Announcing the Applied ZK Bootcamp starting March 13, aka Circom Bootcamp. This new bootcamp teaches you how to design non-trivial ZK circuits. You'll learn fundamental design patterns that you will compose to create a ZKVM from scratch as well as create ZK proofs for traditional cryptographic hash functions. We also cover how to create POCs for hacking underconstrained circuits. You'll go far beyond the typical trivial examples of proving you have a Sudoku solution or proving you know the evaluation of a polynomial. We use Circom as the language of instruction since there is a lot of existing production code to learn from. However, what we teach generalizes to other constraint-based ZK DSLs like Gnark, o1js, and Halo2. How does this differ from our existing ZK Bootcamp? The first ZK Bootcamp teaches the math behind ZK: given an arithmetic circuit, how do we create a ZK-SNARK for it? This new bootcamp teaches how to design the arithmetic circuits for complex applications. Course details and application in the next link. Having taken the other ZK Bootcamp is not a requirement. There 2 lectures per week, an an expected 6 hours per week of coursework.