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Software Engineering

►The goal of this Software Engineering App is to provides the software engineering fundamentals, principles an...

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The goal of this Software Engineering App is to provides the software engineering fundamentals, principles and skills needed to develop and maintain high quality software products. ✦

The software engineering processes and techniques covered include requirements specification, design, implementation, testing and management of software projects. ✦

►In addition, this Application can be used by practitioners who need to refresh their knowledge with the latest in software engineering techniques and processes. ✦

Software Engineering discusses the principles, methodologies, trends and practices associated with different phases of software engineering. Starting from the basics, the App progresses slowly to advanced and emerging topics on software project management, process models, developing methodologies, software specification, testing, quality control, deployment, software security, maintenance and software reuse.Students of Computer Science and Engineering, Information Technology and Computer Applications should find this App highly useful.✦

Topics Covered Listed Below】

What is software engineering
Software Evolution
Software Evolution Laws
➻ E-Type software evolution
Software Paradigms
Need of Software Engineering
Characteristics of good software
Software Development Life Cycle
Software Development Paradigm
Software Project Management
Software Project
Need of software project management
Software Project Manager
Software Management Activities
Project Estimation Techniques
Project Scheduling
Resource management
Project Risk Management
Risk Management Process
Project Execution & Monitoring
Project Communication Management
Configuration Management
Project Management Tools
Software Requirements
Requirement Engineering
Requirement Engineering Process
Requirement Elicitation Process
Requirement Elicitation Techniques
Software Requirements Characteristics
Software Requirements
User Interface requirements
Software System Analyst
Software Metrics and Measures
Software Design Basics
Software Design Levels
Modularization
Concurrency
Coupling and Cohesion
Design Verification
Software Analysis & Design Tools
Data Flow Diagram
Structure Charts
HIPO Diagram
Structured English
➻ Pseudo-Code
Decision Tables
➻ Entity-Relationship Model
Data Dictionary
Software Design Strategies
Structured Design
Function Oriented Design
Object Oriented Design
Design Process
Software Design Approaches
Software User Interface Design
Command Line Interface (CLI)
Graphical User Interface
Application specific GUI components
User Interface Design Activities
GUI Implementation Tools
User Interface Golden rules
Software Design Complexity
Halstead's Complexity Measures
Cyclomatic Complexity Measures
Function Point
Logical Internal Files
External Interface Files
External Inquiry
Software Implementation
Structured Programming
Functional Programming
Programming style
Software Documentation
Software Implementation Challenges
Software Testing Overview
Software Validation
Software Verification
Manual Vs Automated Testing
Testing Approaches
Testing Levels
Testing Documentation
Testing vs. QC, QA and Audit
Software Maintenance Overview
Types of maintenance
Cost of Maintenance
Maintenance Activities
Software Re-engineering
Component re-usability
CASE Tools
Components of CASE Tools
Case Tools Types
Iterative Waterfall Model
Requirements Analysis And Specification
Decision Tree
Formal System Specification
Software Design
Software Design Strategies
Software Analysis & Design Tools
Structured Design
Object Modelling Using UML
Use Case Diagram
Interaction Diagrams
➻ Black-Box Testing
Software Maintenance
Software Maintenance Process Models
Software Reliability And Quality Management
Reliability Growth Models
Software Quality
Software Project Planning

Last update

April 4, 2020

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