Certified Blockchain Developer
Ethereum (CBDE) - Master the Skills to Develop, Deploy, and Secure Ethereum Blockchain Applications
Ethereum has revolutionized the blockchain space, enabling decentralized applications (DApps), smart contracts, and new economic models that power DeFi and NFTs. With the increasing adoption of blockchain in industries like finance, supply chain, and gaming, the demand for skilled Ethereum developers has skyrocketed.
The Certified Blockchain Developer – Ethereum (CBDE) certification validates your ability to develop, deploy, and maintain secure blockchain solutions on the Ethereum network. This course provides an in-depth understanding of Ethereum's ecosystem, Solidity programming, smart contract security, and best practices for production-ready applications.
Designed for developers, blockchain enthusiasts, and professionals seeking to validate their Ethereum expertise, this course offers hands-on experience with Web3.js, Solidity, and industry-standard development tools. With over 30 years of industry expertise, our instructor ensures that the content is practical and aligned with real-world blockchain development needs.
Upon completion, participants will be fully equipped to take the CBDE certification exam, positioning themselves as certified Ethereum developers ready to tackle blockchain projects in a professional setting.
Learning Outcomes
By the end of this course, participants will be able to:
✅ Plan and develop production-ready Ethereum applications.
✅ Write, test, and deploy secure Solidity smart contracts.
✅ Implement Web3.js for blockchain interactions.
✅ Optimize and calculate Ethereum gas fees.
✅ Work within the constraints and capabilities of the Ethereum blockchain.
✅ Deploy smart contracts to both testnet and mainnet.
✅ Execute unit tests for Solidity contracts.
✅ Run an Ethereum node on a local development machine.
✅ Understand Ethereum's consensus mechanisms, mining, and network architecture.
Prerequisites
This course is designed for developers and technical professionals. Participants should have:
🔹 Basic programming knowledge (preferably JavaScript or Python)
🔹 Understanding of blockchain fundamentals (recommended)
🔹 Familiarity with Ethereum and smart contracts (helpful but not required)
🔹 Experience with command-line tools and scripting
Course Overview
1. Introduction to the CBDE Certification
- Overview of the CBDE exam structure
- Exam format, duration, and passing criteria
- Study resources and preparation strategy
2. Blockchain Fundamentals
- Understanding blockchain technology
- Types of blockchains: Public, Private, and Consortium
- Key components: Blocks, Transactions, Wallets, Addresses
- Cryptography essentials: Public & Private Keys
- Blockchain architecture and security
3. Ethereum & Ethereum Virtual Machine (EVM)
- What is Ethereum?
- History and evolution of Ethereum
- The role of Ether (ETH) and Gas fees
- Introduction to Decentralized Applications (DApps)
- How Smart Contracts work
- Ethereum Development Ecosystem and tooling
- Understanding Ethereum’s Hashing Algorithms
- Proof of Work (PoW) vs. Proof of Stake (PoS)
- Externally Owned Accounts (EOA) vs. Smart Contracts
- Quiz & Hands-on exercises
4. Ethereum Network & Nodes
- What are Ethereum Nodes?
- Types of blockchain networks: Mainnet, Testnet, Private chains
- Consensus mechanisms, mining, and block validation
- Setting up and running a local Ethereum node
- Quiz & Hands-on exercises
5. Ethereum Programming Fundamentals
- Ethereum programming languages: Solidity & Vyper
- Introduction to Solidity – The language of smart contracts
- Ethereum Virtual Machine (EVM) Assembly & OPCODES
- Gas & Gas Optimization Strategies
- Merkle Patricia Trie – How Ethereum stores data
- Quiz & Hands-on exercises
6. Solidity Programming – Basics to Advanced
- Solidity file structure & syntax
- Data types, arrays, structs, and mappings
- Functions, state variables, and getters
- Function modifiers and access control
- Fallback functions and Solidity global objects
- Events & logging on the Ethereum blockchain
- Solidity coding standards & best practices
- Quiz & Hands-on exercises
7. ERC Token Standards & Smart Contracts
- Introduction to Ethereum Request for Comments (ERCs)
- ERC-20 Token Standard – Fungible tokens
- ERC-721 Standard – Non-Fungible Tokens (NFTs)
- Writing and deploying custom ERC-20 & ERC-721 contracts
- Quiz & Hands-on exercises
8. Advanced Solidity & Ethereum Development
- Inheritance & contract organization
- Handling exceptions and low-level Solidity functions
- Web3.js – Connecting frontend apps with Ethereum
- ABI & Metadata – Interacting with smart contracts
- Introduction to Truffle & Hardhat development frameworks
- Running unit tests with Truffle & Mocha
- Quiz & Hands-on exercises
9. Smart Contract Security Best Practices
- Common Solidity vulnerabilities (Reentrancy, Integer Overflow, etc.)
- Best practices for secure contract development
- Audit techniques & testing methodologies
- Understanding OpenZeppelin and reusable contracts
- Security considerations for upgradable smart contracts
- Quiz & Hands-on exercises
10. Deployment & Integration
- Deploying smart contracts on Ethereum testnets & mainnet
- Using Infura & Alchemy for remote Ethereum node access
- Interfacing with Metamask, Remix, and Hardhat
- Building front-end applications that interact with smart contracts
- Quiz & Hands-on exercises
11. Conclusion & Exam Preparation
- Recap of key concepts and best practices
- Mock exam & sample CBDE questions
- Final Q&A session
Why Take This Course?
🚀 Industry-Relevant Content: Practical, real-world Ethereum development skills.
🛠️ Hands-on Training: Work on real projects, not just theory.
👨🏫 Expert-Led Instruction: Taught by an industry professional with 30+ years of experience.
🎯 CBDE Exam Preparation: Everything you need to pass the CBDE certification.
🌍 High Demand Skillset: Ethereum developers are among the most in-demand professionals in tech today.
Are you ready to become a Certified Blockchain Developer – Ethereum? Let’s build the future of blockchain together! 🚀
Practical, connected learning
My wider training approach brings hands-on implementation and systems thinking together, connecting technology with real operational needs.