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DTSTART;TZID=UTC:20230508T110000
DTEND;TZID=UTC:20230508T160000
DTSTAMP:20260421T084743
CREATED:20230206T212445Z
LAST-MODIFIED:20230214T042322Z
UID:5405-1683543600-1683561600@theblockchainacademy.com
SUMMARY:Solidity Smart Contract Workshop (EVM)
DESCRIPTION:Solidity Smart Contract Workshop (EVM)\nThe instructor-led live Solidity Smart Contract Workshop (EVM) provides a firm understanding of Smart Contracts development using the Solidity programming language and the Ethereum Virtual Machine (EVM).  You will demonstrate your ability to effectively build Ethereum Blockchain solutions for commercial deployment. This is a great live workshop for developers looking to advance their understanding and capability within the blockchain industry and web3 space.  This workshop is the live component of the on-demand Solidity Smart Contract Developer (EVM) course. \nSolidity Smart Contract Workshop (EVM) Learner Outcomes\n\nCertificate of Completion – Solidity Smart Contract Workshop (EVM)\nPreparation for the Certified Ethereum Developer Exam from the Blockchain Certification Association (BCA)\n\nYou must also complete the Ethereum Developer Workshop to fully prepare for the BCA Certified Etherem Developer exam.\n\n\n\nCareer Prospects:\n\nWorking as a developer building Blockchain and Web3 applications and the opportunity to achieve higher salaries (10% to 40% increase)\nGet hired over those with no Blockchain knowledge skillset\nStart a project of your own!\n\nWhat’s covered in the Solidity Smart Contract Workshop (EVM) Workshop?\nOverview of the Blockchain Smart Contracts and DApps.\n\nSmart Contract\, DApp Tools and Developer Environment.\nDeFi : NFTs and Tokenization\n\nBlockchain Technology Overview\n\nSmart Contracts\nDecentralized Applications\nTokenization and DeFi\nEthereum Virtual Machine (EVM)\nEthereum Development Tools\nRemix\nTruffle\n\nSolidity Development Language\n\nContract Architecture\nData Types\nFunctions\nControl Structures\nWallets\nAddresses\nPayments\n\nProgramming in Solidity using Remix\n\nRemix Console and Modules\nRemix Compiler\nReusable Libraries\n\nSmart Contract Exercies\n\nDeveloping the First Contract\, summing integers\nWorking with addresses\nUsing enums to work with state conditions\nUsing structs to create custom data types\nMaking payments to other users\nTransfer Ether based on conditions\nUse ERC-20 standard to create fungible tokens\nUse the ERC-721 standard to create non-fungible tokens.\nBuild an Ethereum-based DApp running as a web application.\n\nENROLL TODAY:\nThe following include Solidity Smart Contract Workshop (EVM): \n\nCertified Ethereum Developer\nCertified Multi-Protocol Developer\n\nWhat is the Solidity programming language?\nSolidity is an object-oriented programming language created specifically by the Ethereum Network team for constructing and designing smart contracts on Blockchain platforms. It’s used to create smart contracts that implement business logic and generate a chain of transaction records in the blockchain system. \nWhat is the Ethereum Virtual Machine (EVM)?\nEthereum Virtual Machine (EVM) is a computation engine that acts like a decentralized computer that has millions of executable projects. It acts as the virtual machine which is the bedrock of Ethereum’s entire operating structure. It is considered to be part of Ethereum that runs execution and smart contract deployment. The role of the EVM is to deploy a number of extra functionalities to the Blockchain to ensure users face limited issues on the distributed ledger.  Every Ethereum node runs on the EVM to maintain consensus across the blockchain. Ethereum facilitates something called smart contracts\, a piece of code that is running on Ethereum. \nEVM is completely isolated\, meaning the code inside the EVM has no access to the network\, file system\, or other processes. Ethereum has two types of accounts: Externally Owned Accounts (EOA) and Contract Accounts\, both of which are treated equally under the EVM.  Account abstraction tries to reduce this to just one account\, meaning both EOAs and Contract Accounts function like each other.  Private keys control EOAs\, meanwhile\, contract accounts are stored in smart contracts\, also known as smart wallets.  A contract that is written in the smart-contract coding is converted into something called a bytecode. \nMost of the source code for using smart contracts is done using programming language from Solidity. It is then converted into opcodes for the EVM to interpret.  The EVM then uses the operation codes to complete certain tasks. So\, the EVM works like a large decentralized or master computer to complete all types of tasks on the blockchain.  EVM is one of the biggest projects in the world of cryptocurrencies.
