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Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery | Frequency Of Classes |
|---|---|---|---|
| English | Self Study, Virtual Classroom | Video and Text Based | Weekends |
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | Belhaven University, Mississippi |
The fees for course Advanced Certification Program in Blockchain is -
| Head | Amount |
| Total Admission Fee | â‚ą 75,012 |
| EMI Starts at | â‚ą 8,000 |
The Syllabus
- Blockchain introduction
- Blockchain technology, network, and its mechanism
- Blockchain history
- Blockchain benefits
- Blocks and transactions in Blockchain
- Peer-to-peer systems
- Block structure in Blockchain
- Dynamic shared ledger
- Digital signatures
- Building Blockchain solutions
- Using hashes as addresses
- Bitcoin keys storage
- Using a key as identity
- Bitcoins trade and transaction
- Blockchain ecosystem core and Blockchain layers: data layer, consensus layer, and network layer.
- Bitcoin introduction
- What is Bitcoin?
- Bitcoins network
- Bitcoin mining
- Bitcoin wallets
- Blockchain alternatives
- Smart contract
- Public network and private consortium
- Ethereum virtual machine
- Ethereum environment
- Merkle tree
- Dapps
- Decentralized Autonomous Organization (DAO)
- Double-spend problem
- Blockchain impact on cryptocurrencies
- Bitcoin mechanics
- Transcriptions
- Scripts
- Peer-to-peer network blocks and security measures.
- Identification of Bitcoins and their era
- Where and how to get Bitcoins
- Identifying Bitcoin wallets
- Jaxx wallet
- Defining the selling of Bitcoins
- Comparing between Bitcoin and Blockchain
- Tansaction and transaction scripts
- Defining scripts in Bitcoin
- Describing various transaction forms in Bitcoin
- Listing the nodes in Bitcoin network etc
- Understanding Bitcoin Economics
- what is Bitcoin mining?
- Fabrication of block header
- Defining mining
- Understanding more about mining: identification of the successful mining
- Types of mining pools
- What is solo mining?
- Listing the problems in solo mining
- Benefits of pooled mining
- Consensus
- Independent verification of mining
- Autonomous verification of mining
- The checklist for the mining verification
- Combining transactions into blocks
- Combining verified transactions
- Portrayal of difficulty
- Condition of difficulty
- The creation of block header
- Main chain
- Orphan block
- The creation of a new block
- Independent validation of the new block
- Race for Bitcoin mining and hash race
- Difficulty with the hashing power of miners etc.
- Understanding Ethereum
- Defining Smart Contract
- Ethereum cryptocurrencies’ identification
- Ethereum transactions
- The consensus mechanism in Ethereum
- Listing various development technologies
- How to identify Ethereum clients
- Defining platform functions
- Understanding and describing Solidity operators and functions
- The MetaMask setup
- Ethereum network interfacing
- The first smart contract
- Ethereum accounts and how to go about receiving Ether
- Structuring a contract
- Declaring a function
- Deploying and redeploying a contract; comparing between Wei and Ether
- Remix testing
- What is a gas transaction? etc.
- The creation of smart contracts on Ethereum
- Remix browser
- Defining MetaMask
- Blockchain installation
- Go language installation
- Explaining Blockchain creation: the genesis block list
- Genesis.json file parameters and Blockchain making rules
- Performing Blockchain mining
- Blockchain environment contract deployment
- Boilerplate requirements
- Project file walkthrough
- Syntax highlighters
- Compiling Solidity and script
- The testing architecture
- Installing modules
- Running Windows
- Web3 Versioning
- Web3 Providers
- Refactor to Async/Await
- Deployment with Web3
- Web3 Version Fix
- Initial message verification
- Testing message updates
- Deployed contracts in Remix
- Crowdfunding Smart Contract
- Voting Ballot Smart Contract
- Application architecture of Ethereum and its overview
- Getting started with createreact-app
- Multiple Web3 instances
- Web3 setup, etc.
- Understanding Hyperledger Blockchain and Hyperledger consensus algorithm
- Explaining Hyperledger Iroha
- Identifying different Hyperledger components
- Learning about Channels
- Policies, and Chaincodes
- Listing various Hyperledger Explorer components
- Defining Hyperledger Composer
- Hyperledger introduction: what is Hyperledger?
- Distributed ledger technology and its challenges
- Hyperledger Fabric Developer Environment tools, their usage, and their setup on: Windows, Mac OS, Linux/Ubuntu, AWS, and Cloud virtual machines, Development Environment topology
- Fabric Under Hood: concepts and terminologies, ledger implementation;
- Dev Environment walkthrough: Orderer and CA Server
- Peer and CouchDB setup
- Peer nodes: Anchor Peers, and Endorsing Peers
- Client nodes, Orderer nodes
- Endorsement Policies
- Membership Service Provider and Certification Authority and Chaincode Development.
- Hyperledger Composer and its benefits
- Hyperledger conceptual components
- The structure and example: business network automated auction market for cars, model, metadata, script file, ACL, open-development toolsets, archive, business networks testing, business networks modeling.
- Hyperledger Composer playground, and using Hyperledger Composer to develop applications.
- Defining MultiChain and describing its various streams
- Creating and deploying a private Blockchain
- Explaining how to connect to Blockchain
- Identifying MultiChain interactive mode
- Defining the Transaction Metadata
- Listing Native assets
- Streams and mining
- Bitcoin to private Blockchain
- The hand-shake process
- The aim of MultiChain
- Various use cases of MultiChain; MultiChain permission and assets
- The basics of retrieving from streams
- Consensus model
- MultiChain flexibility
- Deployment options
- Speed and scalability
- Downloading and installing
- Initializing and connecting to Blockchain from a second server
- Connection permission
- Creating a new address
- Permission to create assets
- New assets
- Native assets
- Connected peers
- Checking asset balance
- Verifying transactions and resending assets.
- Potential use cases in Blockchain
- The proof of existence
- Identity management
- Record keeping
- UPROOV: Mobile Trust Machine
- Online music problem solution
- Car leasing and sales
- DocuSign
- Forecasting
- Augur
- Log operational maintenance data
- Cloud storage, STORJ: decentralized cloud storage
- Retail: OpenBazaar
- Ascribe: for securing your work
- Ride sharing and supply chain management
- Blockchain and IoT
- Autonomous decentralized peer-topeer telemetry
- IOTA
- Freight Transportation
- IBM Watson IoT
- ADEPT
- Banking industry projects: payments, trading platform, KYC, loan management process
- Capital market system and fraud reduction
- Government: online voting, real estate, capital markets, and devising public policies
- Estonia: identity management and e-voting
- Georgia: Blockchain land registry, Delaware
- USA: Smart Contracts and making public policies and
- Dubai: Digital passports.
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