDK

Protocol Analysis:
→ Kriya DEX architecture (Sui's leading AMM)
→ Turbos Finance: concentrated liquidity
→ MMT: multi-market trading

Project Roadmap:
→ Taking Perp DEX to mainnet
→ Iteration and optimization post-launch

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Mentor

Evan (P7 · State Street)
→ Ex-State Street P7 senior engineer
→ Expert in Rust, Go, Java
→ Led L2 chain construction
→ Core lead for RWA and exchange systems
→ Deeply engaged in Sui Move ecosystem building
→ First cohort: 100% graduation rate, 3 mainnet projects shipped

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Who Should Enroll

Strong fit:
→ Engineers with Rust experience (Move is similar conceptually)
→ Developers who want first-mover advantage on Sui
→ Those building for DeFi, gaming, or RWA verticals
→ Engineers tired of Solidity's security footguns

Moderate fit:
→ Java/C++ engineers (type system intuition helps)
→ Solidity developers looking to expand

Weaker fit:
→ Frontend-only engineers (Move is backend-only)
→ Complete beginners (need programming foundation)
→ Those only interested in Ethereum ecosystem

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Sui vs Solana: Which to Choose?

Choose Sui Move if:
→ You want the Move language (safer by design)
→ Your target is DeFi protocols, gaming (Mysten building here)
→ You want to be in the #3-4 chain by TVL (growing)
→ You have Rust intuition (Move syntax similarity)

Choose Solana if:
→ You want maximum DeFi activity and liquidity right now
→ Your target is memecoins, pump.fun ecosystem
→ You want the highest number of job openings immediately
→ You're fine with Rust complexity for Anchor patterns

Both are valuable — VIP students get Solana exposure via the
dual-stack bonus (Rust + Solidity), which covers EVM as well.

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Enroll: WeChat customer service (QR on courses page) · Telegram: @kkdemian

— iBuidl Education Team