ACERT76-058_rev3.0: Blockchain+ Developer, Self-Paced Learning V3 (Blockchain and Bitcoin)

Duration: Self-Paced, 30 hours of content

The Blockchain+ Developer certification provides a comprehensive introduction to blockchain technology and smart contracts, giving learners the skills and knowledge they need to succeed in this fast-changing sector. This certification begins with a comprehensive look at blockchain's history, essential principles, and decentralized system technology. Learners will explore consensus techniques like PoW and PoS, smart contracts, and their implementation and management in languages like Solidity. Advanced Solidity structures, tokenization, and non-fungible tokens will be covered throughout the certification.

Further, hands-on experience with Truffle, Ganache, and the Remix IDE helps create, test, and deploy decentralized applications. You will also cover Hyperledger Fabric architecture, Docker deployment, and Golang programming for private blockchain networks. Chaincode creation, REST API integration, and smart contract auditing conclude the certification, preparing developers for real-world blockchain development and smart contract implementation issues.

The certification covers the following topics to help you understand the incorporation of blockchain in the developer’s role.

• Introduction to Blockchain and Smart Contracts
• Ethereum Virtual (EVM) and Solidity Basics
• Advanced Solidity and Structures
• Tokenization and NFTs
• Development Tools and Techniques
• DApp Integration and Testing
• Deep Dive into the Hyperledger Fabric
• AI Enabled Incident Response Systems
• Golang Programming for Hyperledger Fabric
• Chaincode Structure and Error Handling
• Custom Chaincode
• Smart Contract Auditing and Tools Hyperledger Fabconnect, and Firefly

Please use the links below to download additional information about this course:

Executive Summary: blockchain-developer-executive-summary.pdf

Course Outline: blockchain-developer-course-outline.pdf

Exam Blueprint: blockchain-developer-blueprint.pdf