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BlockChain Developer Expert Training Course

  • 40 Hours

IgmGuru's BlockChain Developer Expert Training Course is intended for the talented expert who comprehends and knows top to bottom what is Blockchain and how Blockchain functions and furthermore utilizes a similar learning to construct Blockchain-based applications for ventures and organizations. CBE certification affirms the people in Blockchain control of Distributed Ledger Technology from a seller unbiased point of view. 

Key Features

  • Instructor Led Training : 40 Hrs
  • 100% money back guarantee
  • Flexible Schedule
  • 24 X 7 Lifetime Support & Access
  • Experienced Trainers
  • 100% Job Assistance
  • Get Certified & Get Placed

For Individuals

Online Class Room Program

Online Class Room Program

  • 90 days of access to 1+ instructor-led online training classes
  • 180 days of access to high-quality,self-paced learning content designed by experts
  • $307.43

100% Money Back Guarantee ?

Batches start from 15 Dec 2018.

Overview

The Certified Blockchain Expert is a skilled master who appreciates and realizes through and through what is Blockchain and how Blockchain capacities and moreover uses a comparable data to create CBE qualification confirms the people in Blockchain order of Distributed Ledger Technology from a seller nonpartisan point of view. Ensured Blockchain Expert is a comprehensive preparing an exam based program means to give evidence of-information of the endorsement holder in Blockchain space. The Blockchain is advancing quick and empowering organizations to fabricate convincing arrangements at a lesser expense. Ventures are attempting to recognize the correct ability to send in-house Blockchain-based activities. This confirmation will fill in as an extension between assets and organizations (representatives, advisors, and consultants) to give undertakings trust in the speedy contract. 

What are the aspects of Blockchain Developer Expert training?

  • To set up and oversee least norms for credentialing proficient Blockchain master as it represents considerable authority in big business improvement measures 
  • To advise the general population that credentialed people meet or surpass the base measures of a Blockchain master 
  • To strengthen Blockchain aptitude as an interesting and automatic calling 

Who can opt for Blockchain Online Training?

  • Investment Banker, Consultant & Advisors
  • University Professors
  • Engineering & Management Students
  • Programmers & Developers
  • Software Engineers & Architects
  • Application Architects
  • Cryptocurrency Enthusiasts
  • CEO, CTO, CIO, CISO or any other CXO
  • Operation Heads in Businesses
  • Senior Government Officials
  • Security Professionals, Administrators
  • Venture Capitalists, Angel & Seed Investors.

What are the prerequisites for Blockchain Online Training?

    There are no essentials for Blockchain Developer Expert Training. In any case, having the accompanying information will be great:

    • Essential learning of Computer Science. 
    • Mindfulness about Cryptocurrencies like Bitcoin, Ethereum and so on. 
    • Must be sufficiently inspired to learn top to bottom about Blockchain.

    Modules

    Lesson 1 - What is Ethereum?

    • 1.1 Introduction
    • 1.2 A Short History Lesson
    • 1.3 Link to Original Bitcoin White Paper
    • 1.4 Interfacing with Ethereum Networks
    • 1.5 Metamask Setup
    • 1.6 Ethereum Accounts
    • 1.7 Receiving Ether
    • 1.8 What's a Transaction?
    • 1.9 Basic Blockchains
    • 1.10 Block Time, Smart Contracts
    • 1.11 The Solidity Programming Language
    • 1.12 Our First Contract, Contract Structure, Function Declarations, Testing with Remix
    • 1.13 Redeploying Contracts, Behind the Scenes of Deployment
    • 1.14 More on Running Functions Than You Want to Know
    • 1.15 Wei vs Ether, Gas and Transactions, Mnemonic Phrases, Getting More Ether
    • 1.16 Smart Contracts with Solidity
    • 1.17 Solidity - Language of Smart Contracts

    Lesson 2 - Composer SDK / API : Coding the Transaction Processors

    • 2.1 Embedded Runtime for Testing
    • 2.2 Crash course in Mocha and Chai
    • 2.3 Writing Unit Test Cases for Network Applications
    • 2.4 Runtime API for Transaction Processing Functions
    • 2.5 Exercise: Define the Aircraft Assignment Transaction
    • 2.6 Query invocation in Transaction Processing Functions
    • 2.7 Implementing Programmatic Access Control
    • 2.8 Emitting events and Integrating with external systems

