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Software Engineering

Brand: Ashish Kumar
MPN: com.faadooengineers.free_softwareengineering
Category: App (Science)
Price: $0.00
Availability: Available instantly on compatible devices
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Features

  • This unique free application is for all students of Software Engineering across the world. It covers 158 topics of Software Engineering in detail. These 158 topics are divided in 10 units.
  • Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
  • The USP of this application is "ultra-portability". Students can access the content on-the-go from any where they like.
  • Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
  • Some of topics Covered in this application are:
  • 1) The Problem Domain
  • 2) Software is Expensive
  • 3) Late and Unreliable
  • 4) Maintenance and Rework
  • 5) The Software Engineering Challenges
  • 6) Scale
  • 7) Quality and Productivity
  • 8) The Software Engineering Approach
  • 9) Phased Development Process
  • 10) Managing the Process
  • 11) Software Development Life Cycle
  • 12) Project Management Methodology
  • 13) Software Process
  • 14) Component Software Processes
  • 15) Predictability
  • 16) Support Testability and Maintainability
  • 17) Support Change
  • 18) Early Defect Removal
  • 19) Process Improvement and Feedback
  • 20) Waterfall Model
  • 21) Iterative Development
  • 22) The Spiral model
  • 23) Comparison of Models
  • 24) Project Management Process
  • 25) The Inspection Process
  • 26) Software Configuration Management Process
  • 27) Requirements Change Management Process
  • 28) Process Management Process
  • 29) Software Requirements Analysis
  • 30) Software Requirements Specification
  • 31) Requirement Process
  • 32) Problem Analysis
  • 33) Informal Approach
  • 34) Data Flow Modeling
  • 35) Object-Oriented Modeling
  • 36) Prototyping
  • 37) Requirements Specification
  • 38) Characteristics of an Software Requirement Specification
  • 39) Components of an Software Requirements Specification
  • 40) Specification Language
  • 41) Structure of a Requirements Document
  • 42) Functional Specification with Use Cases
  • 43) Examples of use cases
  • 44) Validation
  • 45) Software Architecture
  • 46) Architecture Views
  • 47) Component and Connector View
  • 48) Pipe and Filter
  • 49) Shared-Data Style
  • 50) Client-Server Style
  • 51) Architecture and Design
  • 52) Preserving the Integrity of an Architecture
  • 53) Deployment View and Performance Analysis
  • 54) Documenting Architecture Design
  • 55) Evaluating Architectures
  • 56) The Architectural Tradeoff Analysis Method
  • 57) Project Categorization
  • 58) What is management?
  • 59) Setting objectives
  • 60) The Business Case
  • 61) Planning a Software Project
  • 62) COCOMO Model
  • 63) Project Scheduling and Staffing
  • 64) Software Configuration Management Plan
  • 65) Defect Injection and Removal Cycle
  • 66) Approaches to Quality Management
  • 67) Risk Management
  • 68) Risk Assessment
  • 69) Risk Control
  • 70) A Practical Risk Management Approach
  • 71) Project Monitoring Plan
  • 72) Function-Oriented Design
  • 73) Design Principles
  • 74) Problem Partitioning and Hierarchy
  • 75) Abstraction
  • 76) Top-Down and Bottom-Up Strategies
  • 77) Optimize and Package
  • 78) Module-Level Concepts
  • 79) Design Notation and Specification
  • 80) Specification
  • 81) Structured Design Methodology
  • 82) Restate the Problem as a Data Flow Diagram
  • 83) Identify the Most Abstract Input and Output Data Elements
  • 84) First-Level Factoring
  • 85) Factoring the Input, Output, and Transform Branches
  • 86) Design Heuristics
  • 87) Transaction Analysis
  • 88) Verification
  • 89) Metrics
  • 90) Network Metrics
  • 91) Stability Metrics
  • 92) Information Flow Metrics
  • 93) Introduction to Object-Oriented Design
  • 94) OO Analysis and OO Design
  • 95) OO Concepts
  • 96) Structure Charts
  • 97) Unified Modeling Language
  • 98) Class Diagram
  • 99) Sequence and Collaboration Diagrams
  • 100) Inheritance and Polymorphism
  • 101) A Design Methodology
  • 102) Dynamic Modeling
  • 103) Functional Modeling
  • 104) Internal Classes and Operations
  • 105) White-Box Testing
  • 106) The Word-Counting Problem
  • 107) Rate of Returns Problem
  • 108) Metrics
  • 109) Detailed Design
  • 110) Logic/Algorithm Design

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