Preview of Foundations of Software Engineering - Software Engineering Micro Specialization
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Foundations of Software Engineering

Foundations of Software Engineering

The module delves into the foundational principles of software engineering, distinguishing software from hardware and programming through various intrinsic characteristics. It addresses the historical context of the software crisis, illustrates the importance of a structured software development process, and discusses the economic impact and societal implications of software. The ethical responsibilities of software engineers and crucial quality attributes are also highlighted, establishing a comprehensive framework for future learning in the field.

20 sections

Sections

Navigate through the learning materials and practice exercises.

  1. 1
    Lecture 1: The Essence Of Software And The Imperative For Engineering

    This section explores the fundamental definitions of software, distinguishes...

  2. 1.1
    Deconstructing Software: More Than Just Instructions

    This section provides a comprehensive understanding of software beyond mere...

  3. 1.2
    The Peculiarities Of Software: Why It's Not Like Hardware

    This section explores the fundamental distinctions between software and...

  4. 1.3
    The Genesis Of Software Engineering: The 'software Crisis'

    This section examines the emergence of software engineering as a response to...

  5. 2
    Lecture 2: The Expansive World Of Software Applications And Economic Impact

    This section explores various software application domains and discusses the...

  6. 2.1
    Comprehensive Survey Of Software Application Domains

    This section provides an overview of various software application domains,...

  7. 2.2
    The Shifting Economic Landscape: Hardware Vs. Software Costs

    This section explores the historical and economic shifts in costs between...

  8. 2.3
    Software's Pervasive Societal Impact

    Software significantly impacts every aspect of modern society, from...

  9. 3
    Lecture 3: The Software Process: A Blueprint For Predictable Development

    This section outlines the necessity of a structured software process for...

  10. 3.1
    The Imperative Of A Software Process

    This section emphasizes the necessity of an organized software process in...

  11. 3.2
    The Generic Process Framework: A Universal Backbone

    The Generic Process Framework outlines the core activities essential for...

  12. 3.3
    The Crucial Relationship: Software Product Vs. Software Process

    The quality of the software product is intrinsically linked to the software...

  13. 4
    Lecture 4: Navigating The Labyrinth Of Software Development Challenges And Defining Quality

    Software development faces **inherent complexity** (domain, technical,...

  14. 4.1
    The Intractable Problems Of Software Development: A Detailed Analysis

    This section delves into the intricate challenges of software development,...

  15. 4.2
    Defining Software Quality: A Multifaceted Perspective (Iso/iec 25010)

    This section explores the multifaceted nature of software quality and its...

  16. 4.3
    Trade-Offs In Quality Attributes

    This section discusses the trade-offs that software engineers face in...

  17. 5
    Lecture 5: Professionalism, Ethics, And Guiding Principles In Software Engineering

    This section emphasizes the importance of ethical conduct and professional...

  18. 5.1
    Fundamental Principles Of Software Engineering (Beyond Mere Coding)

    This section introduces the essential principles of software engineering,...

  19. 5.2
    The Professional And Ethical Mandate Of Software Engineering

    Software engineers have a responsibility to adhere to ethical guidelines...

  20. 5.3
    Module Conclusion: The Foundation Laid

    The conclusion of the module emphasizes the critical nature of software...

What we have learnt

  • Software is defined not only as executable programs but also encompasses documentation and configuration data that aid in its functionality.
  • The distinctions between software and hardware include factors like intangibility, high customization, and complexity, leading to unique challenges in software development.
  • A systematic software process is essential for managing complexity, ensuring quality, and providing predictability in software projects.

Key Concepts

-- Software Engineering
A systematic, disciplined, and quantifiable approach to the development, operation, and maintenance of software.
-- Software Crisis
A historical context highlighting severe software development issues such as budget overruns, schedule delays, and low quality, which necessitated the establishment of software engineering as a discipline.
-- Software Quality Attributes
Characteristics that determine how well a software product meets user needs, including reliability, usability, performance efficiency, and maintainability.
-- Intangibility
The characteristic of software that makes it difficult to visualize and quantify, impacting metrics for progress and quality assessment.
-- Modularity
The principle of breaking down a software system into smaller, independently deployable modules to reduce complexity and enhance maintainability.

Additional Learning Materials

Supplementary resources to enhance your learning experience.