    Lesson 3 - Composer SDK / API : Coding the Client Apps

    • 3.1 Business Network Card Management
    • 3.2 Card Storage API
    • 3.3 Admin Connection Class
    • 3.4 Business Network Connection Class
    • 3.5 Submitting a Transaction
    • 3.6 Registries
    • 3.7 Resources
    • 3.8 Querying the Registries
    • 3.9 Subscribing to Events
    • 3.10 Write a utility to create | delete test data for ACME Airline Model

    Lesson 4 - Business Network Application Modelling

    • 4.1 Case Study: ACME Airlines
    • 4.2 Modeling Language Files | Namespace
    • 4.3 Defining the Resources
    • 4.4 Support for Object Orientation
    • 4.5 Modeling Arrays
    • 4.6 Registries & Relationship between Resources
    • 4.7 Arrays, Registries & Relationships
    • 4.8 Adding the field Validations
    • 4.9 Field validations
    • 4.10 Resource Registries & Identities +Exercise
    • 4.11 Modeling the Transactions
    • 4.12 Exercise: Fix the code for generating the FlightId
    • 4.13 Exercise: Add a set of aircraft queries
    • 4.14 Managing identities for Network Applications
    • 4.15 Access Control Language (Part 1 of 2) Simple Rules
    • 4.16 Exercise: Simple Rule for ACME Network Admin
    • 4.17 Access Control Language (Part 2 of 2) Conditional Rules
    • 4.18 Exercise: Conditional Rule for ACME Personnel

    Lesson 5 - Using Composer Tools for Application Development & Administration

    • 5.1 Fabric Composer Playground
    • 5.2 Composer Playground
    • 5.3 Yeoman Hyperledger Generators
    • 5.4 Yo Generators
    • 5.5 Participant Roles and Business Network Cards
    • 5.6 Participant Roles and Business Network Cards
    • 5.7 Composer CLI Tool - Deploying a Network Application
    • 5.8 Composer CLI Tool - Network Application Management
    • 5.9 Exercise: Create & Deploy Network Application
    • 5.10 REST Server Overview
    • 5.11 REST Server Security
    • 5.12 Skeleton Angular Application using Yo
    • 5.13 Composer SDKOverview

    Lesson 6 - Fabric Under the Hood (Concepts & Terminology)

    • 6.1 Ledger Implementation
    • 6.2 Dev Environment Walkthrough: Peer & CouchDB setup
    • 6.3 Ledger Implementation
    • 6.4 Peers Nodes : Anchors and Endorsers
    • 6.5 Anchor Peers & Endorsing Peers
    • 6.6 Clients Node: Endorsement Policies
    • 6.7 Client Peer & Endorsing Policies
    • 6.8 Orderer Nodes
    • 6.9 Membership Service Provider & Certification Authority
    • 6.10 Dev Environment Walkthrough: Orderer and CA Server
    • 6.11 Chaincode Development

    Lesson 7 - Pre-Requisites for Fabric development

    • 7.1 Development Machine Specifications & IDE
    • 7.2 Composer Dev Tools Installation
    • 7.3 Exercise: Validate the Composer Development Environment
    • 7.4 Linux/Ubuntu & AWS: Setup of Fabric Development on Local & Cloud VM

    Lesson 8 - Hyperledger Fabric & Composer Concepts

    • 8.1 Hyperledger & Distributed Ledger Technology
    • 8.2 Hyperledger Fabric: A DLT for Business Applications
    • 8.3 Hyperledger Fabric: DLT for Business
    • 8.4 Assets, Chaincode & Ledger
    • 8.5 Assets, Chaincode and Transactions
    • 8.6 Permissioned Network, Members & Membership Service Provider
    • 8.7 Permissioned Network, Member & Membership Services
    • 8.8 Nodes and Channels
    • 8.9 Hyperledger Fabric Composer Overview

    Lesson 9 - Hyperledger Fabric Using Composer

    • 9.1 Introduction
    • 9.2 What is Hyperledger?
    • 9.3 Distributed Ledger Technology & its Challenges

    Lesson 10 - Advanced Multi-Page Front-Ends

    • 10.1 App Mockups, CRA vs Next, Next's Pages Architecture, Basics of Next Routing
    • 10.2 Root Routes, Campaign Factory Instance, Getting a Test Campaign, Fetching Deployed Campaigns
    • 10.3 Why Next.js?
    • 10.4 Server vs Client Web3 Instances, GetInitialProps Function, Semantic UI React, Card Group Setup
    • 10.5 Rendering Card Groups, Adding CSS, Adding a Button
    • 10.6 The Need for a Layout, The Layout Component, Assembling a Header
    • 10.7 Constraining Content Width, Two Column Layout, Nested Routing, Final CSS Fix
    • 10.8 Form Creation, Input Change Handlers, Form Submittal, Testing Submittal, Form Error Handling
    • 10.9 Button Spinners, Routing Issues, Next Routes Setup, Automatic Navigation
    • 10.10 Header Navigation, Routing to Campaigns, Restarting the Server, Route Mappings
    • 10.11 Planning Campaign Show, Redeploying Campaign Factory, Campaign Show’s GetInitialProps
    • 10.12 Accessing a Campaign, Summary Translation Layer, Custom Card Groups, One Card Per Property
    • 10.13 The Contribute Form, Grid Layouts, Form State, Communicating the Campaign Address
    • 10.14 Making a Contribution, Refreshing Contract Data, Spinners and Error Handlers
    • 10.15 Listing Requests, Grids vs Columns, More Routing!
    • 10.16 Request Creation Form, Creating a Request, Form Polish, Creating a Request
    • 10.17 Requests One, by One Fancy JavaScript, Small Typo!, Rendering a Table
    • 10.18 Request Row Component, Request Row Content, Approvers Count Cell, Approving a Request, Finalizing Requests
    • 10.19 Testing Finalization, Row Status Styling, Finishing Requests Index

    Lesson 11 - Ethereum Project Infrastructure

    • 11.1 Project Setup
    • 11.2 Directory Structure
    • 11.3 A Better Compile Script
    • 11.4 Single Run Compilation
    • 11.5 More on Compile
    • 11.6 Test File Setup
    • 11.7 Creating Campaign Instances
    • 11.8 Testing Warmup
    • 11.9 Accessing Mappings
    • 11.10 Requiring Minimum Contributinos
    • 11.11 Array Getters
    • 11.12 One End to End Test
    • 11.13 Deployment, Refactoring Deployment

    Lesson 12 - Real Projects with Ethereum

    • 12.1 Solving Real Problems with Contracts
    • 12.2 Fixing Kickstarter's Issues
    • 12.3 Campaign Contract Design
    • 12.4 Campaign Constructor
    • 12.5 Contributing to the Campaign
    • 12.6 A Quick Test
    • 12.7 The Request Struct
    • 12.8 More on Function Modifiers
    • 12.9 Creating Struct Instances
    • 12.10 Instance Creation Syntax
    • 12.11 Storage and Memory
    • 12.12 More on Storage vs Memory
    • 12.13 Voting System Requirements
    • 12.14 The Wrong Voting System
    • 12.15 Issues with Arrays, Mappings vs Arrays
    • 12.16 Basics of Mappings, Refactoring to Mappings
    • 12.17 Refactoring Request Stucts, More on Struct Initialization
    • 12.18 Approving a Request, Testing Request Approvals
    • 12.19 Finalizing a Request, Last Remix Test
    • 12.20 Thinking about Deployment, Solution to Deployment
    • 12.21 Adding a Campaign Factory, Testing the Factory

    Lesson 13 - Building Interactive Front-Ends

    • 13.1 Ethereum App Architecture
    • 13.2 Application Overview
    • 13.3 Getting Started with Create-React-App
    • 13.4 Multiple Web3 Instances
    • 13.5 Web3 Setup
    • 13.6 Deploying the Lottery Contract
    • 13.7 Local Contract Instances
    • 13.8 Rendering Contract Data
    • 13.9 Instance Properties
    • 13.10 Accessing More Properties
    • 13.11 The 'Enter' Form
    • 13.12 Form Setup
    • 13.13 Entering the Lottery
    • 13.14 Picking a Winner
    • 13.15 Project Review

