Our students build working blockchain solutions that matter. Not just theoretical exercises—actual decentralized applications that demonstrate both technical skill and market awareness. These projects show what happens when you combine solid instruction with genuine curiosity.
Each project here represents months of learning, testing, and iteration. The kind of work that prepares someone for the industry.
A self-sovereign identity system built on Ethereum that lets users control their credentials without relying on centralized databases. The smart contracts handle verification logic while keeping personal data off-chain.
Built for DAOs that need transparent fund management. Requires multiple approvals for transactions above set thresholds. The interface shows pending proposals and voting history in real time.
An NFT platform focused on authenticity verification for digital art. Artists can mint tokens with embedded metadata about creation process, and collectors get permanent ownership records.
Students come in with ideas, but turning those into functioning applications takes structured guidance. We focus on architecture decisions that matter and testing practices that catch problems before deployment.
Gas optimization isn't just theory when you're deploying to mainnet. Security audits mean something when actual assets are at stake. And user experience matters because confusing interfaces lead to costly mistakes.
Students work through these challenges with projects that simulate real conditions. They learn to make tradeoffs between features and practicality. The result? Applications that people can actually use without needing a computer science degree.
Our next cohort starts in September 2025. Applications open in June.
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