Ethereum Bootcamp
Course Overview
The Ethereum Bootcamp is an immersive and comprehensive course designed to provide you with a solid foundation in Ethereum blockchain technology. This course is tailored for individuals interested in understanding and harnessing the power of Ethereum for decentralized application (DApp) development, smart contract creation, and exploring the potential of the Ethereum ecosystem.
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Throughout the bootcamp, you will delve into the core concepts of Ethereum, gaining a deep understanding of its architecture, decentralized nature, and the Ethereum Virtual Machine (EVM). You will learn how to interact with the Ethereum network, deploy smart contracts, and navigate the intricacies of Ethereum development.
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Upon completing the Ethereum Bootcamp, you will have a comprehensive understanding of Ethereum’s inner workings, be proficient in smart contract development using Solidity, and possess the skills to build decentralized applications on the Ethereum network. Whether you are an aspiring blockchain developer, entrepreneur, or professional seeking to enhance your blockchain knowledge, this bootcamp will empower you to leverage Ethereum’s potential and participate in the decentralized future.
Why I should learn?
- Career Opportunities: Exciting job prospects in the rapidly growing industry
- Industry Relevance: Finance, supply chain, healthcare, and more
- Comprehensive Training: From blockchain basics to advanced development
- Hands-on Experience: Building applications and deploying smart contracts
- Expert Instructors: Our instructors will guide you throughout your journey
High level Modules
- Course overview
- Course structure
- Why you should learn Ethereum blockchain
- Industry trend
- Blockchain job
- Introduction to ethereum
- EEA Introduction
- EEA Membership
- Features of Ethereum
- Smart Contract Introduction
- Smart Contract Languages
- Ethereum Virtual Machine (EVM)
- Ether
- Bitcoin Vs Ether
- Gas, Gas price and Gas Limit
- Ethereum Block Structure
- Ethereum Transaction Flow
- Decentralized Application (DApp)
- Decentralized Autonomous Organizations (DAO)
- Features of DAO
- Types of Accounts
- EOA and Smart Contract Accounts
- Ethereum Mining
- Uncle Block
- Ethereum Ecosystem
- Web 1.0 , Web 2.0, BitTorrent introduction and limitations
- Swarm Introduction
- IPFS Introduction
- Swarm vs IPFS
- How Swarm & IPFS Works
- Whisper Introduction
- Ethereum Development Environment (Remix IDE, Truffle)
- Remix IDE Introduction
- Features of Remix IDE
- Accessing Remix IDE
- Remix IDE Layout
- Assisted Practice: Develop Hello World Sample Using Remix
- Ethereum Networks
- Main Network (Mainnet)
- Assisted Practice: Exploring the Ethereum Mainnet
- Test Networks
- Assisted Practice: Explore an Ethereum Test Network
- Ganache: Local Network
- Assisted Practice: Install the Ganache Blockchain
- Assisted Practice: Explore the Ganache Blockchain
- Private Network
- Ethereum Wallets
- Types of Ethereum Wallets
- Metamask Wallet
- Assisted Practice: Install Metamask and Set up the Wallet
- Assisted Practice: Connect Metamask to a Ethereum Test Network
- Ethereum Client Introduction
- Types of Ethereum Clients
- Go Ethereum (Geth)
- Connecting to Ethereum Using Geth
- Geth Data Storage
- Assisted Practice: Install Geth Client
- Assisted Practice: Set up a Private Blockchain node Network using geth
- Parity Introduction
- Connecting to Ethereum Using Parity
- Parity Data Storage
- Introduction to Solidity and Ethereum Smart Contracts
- Smart Contract Structure
- Solidity Syntax and Data Types
- Solidity Variables and Types
- Integer, String, Bytes, Arrays, Bool Variables
- Enum, Struct, Mappings, Address Variables
- Assisted Practice: Develop smart contract to store KYC data
- Solidity Functions
- Write Functions
- Read Functions
- Function Visibility
- Public, Private, Internal and External
- Function Modifiers
- View, Pure and Payable
- Assisted Practice: Develop bank smart contract that store ether in account
- Conditional Operators
- If -else, ternary operator
- Control Structures and Loops in Solidity
- Events
- Assisted Practice: Develop smart contract that fire event whenever someone add KYC to KYC contract
- Function Modifiers
- Solidity Libraries and Inheritance
- Error Handling and Exception Handling
- Contract Deployment and Interactions
- Solidity Security Considerations and Best Practices
- Truffle Introduction
- Truffle Features
- Truffle Functions
- Truffle Smart Contract Lifecycle
- Assisted Practice: Install Truffle Framework
- Assisted Practice: Create Market Place smart contract using Truffle and VS Code
- Assisted Practice: Compile Market Place smart contract using Truffle
- Assisted Practice: Deploy Market Place smart contract using Truffle
- Web3.js Introduction
- Web3 Classes and Modules
- web3-eth introduction
- Assisted Practice: Develop front end for KYC Dapp and connect to KYC smart contract
- Fungible (ERC-20) Token Introduction
- Non-Fungible (NFT-ERC721) Token Introduction
- Fungible vs Non fungible
- Assisted Practice: Create Fungible Token and setup in metamask
- Assisted Practice: Create NFT and deploy on Ethereum Testnet
- Decentralized Finance (DeFi)
- Non-Fungible Tokens (NFTs)
- Decentralized Applications (DApps)
- Tokenization and Initial Coin Offerings (ICOs)
- Interoperability and Scaling Solutions
- Central Bank Digital Currencies (CBDCs) and Stablecoins
- Governance and DAOs
- Energy and Sustainability
- Develop Vaccine Tracker Dapp
Real World Use Case project
Vaccine Tracker
Traceability and Transparency
Features of this Bootcamp
- 13 Advance Modules
- 10+ Hands on Assisted Practice
- 4+ Industry Applications and Use Cases
- Hands-on Practical Experience
- Certificate of completion
Tools and skilled covered in this course
- Remix IDE
- Truffle & Hardhat
- Smart Contract Development
- Tokenization and Cryptocurrencies
- Decentralized Application (DApp) Development
What learner says
Pricing
- Industry-Recognized Certification
- 13 Advance Modules
- Ongoing Support
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