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TECHINAUT

A LEVEL

4.5 (15)
NIELIT

Systems Analysis, Design and Testing

A8-R5.1- A Level (NIELIT)

This course aims to provide students with the necessary knowledge and skills needed to analyze and design information systems.System analysis and design are related processes in the IT industry.

Systems Analysis

8 Lessons

Systems Analysis

120 Hours - (Theory: 48 hrs + Practical: 72 hrs)

Systems Analysis

100+ students enrolled

Overview
Course Description

A system analysis is a process of gathering data and information to define the functions of a system. The goal of system analysis is to refine the objectives of an existing system or create a new one from scratch. It is a problem-solving process that ensures the functionality of all system components.

What you'll learn
  • You should use an overview of the concepts and techniques involved in system analysis and design.
  • How to use the design process from requirement definition to implementation. The course will also introduce you to architectural and design patterns.
  • How to implement and test your applications using various tools.
  • How to do system design is to meet a particular goal.
  • How to analyze , model & design bussiness system & process requirements using common tools and methodologies.
Course Content
  • Systems AnalysisLecture 1.1 System Definition and Concepts, Types of Systems

    Systems Analysis 02:53
  • Systems AnalysisLecture 1.2 Systems User, Designers, Analysts

    Systems Analysis 02:53
  • Systems AnalysisLecture 1.3 IT Introduction to Simple System Development Process

    Systems Analysis 02:53
  • Basics of Hardware and SoftwareLecture 1.4 Basics of Hardware and Software

    Basics of Hardware and SoftwareBasics of Hardware and Software 02:53
  • Basics of Hardware and SoftwareLecture 1.5 Role and Need of Systems Analyst

    Basics of Hardware and SoftwareBasics of Hardware and Software 02:53
  • Requirement Gathering and Feasibility AnalysisLecture 2.1 Classification of requirements as strategic

    Requirement Gathering and Feasibility Analysis 02:53
  • Requirement Gathering and Feasibility AnalysisLecture 2.2 Requirement Gathering Techniques

    Requirement Gathering and Feasibility Analysis 02:53
  • Requirement Gathering and Feasibility AnalysisLecture 2.3 Feasibility Analysis, Deciding Project Goals

    Requirement Gathering and Feasibility Analysis 02:53
  • Requirement Gathering and Feasibility AnalysisLecture 2.4 Cost Benefit Analysis, quantifications of costs and Benefits

    Requirement Gathering and Feasibility Analysis 02:53
  • Requirement Gathering and Feasibility AnalysisLecture 2.5 System proposal Preparation for managements

    Requirement Gathering and Feasibility Analysis 02:53
  • Requirement Gathering and Feasibility AnalysisLecture 2.6 Parts and documentation of a proposal

    Requirement Gathering and Feasibility Analysis 02:53
  • Structured AnalysisLecture 3.1 Data flow Diagrams, case study for use of DFD

    Structured Analysis 02:53
  • Structured AnalysisLecture 3.2 Levelling of DFDs, Levelling rules

    Structured Analysis 02:53
  • Structured AnalysisLecture 3.3 Logical and physical DFDs

    Structured Analysis 02:53
  • Software Requirement SpecificationLecture 3.4 Preparation of Software Requirement Specification

    Software Requirement Specification 02:53
  • Structured DesignLecture 4.1 Entity Relationship model, E-R diagrams

    Structured Design 02:53
  • Structured DesignLecture 4.2 Relationships cardinality and participation, Normalizing relations

    Structured Design 02:53
  • Data input methodsLecture 4.3 Data input methods, Designing Outputs, Output Devices

    Data input methods 02:53
  • Data input methodsLecture 4.4 Graphical user interfaces, interactive I/O on terminals

    Data input methods 02:53
  • Data input methodsLecture 4.5 Application Architecture, Server-based Architecture

    Data input methods 02:53
  • Development Life Cycle and ModellingLecture 5.1 Object Oriented (OO) Development Life Cycle and Modelling

    Development Life Cycle and Modelling 02:53
  • Development Life Cycle and ModellingLecture 5.2 Comparison of OO and Module-oriented Approach

    Development Life Cycle and Modelling 02:53
  • Modelling using UMLLecture 5.3 Modelling using UML; class diagram, use case diagram, object diagram

    Modelling using UML 02:53
  • Modelling using UMLLecture 5.4 Sequence diagram, state transition diagram

    Modelling using UML 02:53
  • Modelling using UMLLecture 5.5 Deployment diagram, component Diagram

    Modelling using UML 02:53
  • Software TestingLecture 6.1 Software Testing, Need for software testing, types of Testing

    Software Testing 02:53
  • Software TestingLecture 6.2 Functional Testing-unit Testing, integration testing, user acceptance

    Software Testing 02:53
  • Software TestingLecture 6.3 Maintenance Testing-Regression Testing

    Software Testing 02:53
  • Implementation and MaintenanceLecture 7.1 Planning considerations, Conversion methods, procedures and controls

    Implementation and Maintenance 02:53
  • Implementation and MaintenanceLecture 7.2 System acceptance criteria, System Evaluation and Performance

    Implementation and Maintenance 02:53
  • Implementation and MaintenanceLecture 7.3 User Manual, Maintenance Activities and Issues

    Implementation and Maintenance 02:53
  • Software Development ApproachesLecture 8.1 Different Software Development approaches-waterfall model

    Software Development Approaches 02:53
  • Software Development ApproachesLecture 8.2 Rpid application development, spiral, agile development

    Software Development Approaches 02:53
  • Software Development ApproachesLecture 8.3 DevOps development methodology

    Software Development Approaches 02:53
  • Software Development ApproachesLecture 8.4 Distributed System, centralized versus distributed system

    Software Development Approaches 02:53
  • components of distributed system-processesLecture 8.5 components of distributed system-processes, interfaces and data

    components of distributed system-processes 02:53
  • components of distributed system-processesLecture 8.5 application logic layer, data manipulation layer and data layer

    components of distributed system-processes 02:53
About Us
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TECHINAUT

A LEVEL

4.5 Instructor Rating
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100+ Courses

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20+ Faculty

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Industry Expert

techinaut

45000+ students enrolled

UI/UX Designer, with 7+ Years Experience. Guarantee of High Quality Work.

Skills: Web Design, UI Design, UX/UI Design, Mobile Design, User Interface Design, Sketch, Photoshop, GUI, Html, Css, Grid Systems, Typography, Minimal, Template, English, Bootstrap, Responsive Web Design, Pixel Perfect, Graphic Design, Corporate, Creative, Flat, Luxury and much more.

Available for:

  • 1. Full Time Office Work
  • 2. Remote Work
  • 3. Freelance
  • 4. Contract
  • 5. Worldwide
Reviews
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Nicole Brown

UX/UI Designer

4.5 Instructor Rating

“ This is the second Photoshop course I have completed with Cristian. Worth every penny and recommend it highly. To get the most out of this course, its best to to take the Beginner to Advanced course first. The sound and video quality is of a good standard. Thank you Cristian. “

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