Description
Global Certification Program
- E-Learning
- Globally lifetime Valid Certification
- Lifetime Valid Certification
- AI based Roleplay & Simulations
- Two Exam Attempts
Introduction
Certified Blockchain Ethereum Developer
The GSDC Certified Blockchain Ethereum Developer (CBED) certification exam validates your expertise in Ethereum development and blockchain technology. This industry-recognized certification demonstrates your proficiency as a certified Ethereum professional and signifies your mastery of the essential skills required to design, develop, and deploy secure and scalable Ethereum-based applications.
By being a Certified Blockchain Ethereum Developer, you showcase your in-depth knowledge of smart contracts, decentralized applications (DApps), and the underlying Ethereum blockchain architecture. This certification distinguishes you as a competent Blockchain Ethereum Developer, enabling you to contribute effectively to blockchain projects and gain a competitive edge in the rapidly evolving blockchain industry.
Take the next step in your career and validate your skills with the GSDC Certified Blockchain Ethereum Developer (CBED) certification exam.
Learning Objective
❑ Certify proficiency in Ethereum development and blockchain.
❑ Master secure and scalable Ethereum application development.
❑ Deep understanding of Ethereum’s blockchain architecture.
❑ Gain a distinct advantage in the evolving industry.
❑ Showcase expertise as a certified Ethereum professional.
❑ Harness the power of smart contracts and DApps.
❑ Empower contributions to impactful blockchain projects.
Curriculum
1.Introduction to Smart Contracts:
• Smart Contracts
• Blockchain Basics
• Ethereum Virtual Machine (EVM)
2.Solidity in Depth:
• Contracts
• Types
• Units and Globally Available Variables
• Expressions and Control Structures
• Contracts
• Libraries
3.Implementation:
• Implement web3.js
• Write and compile Solidity smart contracts
• Create secure smart contracts
• Deploy smart contracts in both the live and test Ethereum networks
• Calculate Ethereum gas costs
• Unit test smart contracts
• Unit test smart contracts
• Run an Ethereum node on the development machine
4.Common Design Patterns:
• Restricting Access
• Factory Patterns
• Token Systems
• Registries
• Voting Systems
5.Blockchain And Smart Contracts:
• What is Blockchain and how does it work?
• Bitcoin vs Ethereum
• Smart Contract
• How you can use Smart Contracts?
• Advantages of Smart Contracts
• Solidity
• LAB TASK
• Types of Variables in Solidity
• Public and Private Code
• Public Variables and Functions
• Internal Functions
• External Functions
• Smart Contract Constructors
• Constant Variables
• Setting Variables
6.Smart Contracts With Web3.js :
• Installing & Running the Ethereum Test RPC
• Installing Web3.js
• Changing the Environment in Remix
• Creating the UI
• Connecting to & Interacting with the Smart Contract Using Web3.js
• SOLUTION
7.Smart Contract Events With Web3.js:
• AIM
• The Current Contract
• Defining the Smart Contract Event
• Updating the UI
8.Functions, Mappings, And Structs
• Functions
• Mappings
• Structs
• The Smart Contract
• Creating a Modifier
• Using the Modifier
• Web3 UI Modifier Handling
• LAB
• Creating a Struct
• Creating the Mapping
• Map Addition
• Get from the Mapping
• The Full Contract
• Count from Map
9.Inheritance And Deployment:
• Object-oriented programming
• Inheritance
• LAB
• Current Contract
• Creating a Base Contract
• Changing from Strings to bytes
• Continuing the Project
• Installing MetaMask
• Deploy Contract to the Ropsten Test Network
• Update the HTML Form
• Update the JavaScript
• Using the App
10.Embark Framework And Its Deployment:
• Blockchain (Ethereum)
• Decentralized Storage (IPFS)
• Decentralized Communication
• Web Technologies
• Installing Embark Framework
• Hello World with Embark Framework
• First Contract Deployment with Embark Framework
11.Solidity Smart Contracts Testing
• Unit Testing in Solidity
• Security and Vulnerability Testing
• Gas Optimization and Performance Testing
12.Contracts Management With Factories
• Factory Pattern in Smart Contracts
• Upgradeability and Proxy Contracts
• Interfacing and Access Control
13.IPFS Files Hosting:
• IPFS
• FILES HOSTING
14.End-to-end Development Of Dapp:
• Setup the Project
• Program the Smart Contract
• Create the Front-end of the application
• Deploy the App with IPFS
15. Tools, Certifications, and Real-World DApp Projects
• Key Tools: MetaMask, Remix IDE, Ganache, Truffle, Web3.js, Embark
• Certification Preparation: Ethereum Developer Certification, Solidity Developer Certificate
• Hosting Decentralized Applications Using IPFS
• Capstone Project: Full DApp Lifecycle – From Smart Contract to Frontend and Deployment
• Industry Case Studies: Finance, Gaming, Voting, and Identity
