
Introduce token engineering for building sustainable Web3 game economies, blending game design with crypto economics, modeling token use, incentives, and stakeholder value to drive long-term engagement.
Balance the Web3 game economy by aligning the game loop with the economic loop, serving achievers, socializers, investors, and strategists through earn, spend, invest, and burn, with deflationary token flow.
Explore currency, utility, governance tokens and NFT standards in Web3 games, learn ERC-20, ERC-721, ERC-1155, and compare single versus dual token models to balance in-game economies.
Design sustainable incentives in Web3 games by balancing token emission with deflationary mechanics, while using rewards like staking, daily login bonuses, and leaderboards to sustain gameplay and economy.
Learn to simulate Web3 token economies with emission and burn models, inflation controls, edge-case testing, and governance considerations to balance game and economic loops.
Empower players in Web3 games by balancing ownership and developer control through token-weighted, role-based, or delegated voting to guide content and treasury decisions.
Explore how players value Web3 games through emotions, ownership, and progression enabled by tokens and NFTs, while balancing scarcity, loss aversion, and ethical on-chain economies.
Step into the future of game design. This course teaches you how to build Web3-enhanced games that empower players with true asset ownership, on-chain governance, and sound economic systems.
You'll explore tokenomics, NFT integration, zero-knowledge mechanics, and sustainable incentive design, crafted specifically for developers and designers who want to go beyond Web2 limitations.
Through engaging lectures and hands-on projects, you’ll learn how to simulate economies, design player-owned loops, and implement game mechanics powered by decentralisation and digital scarcity.
No blockchain experience required—just a passion for building games that matter.
You’ll gain practical knowledge of ERC-20, ERC-721, and ERC-1155 token standards, and learn to align behavioural psychology with cryptoeconomic incentives to create sticky, rewarding experiences. From character design in survival games to governance-based gameplay, each section builds on real-world examples that you can apply to your own projects.
You’ll also prototype mechanics using simple tools like spreadsheets and visual diagrams—no smart contract programming needed. This course is ideal for indie developers, Web3 explorers, game economy designers, or educators who want to prepare for the next era of interactive entertainment.
By the end of the course, you’ll be ready to design your own blockchain-based game loop with a working economic model and decentralised game logic.