In this module, students will get an introduction to digital money, bitcoin and the blockchain. Students will learn about trestles systems and proof of work. Students will also learn the difference between private, consortium, and public blockchain networks. This module will also provide an introduction to hashing and cryptography.

In this module, students will learn about crypto tokens, how intrinsic tokens come into existence, how bitcoins, ripples, ethereal, and NXT come into existence. Students will also learn the difference between utility and security tokens. This module will also cover the legal implications of token classification. Students will also learn the eight categories of tokens. In this module, students will learn how to create their own utility tokens.

In this module, students will learn how permissionless systems work. Students will also learn about enterprise blockchain and the future of finance. This module will cover how blockchain can disrupt industries including finance, banking, insurance, and even music.

In this module, students will learn about Ethereum, Decentralized Apps, Smart Contracts, and the EVM. Students will learn the benefits of the Ethereum Decentralized Platform and the fourth generation blockchain.

In this module students will be introduced to the programming and development side of Blockchain, especially that of Ethereum. The students will learn how to use a Remix IDE to program in Solidity. The students will go over various Blockchain concepts again such as Blockchain Basics, Blockchain Transactions, and Blockchain Blocks. The students will learn the infrastructural concepts of the Ethereum Blockchain, such as The Ethereum Virtual Machine, how Ethereum Accounts are formed and how Ethereum Transactions occur. They will also go over other concepts like Gas, Storage, Memory and the Stack, Instruction Set, Message Calls, Delegatecall / Callcode and Libraries, Logs, Creating contracts, and Self-destruct.

In this module students will take an in depth look at Solidity language and learn about concepts like mapping, data types, events, operators, parameters, control structures, and error handling.Students will also begin creating Solidity contracts, event handling and layout of memory and storage variables.