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Home > Training > Senior BA Courses > SEW: Software Engineer's Workshop Training

SEW: Software Engineer's Workshop Training

Course#: WA2250

A practical workshop covering the role of the Business-Systems Analyst – a position combining both business and technical duties. The trainee develops a complete project starting from creating the business case and the requirements documentation and continuing right through to the detailed design of the databases and software required to implement the requirements.

This course is especially designed for the professional whose role includes both business and systems analysis on legacy and OO systems. A nuts-to-bolts analysis and design course that guides trainees through a complete project from requirements gathering and analysis to detailed software design specification. Covers project cost-benefit analysis, function-point cost estimation, use-cases, data and object modeling, relational database design, normalization, ERDs, DFDs, structured analysis, OOAD, sequence diagrams, structured analysis, HIPO program specification for legacy systems, structured testing and more.

Why Attend this Course?

Take this course to learn how all the analysis and design tools and techniques fit together over the course of a project. Whether you are a BA wishing to expand your role into the technical realm or a Systems Analyst taking on more business-related tasks, you will learn to handle the complete picture- from requirements-gathering right through to testing and design. And you’ll learn exactly what happens to the requirements once they’ve been thrown over the fence to the developers. Best of all, you’ll learn by doing – by developing a case study over the course of the workshop.

What Makes this Course Stand Apart?

Breadth: One of the only courses out there to cover the complete project life-cycle from project justification right through to detailed design. If you want to know how the analysis techniques tie into the design, this is the course for you.

Depth: Detailed step-by-step directions give you precise instructions in using the tools and techniques necessary to carry out the Business-Systems Analysis function.

New and legacy systems: Most professionals must be able to work in both legacy and non-legacy (OO) environments. This course is unique in providing detailed guidance in both areas – just what you need to survive in today’s heterogeneous IT shops.

Job Aids: Each trainee receives invaluable Job Aids for use back at the office, including a completed case study and comprehensive glossary for use back at the office.

What you will Learn

Upon completion of this course, you will be able to:

  • Understand the role of the business-systems analyst
  • Know the differences between the structured approach and the OO approach and when to use which one.
  • Learn to work within both a waterfall and iterative project management methodology
  • Employ use-cases in project planning
  • Perform cost-benefit analysis for IT projects
  • Use Data Flow Diagrams (DFDs) for business analysis and for software design
  • Create detailed programming specifications for legacy systems
  • Use the principles of coupling and cohesion to design easily-modified software systems
  • Describe process logic using structured English, decision table and trees
  • Understand the types of databases currently in use
  • Design an RDBMS database
  • Normalize a data model
  • Create use-case documentation and link this to the structural OO model (business classes and relationships)
  • Analyze workflow using activity diagrams
  • Understand OO concepts and use them in analysis and design
  • Design technical software classes (interfaces, controller classes)
  • Convert modeling elements (such as associations) into detailed programming elements and specifications
  • Describe use-case scenarios with sequence diagrams and use these to design class operations.
  • Convert class diagram into ERDs for RDBMS design
  • Design both requirements-based and technical tests using structured testing, white box tests, boundary-value analysis and systems tests

Audience

  • Business-Systems Analysts
  • Business Analysts expanding their role into the technical arena
  • Systems Analysts
  • Software Engineers

Prerequisites

None

Duration

4 Days

Outline of WA2250 SEW: Software Engineer's Workshop Training

1. Overview of Software Engineering

  • What kind of technical background does a typical entry-level SE have?
  • What are the soft skills required for a SE?
  • Responsibilities of the business-systems analyst

2. Alternative approaches to software engineering

  • Structured Analysis and Design approach
  • The programming counterpart to Structured Analysis and Design
  • The Object-Oriented Analysis and Design (OOAD) approach?
  • The programming counterpart to Object-Oriented Analysis and Design (OOAD)
  • Which approach to use and when

3. Software Engineering toolkit

  • Entity Relationship Diagrams (ERD)
  • Data Flow Diagrams (DFD)
  • Structure Charts / Hierarchy Charts
  • use-case Diagrams
  • Class Diagram
  • Activity Diagram
  • Sequence Diagrams
  • Unified Modeling Language (UML)
  • Pseudocode and Tight English
  • Decision Tables
  • Structured Walkthroughs
  • Structured Testing
  • CASE Tools

4. The Business Requirements Document (BRD)

  • Business Requirements Document Template

5. Financial and Managerial Fundamentals Every SE Should Know

  • What is a project management methodology
  • Waterfall SDLC
    • Steps of the waterfall
    • How much time is spent on each step?
  • What is an iterative methodology?
    • When to use iterative
    • The SE role within the iterative approach
    • Steps of the iterative methodology
    • How much time is spent on each step?
    • Planning releases using use-cases and iterative development
  • Estimating project time and cost requirements
    • Options for estimating
    • Estimating by analogy
    • Estimating by extrapolation
    • Cost per unit analysis
      • Steps for performing cost per unit analysis
      • Table: Rules of thumb for cost/unit analysis
    • Table: Conversion Factors for Use in Time Estimates
  • Calculating payback period
  • Present value of money
  • Future Value
  • ROI

6. High-Level Work Flow Analysis and Design using DFDs

  • Steps of structured Analysis and Design
  • The Data Flow Diagram (DFD)
    • Why use DFDs?
    • How do DFDs relate to other analysis tools?
    • Physical and logical DFDs
    • Procedure for analyzing and designing software using physical and logical DFDs
    • Designing from the top down with leveled DFDs
    • Defining scope on a Level 0 DFD
    • Identifying interfaces between the system and the “outside world” on a DFD
    • Designing subsystems and interfaces using a level 1 DFD
    • Naming processes
    • Tips for simplifying data flows
    • Identifying data flows
    • When are data stores added to the DFD?
    • Drilling down using multiple-level DFDs