URL:https://theblockchainacademy.com/event/solidity-smart-contract-workshop-evm-3/
LOCATION:Untitled
CATEGORIES:Ethereum Smart Contract
ATTACH;FMTTYPE=image/png:https://theblockchainacademy.com/wp-content/uploads/sites/17/2023/02/Solidity-Smart-Contract-Workshop-EVM-featured-image.png
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=UTC:20230403T110000
DTEND;TZID=UTC:20230403T160000
DTSTAMP:20260421T084743
CREATED:20230206T212400Z
LAST-MODIFIED:20230214T042330Z
UID:5355-1680519600-1680537600@theblockchainacademy.com
SUMMARY:Solidity Smart Contract Workshop (EVM)
DESCRIPTION:Solidity Smart Contract Workshop (EVM)\nThe instructor-led live Solidity Smart Contract Workshop (EVM) provides a firm understanding of Smart Contracts development using the Solidity programming language and the Ethereum Virtual Machine (EVM).  You will demonstrate your ability to effectively build Ethereum Blockchain solutions for commercial deployment. This is a great live workshop for developers looking to advance their understanding and capability within the blockchain industry and web3 space.  This workshop is the live component of the on-demand Solidity Smart Contract Developer (EVM) course. \nSolidity Smart Contract Workshop (EVM) Learner Outcomes\n\nCertificate of Completion – Solidity Smart Contract Workshop (EVM)\nPreparation for the Certified Ethereum Developer Exam from the Blockchain Certification Association (BCA)\n\nYou must also complete the Ethereum Developer Workshop to fully prepare for the BCA Certified Etherem Developer exam.\n\n\n\nCareer Prospects:\n\nWorking as a developer building Blockchain and Web3 applications and the opportunity to achieve higher salaries (10% to 40% increase)\nGet hired over those with no Blockchain knowledge skillset\nStart a project of your own!\n\nWhat’s covered in the Solidity Smart Contract Workshop (EVM) Workshop?\nOverview of the Blockchain Smart Contracts and DApps.\n\nSmart Contract\, DApp Tools and Developer Environment.\nDeFi : NFTs and Tokenization\n\nBlockchain Technology Overview\n\nSmart Contracts\nDecentralized Applications\nTokenization and DeFi\nEthereum Virtual Machine (EVM)\nEthereum Development Tools\nRemix\nTruffle\n\nSolidity Development Language\n\nContract Architecture\nData Types\nFunctions\nControl Structures\nWallets\nAddresses\nPayments\n\nProgramming in Solidity using Remix\n\nRemix Console and Modules\nRemix Compiler\nReusable Libraries\n\nSmart Contract Exercies\n\nDeveloping the First Contract\, summing integers\nWorking with addresses\nUsing enums to work with state conditions\nUsing structs to create custom data types\nMaking payments to other users\nTransfer Ether based on conditions\nUse ERC-20 standard to create fungible tokens\nUse the ERC-721 standard to create non-fungible tokens.\nBuild an Ethereum-based DApp running as a web application.\n\nENROLL TODAY:\nThe following include Solidity Smart Contract Workshop (EVM): \n\nCertified Ethereum Developer\nCertified Multi-Protocol Developer\n\nWhat is the Solidity programming language?\nSolidity is an object-oriented programming language created specifically by the Ethereum Network team for constructing and designing smart contracts on Blockchain platforms. It’s used to create smart contracts that implement business logic and generate a chain of transaction records in the blockchain system. \nWhat is the Ethereum Virtual Machine (EVM)?\nEthereum Virtual Machine (EVM) is a computation engine that acts like a decentralized computer that has millions of executable projects. It acts as the virtual machine which is the bedrock of Ethereum’s entire operating structure. It is considered to be part of Ethereum that runs execution and smart contract deployment. The role of the EVM is to deploy a number of extra functionalities to the Blockchain to ensure users face limited issues on the distributed ledger.  Every Ethereum node runs on the EVM to maintain consensus across the blockchain. Ethereum facilitates something called smart contracts\, a piece of code that is running on Ethereum. \nEVM is completely isolated\, meaning the code inside the EVM has no access to the network\, file system\, or other processes. Ethereum has two types of accounts: Externally Owned Accounts (EOA) and Contract Accounts\, both of which are treated equally under the EVM.  Account abstraction tries to reduce this to just one account\, meaning both EOAs and Contract Accounts function like each other.  Private keys control EOAs\, meanwhile\, contract accounts are stored in smart contracts\, also known as smart wallets.  A contract that is written in the smart-contract coding is converted into something called a bytecode. \nMost of the source code for using smart contracts is done using programming language from Solidity. It is then converted into opcodes for the EVM to interpret.  The EVM then uses the operation codes to complete certain tasks. So\, the EVM works like a large decentralized or master computer to complete all types of tasks on the blockchain.  EVM is one of the biggest projects in the world of cryptocurrencies.
