This is a co-learning and builder program for Web3 newcomers, early-stage builders, developers, operators, researchers, content creators, and community contributors.
The program is designed as a practical path from learning to building:
3 weeks of intensive co-learning + 1 week hackathon + 1 week opportunity matching and portfolio building.
Participants will start from Web3 fundamentals, move into on-chain interaction, smart contract practice, AI-assisted development, and Monad testnet exploration, then turn what they learn into demos, Build Logs, and verifiable Proof of Work.
This is not a passive lecture series. The goal is to help participants understand how Web3 works, complete real tasks on-chain, build something small but concrete, and prepare a portfolio that can support future collaboration, internship, ecosystem, or project opportunities.
Web3, Monad, Smart Contract, AI, Builder Camp, Hackathon, Internship, Onchain, Consumer Crypto, Proof of Work
This program is for:
Web3 newcomers who want to understand wallets, transactions, gas, block explorers, testnets, and on-chain interaction.
Students and early-stage builders who want to create a visible Web3 project during the summer.
Developers who want to get started with smart contracts, on-chain applications, AI-assisted development, or the Monad ecosystem.
Product, operations, research, content, and community contributors who want to understand how Web3 projects are built from concept to users, community, and ecosystem growth.
AI tool users
who want to apply AI to real Web3 learning, development, documentation, and project work.
No one is expected to be strong from day one. What matters most is consistent participation, serious task completion, process documentation, and the willingness to push a real problem forward.
- Registration Start Date: 2026-06-23
- Registration End Date: 2026-07-05
- Study Start Date: 2026-07-06
- Study End Date: 2026-08-07
- Name: Marcus
- GitHub ID: MRzzz-cyber
- Telegram: Marcuszheng
- Email: zqsanjingshou@gmail.com
2 leaves per week.
Telegram：
Full path:Web3 fundamentals → on-chain interaction → smart contracts and AI-assisted development → Monad testnet practice → hackathon demo → portfolio building and opportunity matching
Week 1: Web3 Fundamentals and First On-chain Interaction
Build a shared foundation and complete your first verifiable on-chain record.
Focus:
- Wallets, addresses, private keys, and signatures
- Transactions, gas, nonce, and block explorers
- Testnets vs. mainnets
- Course wallet setup
- First testnet interaction
- Using AI to understand concepts while manually verifying key results
Expected outputs:
- Course wallet
- One testnet transaction record
- Block explorer link / screenshot
- First Build Log entry
Week 2: Smart Contracts and AI-assisted Development
Learn basic smart contract practice and complete a minimal on-chain artifact.
Focus:
- Smart contract structure
- Solidity basics
- Remix compilation, deployment, and interaction
- Using AI to generate, explain, and revise contracts
- Human review of AI output, risks, and changes
Expected outputs:
- Minimal contract or on-chain interaction demo
- Prompt / AI output / human review notes
- Contract address or interaction record
- README or Build Log update
Week 3: Monad Practice and Project Direction
Bring the first two weeks of learning into Monad-related practice and prepare for the hackathon.
Focus:
- Monad testnet and ecosystem entry points
- Differences between Monad and traditional EVM chains
- High-frequency interaction, low latency, and consumer crypto scenarios
- AI × Web3 and on-chain application experience
- Hackathon direction selection, problem definition, and demo path design
Expected outputs:
- Hackathon project direction
- Problem definition
- Initial demo path
- Task breakdown and support needs
- Track Choice / Project Direction Card
Week 4: Hackathon Build Week
Turn your learning and direction into a presentable demo or prototype.
Focus:
- Team formation or solo project execution
- Project scope refinement
- Demo / MVP building (1/2)
[2026/6/23 3:30] Xiaobu - lxpanda: - Repo, README, video, contract address, transaction hash, or other materials
- Project submission and showcase
Expected outputs:
- Hackathon demo / MVP
- Project repo or documentation
- Submission materials
- Demo video or live link
- Verifiable on-chain or project proof
Week 5: Opportunity Matching and Portfolio Building
Organize your learning and project outcomes into assets that can continue to be used.
Focus:
- Portfolio building
- Project narrative refinement
- Build Log summary
- WCB Profile / Builder Profile updates
- Follow-up internship, collaboration, ecosystem, and community opportunities
Expected outputs:
- Portfolio materials
- Improved project README / project description
- Learning record and Proof of Work summary
- Follow-up direction and opportunity-matching intent
By completing the program, participants will leave with:
- A practical Web3 foundation: wallets, transactions, gas, block explorers, testnets, on-chain interaction, and smart contracts.
- A real on-chain practice record: wallet setup, transaction hash, explorer link, contract address, or interaction proof.
- An AI-assisted development process: prompts, AI outputs, human review notes, changes, and known issues.
- A demo or project prototype: technical demo, research note, operations plan, content work, or community practice.
- Build Logs and portfolio materials that show how you learned, thought, and pushed a real problem forward.
- Potential follow-up opportunities, including ecosystem projects, internships, collaborations, mentor feedback, project showcases, and community support.
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Registration Guide: https://www.notion.so/lxdao/Registration-Guide-283dceffe40b80e883fddfa045afef5e
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Check-in Guide: https://www.notion.so/lxdao/Check-in-Guide-283dceffe40b80ad9936db5a15468eb5
✅ = Done ⭕️ = Missed ❌ = Failed
| Name | 7.06 | 7.07 | 7.08 | 7.09 | 7.10 | 7.11 | 7.12 | 7.13 | 7.14 | 7.15 | 7.16 | 7.17 | 7.18 | 7.19 | 7.20 | 7.21 | 7.22 | 7.23 | 7.24 | 7.25 | 7.26 | 7.27 | 7.28 | 7.29 | 7.30 | 7.31 | 8.01 | 8.02 | 8.03 | 8.04 | 8.05 | 8.06 | 8.07 |
|---|
- Total Participants: 0
- Completed Participants: 0
- Completed Users:
- Perfect Attendance Users:
- Failed Participants: 0
- Failed Rate: 0.00%