or
Register
Register as an Affiliate
Student Dashboard

Junior Business Analyst B1.11

Categories Junior Business Analyst
by GPhost
Course level:All Levels
0(0 Ratings)

Course Description

About Course

This is about the course

What I will learn?

  • The role of the Business Analyst
  • The Business Analyst Environment

Course Overview

This is the orientation part of the Business Analyst Course to gain insight and a greater understanding of the role and the environment of the Business Analyst.

Course Curriculum

B1.11.1 High Level Processes (B1.1 Capabilities & Functions)
• Banking Model • Target Operating Model • Extract High Level Process (High Level Customer Journey) from the Business Landscape • Refine High Level Process (High Level Customer Journey) into Capability • Refine Capability into Function (Customer Journey)

  • High Level Processes (B1.1 Capabilities & Functions)
    00:00

B1.11.2 Pattern and Stages (B1.2 Patterns & Stages)
• Use Function from B1.11.1 and apply Pattern with Stages to Function • Pattern dictates Screen flow for the Function

B1.11.3 Mapping – Pre & Basic Flow – Data Entry Stage Only (B1.3 – Topology Network, Hardware, Software and Capability Model)
• Obtain Topology Diagram, Layers, Environments • Topology Diagram Capability Model Mapping of the Capability and Function • Use Building Blocks – Three Activity Lists (ON, BU, XT) • Define Pre Flow – Navigation for Capability and Function from B1.11.2 • Define Basic Flow – Data Entry Stage for Function from B1.11.2 o Add the ON LIST ACTIVITIES o Add the BU LIST ACTIVITIES o Add the XT LIST ACTIVITIES • Obtain Database attributes from the DATABASE DOMAIN ARCHITECT • Obtain API attributes from the SOA Librarian • Map the Function with the Database Tables and API’s over the Capability Model and Topology Diagram

B1.11.4 Mapping – Basic Flow – Propose & Confirm Stage Only (B1.4 – Flows within a function – Pre, Basic, Sub, Alternate, Exception, Post )
• Use Building Blocks – Three Activity Lists (ON, BU, XT) • Define Basic Flow – Propose & Confirm Stage for Function from B1.11.2 o Add the ON LIST ACTIVITIES o Add the BU LIST ACTIVITIES o Add the XT LIST ACTIVITIES • Obtain Database attributes from the DATABASE DOMAIN ARCHITECT • Obtain API attributes from the SOA Librarian • Map the Function with the Database Tables and API’s over the Capability Model and Topology Diagram

B1.11.5 Mapping – Basic & Post Flow – Execute Stage Only (B1.4 – Flows within a function – Pre, Basic, Sub, Alternate, Exception, Post )
• Use Building Blocks – Three Activity Lists (ON, BU, XT) • Define Basic Flow – Execute Stage for Function from B1.11.2 o Add the ON LIST ACTIVITIES o Add the BU LIST ACTIVITIES o Add the XT LIST ACTIVITIES • Define Post Flow – Execute Stage – ON, BU,XT Lists with Activities for Function from B1.11.2 o Add the ON LIST ACTIVITIES o Add the BU LIST ACTIVITIES o Add the XT LIST ACTIVITIES • Obtain Database attributes from the DATABASE DOMAIN ARCHITECT • Obtain API attributes from the SOA Librarian • Map the Function with the Database Tables and API’s over the Capability Model and Topology Diagram

B1.11.6 Function Use Case Specification – Pre & Basic & Post Flow (B1.5 – Lists & Fragments (Activities) and Use Case Format)
• Use output from B1.11.3, B1.11.4, B1.11.5 as input to this process • Write Use Case Pre Flow - Navigation • Write Basic Flow – Data Entry Stage – ON, BU,XT Lists with Activities • Write Basic Flow – Propose & Confirm Stage – ON, BU,XT Lists with Activities • Write Basic Flow – Execute Stage – ON, BU,XT Lists with Activities • Write Post Flow – Execute Stage – ON, BU,XT Lists with Activities

B1.11.7 Function Use Case Specification – Sub Flow(s) (B1.5 – Lists & Fragments (Activities) and Use Case Format)
• Use output from B1.11.3, B1.11.4, B1.11.5 as input to this process • Write Basic Flow – Data Entry Stage – ON, BU,XT Lists with Activities • Write Basic Flow – Propose & Confirm Stage – ON, BU,XT Lists with Activities • Obtain API attributes from the SOA Librarian • Map the Function with the Database Tables and API’s over the Capability Model and Topology Diagram

