Blockchain+ Developer TM Training | CourseMonster

- Blockchain Developers

- Software Engineers

- Fintech Developers

- Enterprise IT Professionals

- Tech Innovators

- Tokenization and ICO Management

- Blockchain Analytics and Visualization

- Blockchain Interoperability

- Ethereum & Solidity Development

- DApp Integration and Deployment

- Smart Contract Auditing

- Familiarity with general programming concepts like data structures, algorithms and networks.

- Understanding of at least one legacy programming stack (e.g. Python, JavaScript, Java or similar).

- Fundamental knowledge to use command line consoles on any operating system.

- Ability to understand developer concepts like SDKs, APIs, application development tools etc.

- Experience with building end to end tiered applications.

Module 1: Introduction to Blockchain and Smart Contracts

• 1.1 Origin of Blockchain: Explore the historical context of blockchain technology, from early cryptographic concepts to the release of the Bitcoin whitepaper.
• 1.2 What is Blockchain?: Define blockchain as a distributed ledger technology and explain its core principles of decentralization, immutability, and transparency.
• 1.3 Consensus Mechanisms: Understand how various consensus mechanisms, such as Proof of Work and Proof of Stake, are used to secure the network and validate transactions.
• 1.4 What are Smart Contracts?: Introduce smart contracts as self-executing agreements with the terms of the contract directly written into code.
• 1.5 Bitcoin Blockchain: Examine the architecture of the Bitcoin blockchain as the first and most widely-known implementation of this technology.

Module 2: Ethereum Virtual Machine (EVM) and Solidity Basics

• 2.1 What is an EVM and Ethereum?: Explain the role of the Ethereum Virtual Machine as the execution environment for smart contracts and its relationship to the Ethereum network.
• 2.2 Wallets Introduction and Creation: Learn how to create and manage cryptocurrency wallets like MetaMask, which are essential for interacting with the Ethereum network.
• 2.3 Introduction to Remix Editor with MetaMask: Get hands-on experience with Remix IDE, a browser-based development environment for writing and deploying Solidity smart contracts.
• 2.4 Smart Contract Basic Structure: Learn the fundamental components of a Solidity smart contract, including the pragma, contract declarations, and basic function types.
• 2.5 Variables, If/Else, Strings, Loops, Arrays, Test Tokens: Master the basic syntax of Solidity by working with variables, conditional statements, and data structures.

Module 3: Advanced Solidity and Structures

• 3.1 Libraries, Interfaces, Modifiers: Delve into more advanced Solidity concepts such as reusable libraries, contract interfaces, and function modifiers.
• 3.2 Structures, Enums, ABI, Calldata, Events, and Transfers: Understand complex data types and contract components that are crucial for building sophisticated smart contracts.
• 3.3 Contract-to-Contract Calls: Learn how to enable communication and interaction between different smart contracts.
• 3.4 Address and Address Payable: Explore the different types of address variables and their use cases.
• 3.5 Receive and Fallback Functions: Understand the purpose and implementation of special functions for handling incoming transactions.
• 3.6 Upgradeable Contracts: Discover patterns and techniques for making smart contracts upgradeable.
• 3.7 OpenZeppelin Libraries: Learn how to use OpenZeppelin's standardized, community-audited libraries for secure contract development.

Module 4: Tokenization and NFTs

• 4.1 ERC20 Token Creation: A step-by-step guide to creating and deploying an ERC20 compliant token, the standard for fungible tokens on Ethereum.
• 4.2 NFT, NFT Minting, IPFS, Security, and Pinata Cloud: Explore non-fungible tokens (NFTs), the process of minting them, and the use of IPFS and services like Pinata Cloud for secure storage of associated metadata.

Module 5: Development Tools and Techniques

• 5.1 Truffle, Ganache, and Hardhat: Learn to use popular development frameworks like Truffle and Hardhat, and the local blockchain emulator, Ganache.
• 5.2 MetaMask Wallet: Further explore the features of MetaMask, including connecting to different networks and managing test funds.
• 5.3 Remix Development Environment: Master the features of the Remix IDE for efficient development, debugging, and deployment.
• 5.4 Localnet and Testnet Deployment: Practice deploying smart contracts on local development networks (localnet) and public test networks (testnet).

Module 6: DApp Integration and Testing

• 6.1 Web3.0 Integration with JS: Learn how to build decentralized applications (DApps) by integrating smart contracts with a web frontend using JavaScript and Web3.js.
• 6.2 Wallet Creation and Sending Transactions: Develop functionality that allows users to create wallets and send transactions directly from a DApp.

Module 7: Introduction to Private Blockchains - Hyperledger Fabric

• 7.1 Public Vs. Private vs. Consortium Blockchain Frameworks: Differentiate between public, private, and consortium blockchains and their respective use cases.
• 7.2 Introduction to the Hyperledger Fabric: Discover Hyperledger Fabric as a permissioned, enterprise-grade blockchain framework.
• 7.3 Hyperledger Projects: Overview of the various projects within the Hyperledger ecosystem.

Module 8: Deep Dive into Hyperledger Fabric

• 8.1 Basic Concepts of HLF: Learn the core concepts of Hyperledger Fabric, including channels, peers, orderers, and the Membership Service Provider (MSP).
• 8.2 Docker Introduction: Get an introduction to Docker and its essential role in setting up and managing Hyperledger Fabric networks.
• 8.3 Commands and Setup: Hands-on practice with the necessary commands and scripts to set up a basic Hyperledger Fabric network.

Module 9: Golang Programming for Hyperledger Fabric

• 9.1 Installation and Path Setup: A guide to installing Golang and configuring the development environment.
• 9.2 VS Code Plugin Setup, Variables, Strings, Conditional Statements, and Loops: Master the fundamentals of Golang for writing Hyperledger Fabric chaincode.
• 9.3 Basics of the Language: A deep dive into the syntax and features of the Golang language.

Module 10: Chaincode Structure and Error Handling

• 10.1 Chaincode Explanation using Fabric Samples and Test-network Explanation using Linux Scripting: Learn about the structure of chaincode (Hyperledger Fabric's smart contracts) by examining official examples and deployment scripts.
• 10.2 Error Handling: Understand the principles of robust error handling in Golang.
• 10.3 Error Codes and Messages: Learn to define and use specific error codes and messages for better debugging.
• 10.4 Logging Errors: Implement effective logging strategies to monitor chaincode execution.
• 10.5 Handling Panics: Understand how to manage and recover from panics in Golang.

Module 11: Custom Chaincode

• 11.1 Extending the Default Chaincode: Learn to write your own custom chaincode with unique business logic.
• 11.2 Chaincode Deployment: Practice deploying and upgrading custom chaincode on a Hyperledger Fabric network.
• 11.3 REST API Integration with Front End: Learn how to expose chaincode functionality through a REST API for front-end applications.

Module 12: Smart Contract Auditing and Tools, Hyperledger Fabconnect, and Firefly

• 12.1 Why Smart Contract Audits are Necessary: Understand the critical importance of security audits to identify vulnerabilities in smart contracts.
• 12.2 Introduction to Firefly, Fabconnect, and Blockchain Explorer: Learn about these tools that simplify the integration and management of blockchain applications.

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