7. Top-down analysis and design

  • Designing processes identified in the data flow diagrams
  • Structure charts
  • Specifying parameters and global variables
  • Reducing the ‘ripple effect’ of changes
  • Reducing coupling (data, control, pathological)
  • Optimizing cohesion
  • Categories of cohesion: Coincidental, logical, temporal, communicational, functional
  • Analyzing scope of effect and span of control
  • The scope of effect/span of control rule for evaluating design options
  • Improving design through the transform-centred model
  • Designing with structure charts
    • Indicating input and output parameters indicated on a structure chart
    • Designing switches; indicating switches on a structure chart
    • Indicating data items on a structure chart
    • Indicating loops on a structure chart
    • Indicating decisions on a structure chart

8. Specifying Process Logic

  • What makes English ambiguous?
  • Logical constructs necessary to express logic: Sequential, iteration, case , selection
  • Documenting the constructs in structured English
  • Iteration Construct in Structured English?

9. Analyzing complex business rules

  • Decision tree
  • Decision Table

10. Creating design specifications using HIPO (Hierarchical, Input, Processing, Output) documentation

  • IPO chart

11. Designing the Database

  • Overview of database design
  • Terms used in designing databases/data modeling
  • What is a database management system (DBMS)?
  • Sequential files
  • Why are sequential files still used today?
  • Indexed Sequential Files
  • The hierarchical DBMS
  • Network DBMS
  • RDBMS
  • OODBMS
  • The steps of database design (data modeling) for RDBMS:
  • Identifying Tables and Entities
    • Assigning attributes to tables
  • Defining keys
  • Designing cross-referencing between tables
  • Steps for Drawing ERDs
    • Depicting entities and relationships
    • Unary relationships
    • Binary Relationships
    • Cardinality
    • Foreign keys
  • Normalizing the data model
    • Why is it important to remove redundancies?
    • The n Degrees of Normalization:
    • Bringing the model to 1st, 2nd and 3rd normal form (3NF)
    • When to de-normalize

12. Analyzing Work Flow with OOAD (use-cases, activity diagrams)

  • Steps of OOAD suing use-cases
  • UML
  • Identifying use-cases and actors
  • Do actors have an equivalent in structured analysis?
  • Defining high-level requirements with use-case diagrams
  • Discovering business classes
  • Using a use-case description template.
  • Specifying timing constraints on an activity diagram

13. Modeling Classes (OOAD)

  • OO concepts
    • Object
    • Encapsulation
    • Classes
    • How does OO treat objects whose properties and behaviour are similar in some respects but different in others?
    • OO terms relating to inheritance
    • Multiple inheritance
    • Aggregation
    • Association
    • Polymorphism
    • How does polymorphism affect programming design?
    • Concrete and abstract classes
    • Objects send messages to other objects
  • Adding non-entity classes to the model
    • The full set of class types
    • How does the SE find interface classes?
    • Controller class
    • Utility classes

14. Architectural layers

15. How are Class Packages Physically Realized?

16. Specifying inheritance

  • How is inheritance implemented in software?
  • Modeling inheritance in UML

17. Designing aggregation

  • What are the programming implications of the “strength” of an aggregation
  • What does the SE have to specify about an aggregation aside from the fact that it exists?
  • Indicating aggregation and multiplicity in UML:
  • 18. Designing low-level OO Requirements (Sequence diagrams, database design
  • What are data relationships?
  • How are they handled in OO?
  • How are associations implemented in programming?
  • Defining navigability
  • Association names and role names

19. Specifying scenarios with sequence diagrams

  • Steps for drawing a sequence diagram
  • Deriving associations and class operations (methods) from sequence diagrams

20. Deriving database requirements from the OO model

  • What’s the relationship between the OO model and the database?
  • What types of database management systems work with OO?
  • Implementing Aggregation with RDBMS
  • Implementing Inheritance with RDBMS

21. Software Testing

  • Principle of Structured Testing
  • When is testing done?
  • Where does testing documentation reside?
  • Tools of structured testing
  • Structure Walkthroughs: rules, roles, participants
  • Code inspections
  • White-box testing
  •       – Coverage levels (statement, decision coverage, etc.)
  • Black-box testing
  • Deriving tests cases from decision tables
  • Use-case scenario testing

22. Selecting test data using boundary-value analysis

23. Unit testing

24. What is unit testing?

  • Scheduling Techniques
  • Big Bang Testing
  • Top-down Testing
  • Bottom-up Testing

25. Use-case scenario testing

26. System Testing

  • Volume testing
  • Stress testing
  • Usability testing
  • Security testing
  • Performance testing
  • Storage testing
  • Configuration testing
  • Compatibility testing
  • Reliability testing
  • Recovery testing
  • Acceptance testing
  • Beta testing
  • Parallel testing
  • Installation testing
We regularly offer classes in these and other cities. Atlanta, Austin, Baltimore, Calgary, Chicago, Cleveland, Dallas, Denver, Detroit, Houston, Jacksonville, Miami, Montreal, New York City, Orlando, Ottawa, Philadelphia, Phoenix, Pittsburgh, Seattle, Toronto, Vancouver, Washington DC.
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