Curriculum

In this compressed 4-week course, you will gain a comprehensive understanding of Solidity and Ethereum development, along with hands-on experience in building Web3 DApps with React/Next.js. You will learn to write smart contracts, interact with blockchain networks, and build user-friendly interfaces for decentralized applications. Additionally, the course covers the integration of Ethereum, Polygon, and various development tools to provide a complete guide to Solidity and Web3 development in 2023.

Trainer

James Anderson

Course Fee

£1000

Available Seats

Unlimited

Schedule

Custom pace

Duration

18 Hours

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Learning the basics

  • Introduction to Solidity, Ethereum, and Web3 Development
  • Setting up the Development Environment: Installing and configuring tools like Ganache, Hardhat, and Metamask
  • Solidity Basics: Variables, data types, functions, and modifiers

Smart Contracts

  • Smart Contract Development: Creating, deploying, and testing smart contracts using Solidity and Hardhat
  • Interacting with Smart Contracts: Writing scripts to interact with smart contracts using Web3.js
  • Ethereum and Polygon Integration: Understanding the Ethereum ecosystem and working with Polygon network

Building Apps with React

  • Building Web3 DApps with React/Next: Setting up a React/Next.js project and integrating with Web3.js
  • Front-end Development for DApps: Designing and implementing user interfaces for decentralized applications
  • Integrating with Smart Contracts: Connecting the front-end with the deployed smart contracts

Final Assignment

  • Advanced Solidity and DApp Development: Implementing advanced Solidity features, libraries, and security best practices
  • Testing and Deployment: Writing unit tests for smart contracts, deploying DApps to test networks, and production deployment considerations
  • Real-World Project: Building a complete decentralized application using Solidity, React/Next.js, and Web3

Putting It All Together

The final assignment of the prompt engineering course based on GPT will be to create a project that showcases your understanding and mastery of the techniques learned throughout the course. This project could involve creating a specific type of output using GPT, such as generating creative writing, product descriptions, or even poetry. The project will require you to create effective prompts and experiment with different prompt engineering techniques to achieve your desired output. You will also be required to explain your thought process and rationale behind your chosen prompts and techniques. By completing this final project, you will demonstrate your ability to fully take advantage of GPT's potential through prompt engineering.