    Lesson 14 - Installing Solidity & Ethereum Wallet

    • 14.1 Basics of Solidity by Example: Subcoin Smart Contract
    • 14.2 Layout of a Solidity Source File & Structure of Smart Contracts
    • 14.3 General Value Types (Int, Real, String, Bytes, Arrays, Mapping, Enum, address)
    • 14.4 Ether Units, Time Units
    • 14.5 Globally Available Variables & Functions
    • 14.6 Operators: Arithmetic, Logical & Bitwise Operators
    • 14.7 Control Structure (if-else, for, while, Do-While)
    • 14.8 Scoping and Declarations
    • 14.9 Input Parameters and Output Parameters
    • 14.10 Function Calls & Return Types
    • 14.11 Fallback Function, Abstract Contract
    • 14.12 Creating Contracts via "new" Operator
    • 14.13 Inheriting Smart Contracts
    • 14.14 Importing Smart Contracts & Compiling Contracts
    • 14.15 Events & Logging, Exceptions
    • 14.16 Don't Skip! Node JS Versioning. Contract Deployment
    • 14.17 Boilerplate Requirements, Project File Walkthrough Syntax Highlighters
    • 14.18 Compiling Solidity, The Compile Script, Testing Architecture
    • 14.19 Running Windows?, Installing Modules, Web3 Versioning
    • 14.20 Web3 Providers, Testing with Mocha, Mocha Structure
    • 14.21 Fetching Accounts from Ganache, Refractor to Async/Await, Deployment with Web3
    • 14.22 Deployed Inbox Overview, Asserting Deployment, Web3 Version Fix
    • 14.23 Verifying the Initial Message, Testing Message Updates, Deployment with Infura
    • 14.24 Infura Signup, Wallet Provider Setup, Deployment to Rinkeby
    • 14.25 Observing Deployment on Etherscan, Deployed Contracts in Remix
    • 14.26 Complete Example: Crowd Funding Smart Contract, Complete Example: Voting Ballot Smart Contract
    • 14.27 Advanced Smart Contracts, The Lottery Contract, Lottery Design, Basic Solidity Types
    • 14.28 Starting the Lottery Contract, The Message Global Variable, Overview of Arrays
    • 14.29 Overview of Mappings and Structs, Big Solidity Gotcha, Entering the Lottery, Validation with Require Statements
    • 14.30 The Remix Debugger, Psuedo Random Number Generator, Selecting a Winner, Sending Ether from Contracts
    • 14.31 Resetting Contract State, Requiring Managers, Function Modifiers, Returning Players Array
    • 14.32 Contract Review, New Test Setup, Test Project Updates, Test Helper Review, Asserting Deployment, Entering the Lottery
    • 14.33 Asserting Multiple Players, Try-Catch Assertions, Testing Function Modifiers, End to End Test

    Lesson 15 - Developing Front End Applications for Network Applications

    • 15.1 Application Design Patterns
    • 15.2 Application Architecture Patterns
    • 15.3 Securing the REST server with Authentication Strategy
    • 15.4 Walkthrough: Applying OAuth2.0 Authentication Strategy to REST Server
    • 15.5 Working of Multi User Enabled REST Server
    • 15.6 Walkthrough - REST Server Multi User mode
    • 15.7 Create the Design Blueprint for the Fabric Application UI

    Exam Certification

    How might I turn into a Certified Blockchain Developer master? 

    When you finish the blockchain web-based preparing, think about the accompanying focuses: 

    • There will be a web-based preparing pursued by a different decision exam of 100 imprints. 
    • You have to procure 60+ imprints to clear the exam. 
    • On the off chance that you fall flat, you can retake the exam following one day. 
    • You can take the exam close to multiple times. 
    • On the off chance that you neglect to obtain 60+ stamps even after three endeavors, at that point you have to get in touch with us to get help for clearing the exam.

    Frequently Asked Questions

    A :Yes, Exam expense is incorporated in the preparation charges.

    A :IgmGuru provides the certification once you complete the training and clear the exam.

    A :We offer day in and day out help through email, talk, and calls. we have a tendency to try and have an energetic group that gives on-request help through our locale discussion. What's a great deal of, you may have life expectancy access to the network gathering, even once fruition of your course with us.

    A :Our instructing collaborators are an over the top group of material experts here to help you to get ensured in your underlying attempt. They have communication with understudies proactively to affirm the course way is being pursued and help you to advance your learning ability, from classification onboarding to extend tutoring and work help. Training help is open all through business hours.

    A :All of our to a great degree qualified mentors are AWS ensured with long stretches of ability instructing and managing inside the cloud space. everything about has had a thorough decision strategy that has profile screening, specialized examination, and an instructing demo before they're ensured to mentor for us. we tend to conjointly ensure that exclusively those mentors with a high graduated class rating remain on our personnel.

    A :The devices you'll have to go to preparing are • Windows: Windows XP SP3 or higher • Mac: OSX 10.6 or higher • Internet speed: Preferably 512 Kbps or higher Headset, speakers, and amplifier: You'll require earphones or speakers to hear guidance obviously, and also a mouthpiece to converse with others. You can utilize a headset with an implicit amplifier, or separate speakers and mouthpiece.

    A :All of the classifications square measure led through live on-line spilling. they're intuitive sessions that adjust you to bring inquiries and take an interest up in discourses all through classification time. We do, in any case, offer chronicles of each session you go to for your future reference. classes square measure gone to by a world group of onlookers to supplement your learning aptitude.

    BlockChain Developer Expert Training Course

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