Course Outline

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System Analysis and Design       (Theory 60 Hrs.)    

    • Introduction to information systems                                                       (04 Hrs.)    
      • What is an Information System?
      • Components of Information System
      • Resources of Information System
      • Activities of an Information System
      • Technology of an Information System

 

    • Decision making levels and classification of Information Systems         (02 Hrs.)
      • Transaction Processing Systems
      • Management Information Systems
      • Decision Support Systems
      • Executive Support Systems
      • Processing Types
        • Batch Processing
        • Online Processing
        • Real Time Processing

 

    • What is Systems Analysis?                                                                      (02 Hrs.)
      • Definition and succeeding as Systems Analyst
      • Systems Thinking
      • Organizational Knowledge
      • Problem identification and skills
      • Systems Analyst as a facilitator

 

 

 

 

 

 

    • Systems Development Environment & Systems Development Life Cycle(04 Hrs.)
      • Phases of SDLC
        • Preliminary Investigation
        • Analysis
        • Design
        • Development
        • Implementation
        • Auditing and Maintenance
      • Waterfall Life Cycle and problems of it
      • Sequential Vs. Iterative Development
      • Alternative Systems Development Methodologies

 

    • Feasibility Study and Requirement Analysis                                           (04 Hrs.)
      • Types of Feasibility
        • Technical
        • Economic
        • Operational
        • Schedule
      • Comparing Alternative Solutions with Feasibility
        • Candidate System Matrix
        • Feasibility Matrix
      • Requirement Discovery
        • Functional Vs Non Functional Requirements
        • Process of Requirement Discovery
        • Fact Finding Methods

 

    • Modelling with Structured Methodology                                                (02 Hrs.)
      • Logical Models
      • Physical Models
      • Process Modelling
        • Data Flow Diagrams
        • Process Decomposition
      • Introduction to Data Modelling
        • Entity Relationship Modelling
        • ER Diagrams

 

    • Automated Tools and Technology                                                          (04 Hrs.)
      • What is Computer Aided Systems Engineering
        • Structured Methods
        • Techniques
        • Tools
      • CASE Tools
        • General Characteristic
        • CASE Components and Capabilities
      • Application Development Environments (ADEs)
      • Applications of Process and Project Managers
    • Introduction to Object-Oriented Systems Analysis and Design with the Unified Modelling Language                                                                                                 (30 Hrs.)
      • Good concepts used in software design
      • Basic characteristics and concepts of Object Oriented Systems
        • Classes and Objects
        • Methods and Messages
        • Encapsulation and Information Hiding
        • Inheritance
        • Polymorphism and Dynamic Binding
      • Introduction to Unified Modelling Language (UML)
        • Structure Diagrams
        • Behaviour Diagrams
        • Extension Mechanisms

 

    • System Implementation                                                                           (08 Hrs.)
      • Coding
      • Testing
      • Installation
      • Documentation
      • Training
      • Support
      • Why Implementation Sometimes Fails

 

    • Practical CASE Tools (Theory through Lab Practical (Rational rose, Easy Case) 60 Hrs.