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Blockchain Engineering MasterTrack
Rating: 4.5 out of 5(8 ratings)
115 students

Blockchain Engineering MasterTrack

Solidity , Defi , Solidity Smart Contracts, Corda and Cardano Smart Contracts, Ethereum dapps , Solidity development
Last updated 9/2024
English
English [Auto],

What you'll learn

  • Blockchain Frameworks
  • Blockchain Applications
  • Blockchain Usecases
  • Smart Contract Design and Development
  • Blockchain Nodes

Course content

5 sections32 lectures1h 55m total length
  • Blockchain Engineering : Blockchain Use cases2:32

    Explore how blockchain enhances efficiency, security, and transparency across use cases like secure payments, digital identity, royalty protection, NFTs, cybersecurity, digital voting, real estate, and health care records.

  • Blockchain Engineering : Block-chain Protocols1:47

    Explore how blockchain uses proof of work, proof of stake, and proof of authority to reach consensus, balancing processing power, stake, and public approval of transactions.

  • Blockchain Engineering : Introduction to Defi1:54

    Explore how the Ethereum blockchain powers DeFi as a global open alternative to the current financial system, letting you control funds and make fast, pseudonymous transfers without identity checks.

  • Blockchain Engineering : Defi analytics2:45

    Analyze defi analytics across top platforms, examining market segmentation, capitalization, dominance, and 24-hour volume, with breakdowns and on-chain metrics like active addresses, token holders, gas heat maps, and lending rates.

  • Blockchain Engineering M : Defi Platforms5:45

    Explore defi platforms and infrastructure, including Alpha launchpad tokens, lending and borrowing, crowdfunding, liquidity protocols like Balancer, Synthetix, and non-custodial tools for earning interest and deploying smart contracts.

  • Blockchain Engineering : NFT2:49

    Explore how blockchain enables nonfungible tokens, their unique properties, and applications in gaming, decentralized finance, events, digital identity, and NFT music, powered by smart contracts.

  • Blockchain Engineering : NFT Platforms2:04

    Explore leading nft platforms like Nifty Gateway, Magic, Axie Infinity, and OpenSea to understand nft games, collectibles, marketplaces, and artist tools, while experiencing nft applications and music interfaces.

  • Blockchain Engineering : Smart Contracts1:07

    Explain how smart contracts enable two parties to reach outcomes with high security and cost efficiency, applying them to digital identity, cross-border payments, governance, storage, and trading activities.

  • Blockchain Engineering : Smart Contracts Platfroms3:57

    Examine popular smart contract platforms and their ecosystems for decentralized applications, finance, and gaming, including Hyperledger Foundation, Tejas, EOSIO, with governance, open-source collaboration, and nonfungible tokens.

  • Blockchain Engineering : Crypto-currency2:13

    Identify the main crypto token types: platform, security, transactional, utility, and governance tokens, along with use cases like yield farming, low-cost transfers, and non-cash remittances.

  • Blockchain Engineering : Frameworks4:48

    Explore key blockchain frameworks, install dependencies, and set up consensus to start building with open source platforms like eosio. Access documentation, quickstart tools, and smart contracts to engage the community.

  • Blockchain Engineering : Nodes7:34

    Learn how blockchain nodes power decentralized networks that process transactions and produce blocks, deploy networks, manage access, and explore Hyperledger Fabric and cardinal.

Requirements

  • Linux
  • Npm

Description

This course includes development guide for blockchain learners and developers who are willing to work on some robust eco-systems , it acts as a transition platform from solidity to other blockchain frameworks such as R3.


This course is progressing course with new lectures every month .

Blockchain

Blockchains are typically managed by a peer-to-peer network for use as a publicly distributed ledger, where nodes collectively adhere to a protocol to communicate and validate new blocks. Although blockchain records are not unalterable as forks are possible, blockchains may be considered secure by design and exemplify a distributed computing system with high Byzantine fault tolerance


Solidity

As a relatively young language, Solidity is advancing at a rapid speed. We aim for a regular (non-breaking) release every 2-3 weeks, with approximately two breaking releases per year. You can follow the implementation status of new features in the Solidity Github project. You can see the upcoming changes for the next breaking release by switching from the default branch (`develop`) to the `breaking branch`. You can actively shape Solidity by providing your input and participating in the language design.


Defi

Decentralized exchanges (abbreviated DEXs) as alternative payment ecosystems with new protocols for financial transactions emerged within the framework of decentralized finance,which is part of blockchain technology and FinTech.

Who this course is for:

  • Open to everyone learning about block-chain ecosystem