What students should know (Pre-requisites) ?
To build Ethereum Decentralized applications you will need to learn a couple of skills. This course can help you learn all of those skills but there are some prerequisites for the course:
This course takes the approach of “Learn by doing”. Students are encouraged to try out all aspects of the technologies on their own after each lecture. Almost all of the concepts discussed in the lectures are shown in action by way code samples etc. The demo code used in the lectures is available for download from GitHub so that students can change the code to try out new things.
Multiple quizzes in each section will validate student’s knowledge. Coding exercises will help them understand the concepts better & gain confidence.
Students will download the source code for a fully built DAPP - this DAPP shows/teaches all of the web3 API that students need to learn. Code walk through is covered in the lectures.
Course is divided into 10 sections:
Introduces the Blockchain & Ethereum technology
Drills deeper into the Ethereum Blockchain technology
Hands-on: Install Wallet, Mining for Ethers, Transactions
Hands-on: Install Geth, Try out the geth commands & options
Hands-on: Try out the various API i console and by writing scripts
Getting ready for Smart Contract development
Learn about the various tools & frameworks used for developing smart contract
Hands-on: Installation : Visual Studio, Truffle framework version 4.0, Ganache, Meta-Mask
Solidity for smart contracts development
Learn the concepts of Solidity language
Hands-on: Code simple contracts in Solidity + write test cases for testing
Solidity &Infrastructure patterns
Hands-on: Code smart contracts
End to end application walkthrough
Hands-on: DIY Project & Solution
Covers the setting up of private networks
Tools for managing private networks
All about Initial Coin Offering & ERC20 Standard for creating and launching a coin
Students will learn how to create a coin and manage it in common tools
Demand for Blockchain technologists is going up as multiple enterprises (& startups) are looking to achieve efficiencies or/and create new business models enabled by the Blockchain technologies. Ethereum is the leading Blockchain platform and is accepted as the most mature platform for Blockchain applications. Ethereum technology is quite complex but the approach taken in this course "Learn by doing" will accelerate the learning process and make it easy for the students to understand the concepts. Please refer to "Introduction to Ethereum" below for a high level overview of Ethereum.
Why learn Blockchain/Ethereum?
If we are to believe the pundits, Blockchain will change the way software is built for business transactions. Almost all industries are looking to leverage this new technology to gain efficiencies and/or to create new business models & opportunities. Organizations are looking for talent in this new technology and facing difficulty in finding developers/architects who can design and develop Blockchain applications.
Taking this course will prepare you to innovate using this cutting edge technology that promises to change the world around us. It will prepare you for the future.
Introduction to Ethereum
The digital cryptocurrency Bitcoin was the first Blockchain application. Success of Bitcoin led to the creation of the Ethereum platform. Whereas Bitcoin is a “Blockchain Application”, Ethereum is a “Blockchain Platform”. Ethereum not only supports a distributed ledger but it also supports Smart Contracts.
Smart Contracts are computer programs that has the code that implements contractual agreements (rules) between two or more parties. The rules coded in the smart contract are triggered by events in the physical world and automatically carry out some predefined action(s). All of this happens without any intermediary, web servers or back end databases.
Let me give you an example - Ebay is the intermediary between the buyer and seller. EBay makes $ every time a buyer buys an item from the seller. In a decentralized bidding application a smart contract can replace EBay the intermediary. The rule coded in the contract will be that when buyer will pay, the seller will ship the item to the buyer. The funds will be held in the smart contract till buyer confirms the receiving of the goods. Once the buyer confirms the receipt of goods the funds will be released to the seller. Smart Contracts are executed on the Ethereum network nodes as opposed to a centralized server infrastructure owned by an intermediary (e.g., Ebay). Nodes are Ethereum client processes running on the network participant’s computer.
Anyone can write Ethereum decentralized application, so in other words you can create your own Bitcoin like Cryptocurrency or Ebay like application on a public Ethereum network. Please note that all applications are not a good candidate for Blockchain technology for example building a static website on Blockchain technology is not the right use of the technology.
- Author's Introduction
- Outline of the course
- Decentralized Versus Peer-To-Peer
- Introduction Bitcoin network
- Characteristics of Blockchain
- Terms used in the context of Blockchain
- High level overview of Ethereum
- Introduction to Smart Contracts
- Describe the working of DAPP
- Explain the architecture & technical components of DAPP
- Ethers which is the value token on Ethereum; how do they get created?
- What an EVM is
- How the transaction fee is processed
- Hashing functions
- Proof of Work
- Proof of Stake
- Student must have basic idea of Blockchain technology; heard of Bitcoin
- Student must be comfortable in learning new language, design patterns & an architectural paradigm
- Fundamental knowledge of basic design patterns