Software Engineering a practitioner approach 8th Edition by Roger Pressman, Bruce Maxim ISBN 9780077697747 007769774X

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Product details:
ISBN 10: 007769774X
ISBN 13: 9780077697747
Author: Roger Pressman, Bruce Maxim

Software Engineering a practitioner approach 8th Edition Table of contents:

Part I: Software Engineering Process

2. The Software Engineering Process

   • Software Process Frameworks
   • Key Activities in Software Development
   • Process Models: Waterfall, Incremental, Spiral, Agile
   • The Role of Documentation in Software Engineering

3. Agile Development and Methodologies

   • Principles of Agile Software Development
   • Scrum and Other Agile Frameworks
   • Agile Practices: Sprints, Backlogs, and Standups
   • Advantages and Challenges of Agile Approaches

4. Requirements Engineering

   • The Importance of Requirements in Software Development
   • Techniques for Gathering and Eliciting Requirements
   • Documenting Requirements: Use Cases, User Stories, and Prototypes
   • Managing Requirements Changes

Part II: Software Design and Architecture

5. Software Design Principles

   • Abstraction, Modularity, and Information Hiding
   • Design Patterns and Their Application
   • Design Techniques: Structured, Object-Oriented, and Component-Based Design
   • Design Reviews and Refinements

6. Software Architecture

   • The Role of Architecture in Software Systems
   • Architectural Styles: Layered, Client-Server, Microservices
   • Evaluating and Selecting an Architecture
   • Architectural Modeling and Documentation

7. Detailed Design and Implementation

   • From High-Level Design to Code: The Transition
   • Data Structures and Algorithms for Efficient Design
   • Coding Standards and Best Practices
   • Unit Testing and Debugging Techniques

Part III: Software Testing and Maintenance

8. Software Testing Fundamentals

   • The Importance of Testing in Software Quality
   • Types of Testing: Unit, Integration, System, and Acceptance Testing
   • Testing Strategies and Test Case Design
   • Automated Testing Tools and Frameworks

9. Debugging and Fault Tolerance

   • Debugging Techniques for Effective Error Diagnosis
   • Tools for Static and Dynamic Analysis
   • Fault Tolerance and Reliability in Software Systems
   • Writing Robust and Secure Code

10. Software Maintenance

    • The Challenges of Software Maintenance
    • Types of Software Maintenance: Corrective, Adaptive, Perfective
    • Techniques for Managing and Tracking Software Changes
    • Legacy System Modernization and Refactoring

Part IV: Project Management and Software Engineering Tools

11. Software Project Management

    • Project Planning and Estimation Techniques
    • Risk Management and Mitigation Strategies
    • Resource Allocation and Scheduling
    • Project Monitoring, Control, and Reporting

12. Software Engineering Tools

    • The Role of Tools in the Software Development Process
    • Integrated Development Environments (IDEs)
    • Version Control, Build Systems, and Continuous Integration
    • Tools for Requirements Management, Testing, and Documentation

13. Configuration Management and Software Quality Assurance

    • The Importance of Configuration Management
    • Change Control and Versioning Strategies
    • Software Quality Assurance Activities
    • Auditing, Reviews, and Inspections for Quality Control

Part V: Advanced Topics in Software Engineering

14. Software Engineering for Web and Mobile Applications

    • Web Development Frameworks and Tools
    • Designing Scalable and Secure Web Applications
    • Mobile Application Development Practices
    • User-Centered Design and Usability Testing

15. Software Engineering for Embedded and Real-Time Systems

    • Characteristics of Embedded and Real-Time Systems
    • Design and Development of Embedded Software
    • Real-Time Operating Systems and Scheduling Algorithms
    • Quality Assurance in Embedded Systems Development

16. Emerging Trends in Software Engineering

    • The Role of Artificial Intelligence and Machine Learning
    • Cloud Computing and Its Impact on Software Engineering
    • DevOps and Continuous Delivery
    • Future Directions in Software Engineering Research

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