URL:https://theblockchainacademy.com/event/solidity-smart-contract-workshop-evm-2/
LOCATION:Untitled
CATEGORIES:Ethereum Smart Contract
ATTACH;FMTTYPE=image/png:https://theblockchainacademy.com/wp-content/uploads/sites/17/2023/02/Solidity-Smart-Contract-Workshop-EVM-featured-image.png
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=UTC:20230306T110000
DTEND;TZID=UTC:20230306T160000
DTSTAMP:20260421T084743
CREATED:20230206T212415Z
LAST-MODIFIED:20230214T042336Z
UID:5329-1678100400-1678118400@theblockchainacademy.com
SUMMARY:Solidity Smart Contract Workshop (EVM)
DESCRIPTION:Solidity Smart Contract Workshop (EVM)\nThe instructor-led live Solidity Smart Contract Workshop (EVM) provides a firm understanding of Smart Contracts development using the Solidity programming language and the Ethereum Virtual Machine (EVM).  You will demonstrate your ability to effectively build Ethereum Blockchain solutions for commercial deployment. This is a great live workshop for developers looking to advance their understanding and capability within the blockchain industry and web3 space.  This workshop is the live component of the on-demand Solidity Smart Contract Developer (EVM) course. \nSolidity Smart Contract Workshop (EVM) Learner Outcomes\n\nCertificate of Completion – Solidity Smart Contract Workshop (EVM)\nPreparation for the Certified Ethereum Developer Exam from the Blockchain Certification Association (BCA)\n\nYou must also complete the Ethereum Developer Workshop to fully prepare for the BCA Certified Etherem Developer exam.\n\n\n\nCareer Prospects:\n\nWorking as a developer building Blockchain and Web3 applications and the opportunity to achieve higher salaries (10% to 40% increase)\nGet hired over those with no Blockchain knowledge skillset\nStart a project of your own!\n\nWhat’s covered in the Solidity Smart Contract Workshop (EVM) Workshop?\nOverview of the Blockchain Smart Contracts and DApps.\n\nSmart Contract\, DApp Tools and Developer Environment.\nDeFi : NFTs and Tokenization\n\nBlockchain Technology Overview\n\nSmart Contracts\nDecentralized Applications\nTokenization and DeFi\nEthereum Virtual Machine (EVM)\nEthereum Development Tools\nRemix\nTruffle\n\nSolidity Development Language\n\nContract Architecture\nData Types\nFunctions\nControl Structures\nWallets\nAddresses\nPayments\n\nProgramming in Solidity using Remix\n\nRemix Console and Modules\nRemix Compiler\nReusable Libraries\n\nSmart Contract Exercies\n\nDeveloping the First Contract\, summing integers\nWorking with addresses\nUsing enums to work with state conditions\nUsing structs to create custom data types\nMaking payments to other users\nTransfer Ether based on conditions\nUse ERC-20 standard to create fungible tokens\nUse the ERC-721 standard to create non-fungible tokens.\nBuild an Ethereum-based DApp running as a web application.\n\nENROLL TODAY:\nThe following include Solidity Smart Contract Workshop (EVM): \n\nCertified Ethereum Developer\nCertified Multi-Protocol Developer\n\nWhat is the Solidity programming language?\nSolidity is an object-oriented programming language created specifically by the Ethereum Network team for constructing and designing smart contracts on Blockchain platforms. It’s used to create smart contracts that implement business logic and generate a chain of transaction records in the blockchain system. \nWhat is the Ethereum Virtual Machine (EVM)?\nEthereum Virtual Machine (EVM) is a computation engine that acts like a decentralized computer that has millions of executable projects. It acts as the virtual machine which is the bedrock of Ethereum’s entire operating structure. It is considered to be part of Ethereum that runs execution and smart contract deployment. The role of the EVM is to deploy a number of extra functionalities to the Blockchain to ensure users face limited issues on the distributed ledger.  Every Ethereum node runs on the EVM to maintain consensus across the blockchain. Ethereum facilitates something called smart contracts\, a piece of code that is running on Ethereum. \nEVM is completely isolated\, meaning the code inside the EVM has no access to the network\, file system\, or other processes. Ethereum has two types of accounts: Externally Owned Accounts (EOA) and Contract Accounts\, both of which are treated equally under the EVM.  Account abstraction tries to reduce this to just one account\, meaning both EOAs and Contract Accounts function like each other.  Private keys control EOAs\, meanwhile\, contract accounts are stored in smart contracts\, also known as smart wallets.  A contract that is written in the smart-contract coding is converted into something called a bytecode. \nMost of the source code for using smart contracts is done using programming language from Solidity. It is then converted into opcodes for the EVM to interpret.  The EVM then uses the operation codes to complete certain tasks. So\, the EVM works like a large decentralized or master computer to complete all types of tasks on the blockchain.  EVM is one of the biggest projects in the world of cryptocurrencies.
URL:https://theblockchainacademy.com/event/solidity-smart-contract-workshop-evm/
LOCATION:Untitled
CATEGORIES:Ethereum Smart Contract
ATTACH;FMTTYPE=image/png:https://theblockchainacademy.com/wp-content/uploads/sites/17/2023/02/Solidity-Smart-Contract-Workshop-EVM-featured-image.png
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