B1.11.8 Function Use Case Specification – Alternate Flow(s) (B1.5 – Lists & Fragments (Activities) and Use Case Format)
• Use output from B1.11.3, B1.11.4, B1.11.5 as input to this process • Basic Flow – Data Entry Stage – ON, BU,XT Lists with Activities • Basic Flow – Propose & Confirm Stage – ON, BU,XT Lists with Activities • Obtain API attributes from the SOA Librarian • Map the Function with the Database Tables and API’s over the Capability Model and Topology Diagram

B1.11.9 Function Use Case Specification – Exception Flow(s) (B1.5 – Lists & Fragments (Activities) and Use Case Format)
• Use output from B1.11.3, B1.11.4, B1.11.5 as input to this process • Basic Flow – Data Entry Stage – ON, BU,XT Lists with Activities • Basic Flow – Propose & Confirm Stage – ON, BU,XT Lists with Activities • Obtain API attributes from the SOA Librarian • Obtain Database attributes from the DATABASE DOMAIN ARCHITECT • Map the Function with the Database Tables and API’s over the Capability Model and Topology Diagram

B1.11.10 Wireframe Specification – Pre, Basic and Post Flow screens (B1.6 – Wireframes, Sequence Flow Diagrams, Test Scripts (Cases))
• Use output from B1.11.6, B1.11.7, B1.11.8, B1.11.9 as input to this process • Screen Layout (s) Tagged • Wireframe definition (s) using the ON, BU, XT lists from the Use Case • Style Guide update

B1.11.11 Sequence Flow Diagrams – Pre, Basic and Post Flow (B1.6 – Wireframes, Sequence Flow Diagrams, Test Scripts (Cases))
• Use output from B1.11.6 as input to this process • Detail Mapping of each Flow, each Stage within the Flow, each List within the Stage, with all the Activities covered as per the Use Case for the Pre, Basic and Post Flows

B1.11.12 Sequence Flow Diagrams – Sub Flow (s) (B1.6 – Wireframes, Sequence Flow Diagrams, Test Scripts (Cases))
• Use output from B1.11.7 as input to this process • Detail Mapping of the Sub Flow (s), each Stage within the Flow, each List within the Stage, with all the Activities covered as per the Use Case for the Sub Flow (s)

B1.11.13 Sequence Flow Diagrams – Alternate Flow (s) (B1.6 – Wireframes, Sequence Flow Diagrams, Test Scripts (Cases))
• Use output from B1.11.8 as input to this process • Detail Mapping of the Alternate Flow (s), each Stage within the Flow, each List within the Stage, with all the Activities covered as per the Use Case for the Alternate Flow (s)

B1.11.14 Sequence Flow Diagrams – Exception Flow (s) (B1.6 – Wireframes, Sequence Flow Diagrams, Test Scripts (Cases))
• Use output from B1.11.9 as input to this process • Detail Mapping of the Exception Flow (s), each Stage within the Flow, each List within the Stage, with all the Activities covered as per the Use Case for the Exception Flow (s)

B1.11.15 Test Cases – Test Scripts (B1.6 – Wireframes, Sequence Flow Diagrams, Test Scripts (Cases))
• Detail Mapping of the Test scripts for each of the Pre, Basic, Post, Sub, Alternate & Exception Flow (s), with all the Activities covered as per the Sequence Flow Diagrams from B1.11.11 to B1.11.14 and all the rules as per the Wireframe (s) as specified in B1.11.10

Student Ratings & Reviews

Student Ratings & Reviews

No Review Yet
No Review Yet

PRICE

$ 980,00

The price is in Bahraini Dinars BHD.
The price displayed excludes any applicable taxes.
The price applies to this Training Module Only.

$ 980,00
  • Level
    All Levels
  • Duration
    4 hours
  • Last Updated
    September 7, 2024
  • Certificate
    Certificate of completion

Instructor

by GPhost
Categories Junior Business Analyst

Level

All Levels

Duration

4h

Updated

September 7, 2024

Language

English

Students

0

Who is this course for?

  • Those who want to prepare themselves for the digital future

Requirements

  • Online Learning
  • Self-Paced
  • No prior IT experience required
  • Laptop, Earphones, Internet Access, WIFI.

Materials Included

The following is included in your training course...

  • Syllabus
  • Video Lessons
  • Capabilities Functions List
  • Online Quiz

Tags

Share this page...

  • Copyright © BAvarsity Italy 2026, All rights reserved • Powered by: