About This Course
Master the art of writing secure and efficient smart contracts on the Ethereum blockchain. This 3-day intensive course covers Solidity from the ground up — variables, functions, inheritance, and advanced patterns like factory, proxy, and registry contracts.
You will learn gas optimization techniques that can reduce transaction costs by 50–70%, write comprehensive unit and integration tests, deploy to testnets and mainnet, and integrate your contracts with front-end applications using Web3.js, ethers.js, and React.
By the end of this course, you will be able to architect, develop, test, and deploy production-ready smart contracts.
You will learn gas optimization techniques that can reduce transaction costs by 50–70%, write comprehensive unit and integration tests, deploy to testnets and mainnet, and integrate your contracts with front-end applications using Web3.js, ethers.js, and React.
By the end of this course, you will be able to architect, develop, test, and deploy production-ready smart contracts.
Prerequisites
Basic programming knowledge (any language). No blockchain experience required.
Schedule
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Sep 15, 202607:00 – 15:00Day 1: Solidity fundamentals — variables, functions, inheritance
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Sep 16, 202607:00 – 15:00Day 2: Architecture patterns, gas optimization & testing
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Sep 17, 202607:00 – 15:00Day 3: Deployment, front-end integration & capstone project
About the Instructor
M
Markus Angermann
Managing Director of Angermann IT-Services and lecturer for smart contract development at St. Pölten University of Applied Sciences. Specializes in Solidity, contract architecture, and gas optimization.
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