Following the completion of this course, the students will be able to:
The course is designed for:
12 Modules – Certificate of Completion
This is the first module of the course and will focus on introducing blockchain technology and its fundamental concepts. The students will learn about how the current financial system works, possible solutions, and the distributed system. The module will then jump into what blockchain is, how it works, its properties, and its evolution.
In the second module of the course, the participants will learn about cryptocurrencies like Bitcoin, consensus mechanisms, and cryptography. They will be exposed to concepts of pseudonymity and anonymity in cryptocurrency. After that, the instructor will teach the students about programmable money, Hash Functions, Merkle Tree, types of blockchain, sidechain, and blockchain platforms.
In the third module, the focus of the course will shift to the mechanisms of Bitcoin as well as an in-depth look at how the Bitcoin network works. The instructor will begin the module by revealing what Bitcoin is and how it is traded online. The students will learn about the Bitcoin ecosystem, the structure of a Bitcoin transaction, its script language, and the nodes in a Bitcoin network.
In this module, the students will learn about how Bitcoin mining works and how you can mine Bitcoin from your personal computer. They will learn about Bitcoin economics, different types of mining, and different consensus types. They will also learn about mining pools, hashing race, and selecting chains of blocks.
In this module, the students will learn about the Ethereum platform and how it can be used to create dApps and smart contracts. The module will begin with an introduction to the Ethereum platform and an introduction to smart contracts as well as cryptocurrencies in Ethereum. The students will also learn how they can conduct mining and consensus mechanisms on this platform.
To conclude the module, the instructor will focus on technologies that support this platform, its functions, programming languages and editors, and tools. The participants will also learn about development components for Ethereum dApps, test networks, ERC tokens, and front-end development.
As the name of the module suggests, these sessions will be about Solidity programming language and creating smart contracts using Solidity and Remix IDE. The students will be given an introduction and a sample code, and they will learn about the layout of the source file. They will then learn about the structure of a contract, state variables, reference types, function types, units, function calls, error handling, and more.
The students will learn about advanced Solidity concepts such as modifiers, libraries, and event handling. They will also learn about state modifiers, inheritance, constructors, logging, common pitfalls, recommendations, contract ABI, and creating Solidity contracts using web3.js and Truffle.
In this module, the students will learn about developing a dApp using Solidity and deploying it to a local test blockchain on Ganache. The students will get to create a smart contract, publish the dApp, connect it, and then launch it. They will also learn about Ganache output for transaction migration.
This module is all about Hyperledger. The students will learn about creating an open-source distributed ledger framework in Hyperledger. They will also learn about its architecture, major frameworks, as well as its consensus mechanism. The participants will also get to know about its application model, API, and network topology and deploy a business network on Hyperledger Composer Playground.
The students will learn about Hyperledger Fabric and how they can develop business networks using Hyperledger Composer and deploy their business networks. The module will begin with setting up the development environment using Composer, and the students will develop business networks. They will test business networks, understand the Hyperledger Fabric Model, and learn how to make blockchain networks in Hyperledger Fabric.
In the second to last module, the students will learn about the MultiChain platform, how to set up their private blockchain environment, and how to customize their blockchain parameters as per requirements. The session will begin with learning about the MultiChain platform. The participants will learn about permissions and privacy in MultiChain as well as mining. They will also learn about multiple configurations of the blockchain on this platform and how to set up a private blockchain on it.
In the final module of this course, the students will learn about the many prospects of blockchain. They will learn about how the blockchain is prospering the world, discuss its practical use cases, how it is transforming the business world, real-case scenarios, and how governments are using blockchain around the world.
The Blockchain Developer Certification Course has been designed to help you become an expert in Blockchain, Ethereum, MultiChain, Hyperledger, and Bitcoin. This is a beginner-friendly course where the participants will learn about the importance of consensus mechanisms in transactions and how these transactions are stored on a blockchain and Bitcoin. The course will also focus on Solidity programming language, Remix IDE, and testing blockchain networks using TestRPC, web3.js, and Truffle. The students will also get hands-on experience with creating a private blockchain using the MultiChain platform to help them become blockchain development experts.
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