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Keep shoppingLearn Ethereum Programming: The Solidity Mastery Course
182 students
Learn Ethereum Programming: The Solidity Mastery Course
Become a blockchain developer, with this complete course. Build Defi smart contracts with frontend integration
Created byAlofe Oluwafemi
Last updated 8/2021
English
What you'll learn
- Upon completion of this course, you would have build and deploy a Dapp to both BSC and ETH tesnet and mainet that you can share with employers and friends
- Before the end of this course you would have Built your first Defi app that generates yield. You will also be able to build an API to interact with it
- You will be able to build UI for your smart contract, that request users to connect with them using Metamask & Trustwallet just like Pancakeswap & Uniswap does
- Learn to use several tools tools to enhance your Solidity programming experience for development, debugging, testing and finally deployment
- Blockchain Programming
- Learn how to use the Open Zeppelin library
- Learn how to create smart contracts
- Learn solidity programming from beginners to advance
- Learn to build a defi app
- Build smart contract to accept payment, that you can withdraw from
- Learn ethereum programming language
- Create smart contract for ethereum
- Deploy smart contract for Binance smart chain
- Learn how to use Remix editor to compile and deploy smart contract
- How to use Truffle framework
- How to debug smart contract
- How to deploy smart contract
- How to verify smart contract
- How to write test for smart contract
- How to connect Metamask and Trustwallet with your Dapp
- How to use Etherjs
- Build a smart contract that you can always upgrade after you deploy it
- Build a defi yield generating smart contract
- How to use Infura
- How to use Ganache & Ganache CLI
- Build an API with Nodejs to interact with the blockchain
Explore related topics
Course content
7 sections • 50 lectures • 6h 33m total length
Requirements
- A macbook system or a Linux system or a Windows PC with Windows 8 minimum
- Basic of programming knowledge is good to have, but is not required at all
Description
This course is a practical guide on how to become a blockchain developer.
You will learn and understand every syntax of Solidity in Depth. You will also learn how to use Ethereum development tools such as Truffle, Remix, Ganache CLI & Client, Metamask, EthersJS, Infura, and many others to aid you in your Development journey.
You will be building two real-life example projects, both Defi applications, and deploy them on both the Binance Smart Chain and Ethereum networks. You will also get to build a UI for one of the Defi Smart contracts to integrate and interact with it from your browser using Metamask or Trust Wallet.
By the end of this course, I guarantee you that you will have acquired enough knowledge to apply for a Solidity developer role. You will find that you will become confident to take on any ethereum or Binance Smart Chain project, provided you can complete this course and put in the extra work required.
I will be updating this course regularly to not only keep up with breaking changes in Solidity. I will be adding more course content to cover various topics from student feedback, and what I know would help anyone taking this course build more real-life applications using Solidity.
So what are you waiting for, purchase this course with 30 days money-back guarantee from Udemy and enjoy lifetime updates without any need to sign up for another Blockchain development course
Who this course is for:
- This course is for you if you are an absolute beginner looking to become an expert in solidity development and building Dapps
- If you already have some experience, this course will even benefit you more because you will get to test your knowledge against this course and also build more Dapps from the course that you you can add to your portfolio
- If you are looking to get a job as a Solidity developer or switch career to Blockchain development if you are already a programmer
- If you enjoy learning by examples and practical scenario and not just fague theory with shallow examples that cannot be applied to work