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Structured System Analysis And Design

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Course Name        BCA (Bachelor of Computer Application)

Subject Code       BC0045 (Structured System Analysis And Design)

Get Questions        PART - A    PART - B    PART - C

Structured System Analysis And Design Syllabus.

Unit 1- What is a System?
Introduction; Definition of a System; Learning to Recognize Types of Systems; Delineating Systems, Products, and Tools; Precedented versus Unprecedented Systems; Analytical Representation of a System; Systems that require Engineering

Unit 2- System Attributes, Properties, and Characteristics
Introduction; Overview of Attributes, Properties, and Characteristics; Every System has its own unique identity; Understanding System Performance; System Characteristics; The System’s State of Equilibrium; Summary

Unit 3- System Roles and Stakeholders
Introduction; Organizational System Roles; System Role Context; Understanding the role of System Stakeholders; Key Challenges in Developing Systems; System Feasibility and Affordability; Operational Utility and Suitability; Operational Effectiveness; Cost Effectiveness; System Verification and Validation (V&V); Guiding Principles

Unit 4-The System/Product Life Cycle
Introduction; System Life Cycle Overview; System Life Cycle Phase Synopsis; Life Cycles within Life Cycles; System Transition Strategy and Sequencing Overview; Multiple Choice Questions

Unit 5- The Architecture of Systems
Introduction; Introducing the System Architecture Construct; Introduction of the System Elements; Understanding System Element Entity Relationships; Guiding Principles

Unit 6- System Levels of Abstraction and Semantics
Introduction; Establishing a Semantics Frame of Reference; Understanding System Levels of Abstraction; System Decomposition and Integration Design Guidelines

Unit 7- The Operating Environment Architecture
Introduction; Application of this Concept; Operating Environment Overview; Physical Environment Domain System Elements; Operating Environment Decision-making Methodology; Entity Operating Environment Frame of Reference; Concluding Point; Guiding Principles

Unit 8 - System Interfaces
Introduction; What is an interface?; Interface Types; Understanding Logical and Physical Interfaces; Interface Definition Methodology; Physical Interface Types; Standardized versus dedicated Interfaces; Electronic data Interfaces; Limiting Access to System Interfaces; Understanding Interface Performance and Integrity

Unit 9- Organizational Roles, Missions, and System Applications
Introduction; Organizational Missions within the Enterprise; The System And Mission Capabilities Foundation; Key Entities of Technical Accountability; Understanding Organizational Roles and Missions; Guiding Principles

Unit 10 - Understanding the System's Problem, Opportunity, and Solution Spaces
Introduction; Understanding Operating Environment Opportunities; Understanding the Problem Space; Understanding The Solution Space(s); Exposure to Problem – Solution Spaces; Guiding Principles

Unit 11- System Mission Analysis
Introduction; Mission definition Methodology; Guiding Principles

Unit 12 - System Development Workflow Strategy
Introduction; System Development Verification and Validation Strategy; Implementing The System Development Phase; Applying V&V to the System Development Workflow; Risk Mitigation with DT&E and OT&E; Guiding Principles ry

Unit 13 - The SE Process Model
Introduction; SE Process Model Objective; SE Process Model Methodology; Decision Support to the SE Process Model; Exit Criteria; Work Products and Quality Records; SE Process Model Characteristics; Evolving And Reviewing The System Solutions; Guiding Principles

Unit 14- System Development Models
Introduction; System Development Models; The Waterfall Development Model; The Evolutionary Development Model; The Spiral Development Model; The Incremental Development Model; System Versus Component Development Strategies; Guiding Principles

Unit 15 - Understanding Specification Requirements
Introduction; What is a Requirement?; Specification Requirements Categories; Requirements Priorities; Types of Operational Requirements; Understanding the Requirements Hierarchy; Common Problems with Specification Requirements; Common Specification Deficiencies; Specification Development Checklist; Guiding
Principles

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