ADVANCE YOUR CAREER. TRANSFORM YOUR LIFE WITH IN-DEMAND SKILLS FOR AN ON.DEMAND WORLD. EARN MINIMUM £45K A YEAR WITH YOUR BLOCKCHAIN SKILLS.

 


EXCELLENT INTERACTIVE SELF-TEACH E-LEARNING TRAINING COURSE . IDEAL FOR ON THE JOB TRAINING AS WELL AS FOR THOSE WORKING IN ANY BLOCKCHAIN ENVIRONMENT.

 

GOOD FOR HYPERLEDGER AND ETHEREUM BLOCKCHAIN CONSULTANTS & ANALYSTS WHO WISH TO CROSS TRAIN/UPSKILL TO CAPTURE REQUIREMENTS IN A BLOCKCHAIN ENVIRONMENT.



BLOCKCHAIN REQUIREMENTS MANAGEMENT SELF-STUDY E-LEARNING


How This Course Is Organised

The Blockchain Requirements Management Course provides hands-on step-by-step instructions on how to perform a variety of Blockchain Requirements Modelling and Analysis tasks for activities based on real-life work scenarios.

The Blockchain Requirements Management provides an approach to modelling Blockchain business processes using the same language (the UML) software teams use to model systems. By using the same notation across business and system domains, communication between business analysts and software teams is improved, and business considerations are more likely to be included in the system requirements, eventually leading to a better system.

The course introduces UML as a business notation in a Blockchain development environment and ties business models to system models.

    

Certification: This course will assist in preparation for the Blockchain Alliance Certification exams.

 

Duration: 1 Year

 

Audience  
Project managers
Software Analysts and Designers
QA Designers and Testers
Stakeholders and End users


 
Prerequisites:
Some knowledge of the software development lifecycle
Some knowledge of the requirements elicitation process
Some understanding of Project management practices


 
Course Objectives:


Upon completion of this Course, you should be able to:

Blockchain and distributed ledger systems in a business environment
Important concepts and key use cases of blockchain for business
How assets can be transferred in a blockchain network
Understand the Blockchain Unified Method - BCUM Structure
Understand the BCUM Core Components
Understand the BCUM Project Phases
Understand the value of business requirements to software teams
Understand where business modelling applies
Describe blockchain business processes using UML
Relate blockchainbusiness models to system requirements
Apply requirements management techniques to define a clear statement of product requirements
Capture and document requirements with use-case modelling techniques
Develop requirements in an iterative process.
Understand the value of (UML) Activity Diagrams in Blockchain Settings
Understand the value of Use Case Diagrams in Blockchain Settings
Describe a documentation hierarchy and standards for defining levels of requirements for a product
Use requirement attributes and traceability to help manage scope and change throughout product lifecycle
Use requirements to drive ongoing design, test, and user documentation activities

 

Course Outline

Introduction to Blockchain
What is Blockchain
Types of network
Public network
Permissioned network
Private network
Need for Blockchain

Components of Blockchain
Consensus
Provenance
Immutability
Finality
Where can Blockchain be used
Blockchain Use cases

Discovering Blockchain Technologies
Distributed Ledger Technology
Bitcoin and Ethereum Blockchains
Exploring Permissionless Blockchains
Consensus Algorithms
Open Source Distributed Ledgers
Roadblocks to Enterprise Adoption

The Software Development Life Cycle
Software Development Issues
Develop Iteratively
Manage Requirements
Use Component Architectures
UML Modelling
Manage Change
Change Request Management Concepts
A Team-Based Definition of Process
Iterations and Phases

Actors of Blockchain
Blockchain developer
Blockchain operator
Blockchain regulator
Blockchain user
Membership service provider

Introduction to Blockchain Unified Method
Evolution of BCUM
Describe BCUM Benefits
Describe BCUM Goals
Define BCUM Structure & Core Components
BCUM Project Phases
Inception,
Elaboration,
Construction,
Transition, and Production

Introduction to Requirements Management
What is a Quality Product?
What Factors Contribute to Project Success?
The High Cost of Requirement Errors
Help Projects Succeed
Involve the Whole Team in Requirements
What Is NOT in a Requirement?
Requirements Discipline Details

Introduction to Use-Case Modelling
What Is Use-Case Modelling?
What Is a Use Case?
Benefits of Use Cases
Define Actors: Focus on the Roles
Communicates-Association
A Scenario Is a Use-Case Instance
Use-Case Diagrams
Steps for Creating a Use-Case Model
Checkpoints for Use Cases
Functional Decomposition
Where Do Use Cases Fit into the Blockchain Requirement Management Process?

