Getting Started with Blockchain Solidity and Smart Contracts

What is Blockchain, DLT, Smart Contracts? How to Code Build & Deploy Smart Contracts on Blockchain Network with Solidity

What you'll learn:

• You will learn about Blockchain and How it differs from Regular Web
• You will learn about Features of Blockchain
• You will learn about Smart Contracts and The Blockchain Application Development Lifecycle
• You will learn about Solidity Programming Language
• You will learn to Write Smart Contracts with Solidity and Compile and Deploy them on Blockchain Network

This is a course for beginners who have no idea about what is Blockchain and Distributed Ledger Technology, and they want to learn about this technology and get started with programming Smart Contracts with Solidity Programming language and then compile and deploy it to live Blockchain network for free.

You will learn the following:

You will learn about Blockchain and How it differs from Regular Web

You will learn about the Features of Blockchain and Distributed Ledger Technology

You will learn about Smart Contracts and The Blockchain Application Development Lifecycle

You will learn about Solidity Programming Language

You will learn to Write Smart Contracts with Solidity and Compile and Deploy them on Blockchain Network

The only prerequisite is that you must have basic knowledge of any Programming Language

After this course, you will understand the basics of blockchain and wants to become a blockchain application developer

The following topics will be covered:

2-Why do we need Blockchain

3-What is Blockchain

4-Features of a Blockchain

5-EVM (Ethereum Virtual Machine) Solidity Smart Contracts

6-Environment Setup and Data Types in Solidity

7-String Arrays Compiling and Executing our first Smart Contract on Blockchain Network

8-Custom Data Type and Functions and Comments in Solidity

9-Address and Mapping type in Solidity

We will also see how to compile and deploy the smart contract. After that, we will call the smart contract and get the output.