Blockchain Business Problem Analysis
Indentifying Stakeholders
What Is the Problem Behind the Problem?  
Business Modelling and Requirements Disciplines
Business Models
Vision Document
Agreeing on the Problem Definition  
Identify the Best Business Solution
Define the Solution System Boundary  

Understanding Blockchain Stakeholder Needs
Sources for Requirements
What Problems Might Be Encountered?
Expressing Stakeholder Requests
Techniques for Eliciting Stakeholder Requests
Review Customer Requirement Specifications
Brainstorming

Defining the Blockchain System
Capture the Software Requirements
Steps to Create a Use-Case Model
Outline Each Use Case
Flows of Events (Basic and Alternative)

What Is a Scenario?
Packages: Organize the Use-Case Model
Business Models Are Input to System Requirements
A Business Object Model
Guidelines to Map Business to System Use-Case Models

Manage the Scope of the Blockchain System
Scope Management
Define the System Scope
Establish Requirements Baseline
Use Cases are Written and Implemented Iteratively
Prioritize the Use Cases
Process Helps Manage Scope
Manage Expectations
Improve Your Negotiation Skills
The Product Champion

Refine the Blockchain System Definition  
Features Drive Software Requirements
Specifying Functional Requirements
Requirements NOT in Use Cases

Functional Requirements in Declarative Statements
Detail the Basic Flow of Events
Structure the Use Case Flows
Detail Alternative Flows and Sub-flows
Pre and Post conditions
Modelling Non-functional Requirements

Manage Changing Blockchain Requirements
Why Do Requirements Change?
Gain Control of Requirements
Metrics Help Manage Change

Why Use Requirements Traceability?
Determine Your Requirement Traceability Strategy
Impact Analysis by Traceability
Traceability Queries Help Manage Change
Configuration Management in Requirements
Manage Changing Baselines

Structure the Blockchain Use-Case Model
Structure the Use-Case Model
Relationships Between Use Cases
What Is an Include Relationship?
What Is an Extend Relationship?
Concrete Versus Abstract Use Cases
What Is Actor Generalization?
Abstract Versus Concrete Actors
Use-Case-Modeling Guidelines



NOTE: THIS COURSE IS ALSO AVAILABLE IN SELF-STUDY CBT, TRAINING GUIDES OR DISTANCE LEARNING FORMATS. FEEL FREE TO ASK IF YOU PREFER DISTANCE, CBT OR TRAINING GUIDES E-BOOK LEARNING FORMATS. PRICES DIFFER.

 

What is eLearning?
eLearning is like CBT (Computer Based Training) training but eLearning is conducted over the internet with tutor support and is usually interactive with Software Simulations (behaves like you're using the real thing on the PC, therefore you don't even need the real software installed on your machine) and sometimes BUT NOT ALWAYS with voice. This Publisher's eLearning Titles do NOT have voice.

Today's competitive business environment and frequent software updates by software vendors demands rapid skill acquisition. WebLearning Publishing helps you keep up-to-date by delivering quality Interactive Self-Study in eLearning format. 

These factors give eLearning a clear advantage over conventional, inconvenient and expensive Classroom and Hard-copy print training methods.

eLearning not only offers the advantage in terms of convenience and lower cost, but it also facilitates improved subject-matter comprehension.

 

The WebLearning unique Methodology

All WebLearning®  CBT,  eLearning and Training Guide courses are based on the latest materials available at the time of publishing and are regularly updated every 3 months with FREE UPGRADES to the LATEST EDITION: ANEW, very effective and proven way of learning.


FACT:

  • Material retention with eLearning are 45% better than with conventional training methods
  • Your learning curve with eLearning is 25%-55% less than conventional methods
  • The cost of eLearning training is over 65% less than Classroom training
  • eLearning are self-pacing, interactive and simulate the actual software being studied