• Skip to main content
  • Skip to primary sidebar
  • Skip to secondary sidebar
  • Skip to footer

Computer Notes

Library
    • Computer Fundamental
    • Computer Memory
    • DBMS Tutorial
    • Operating System
    • Computer Networking
    • C Programming
    • C++ Programming
    • Java Programming
    • C# Programming
    • SQL Tutorial
    • Management Tutorial
    • Computer Graphics
    • Compiler Design
    • Style Sheet
    • JavaScript Tutorial
    • Html Tutorial
    • Wordpress Tutorial
    • Python Tutorial
    • PHP Tutorial
    • JSP Tutorial
    • AngularJS Tutorial
    • Data Structures
    • E Commerce Tutorial
    • Visual Basic
    • Structs2 Tutorial
    • Digital Electronics
    • Internet Terms
    • Servlet Tutorial
    • Software Engineering
    • Interviews Questions
    • Basic Terms
    • Troubleshooting
Menu

Header Right

Home » Software Engineering » Designing Software Metrics in Software Engineering
Next →
← Prev

Designing Software Metrics in Software Engineering

By Dinesh Thakur

An effective software metrics helps software engineers to identify shortcomings in the software development life cycle so that the software can be developed as per the user requirements, within estimated schedule and cost, with required quality level, and so on. To develop effective software metrics, the following steps are used.

  1. Definitions: To develop an effective metric, it is necessary to have a clear and concise definition of entities and their attributes that are to be measured. Terms like defect, size, quality, maintainability, user-friendly, and so on should be well defined so that no issues to ambiguity occur.
  2. Define a model: A model for the metrics is derived. This model is helpful in defining how metrics are calculated. The model should be easy to modify according to the future requirements. While defining a model, the following questions should be addressed.
  • Does the model provide more information than is available?
  • Is the information practical?
  • Does it provide the desired information?
  1. Establish counting criteria: The model is broken down into its lowest-level metric entities and the counting criteria (which are used to measure each entity) are defined. This specifies the method for the measurement of each metric primitive. For example, to estimate the size of a software project, line of code (LOC) is a commonly used metric. Before measuring size in LOC, clear and specific counting criteria should be defined.
  2. Decide what is good: Once it is decided what to measure and how to measure, it is necessary to determine whether action is needed. For example, if software is meeting the quality standards, no corrective action is necessary. However, if this is not true, then goals can be established to help the software conform to the quality standards laid down. Note that the goals should be reasonable, within the time frame, and based on supporting actions.
  3. Metrics reporting: Once all the data for metric is collected, the data should be reported to the concerned person. This involves defining report format, data extraction and reporting cycle, reporting mechanisms, and so on.
  4. Additional qualifiers: Additional metric qualifiers that are ‘generic’ in nature should be determined. In other words, metric that is valid for several additional extraction qualifiers should be determined.

The selection and development of software metrics is not complete until the effect of measurement and people on each other is known. The success of metrics in an organization depends on the attitudes of the people involved in collecting the data, calculating and reporting the metrics, and people involved in using these metrics. Also, metrics should focus on process, projects, and products and not on the individuals involved in this activity.

You’ll also like:

  1. Classification of Software Metrics in Software Engineering
  2. Object Oriented Metrics in Software Engineering
  3. Software Metrics in Software Engineering
  4. Software Engineering – What is Software Engineering? Write Basic Objective and Need for Software Engineering
  5. Definition of Software Engineering and Software Engineering Layers
Next →
← Prev
Like/Subscribe us for latest updates     

About Dinesh Thakur
Dinesh ThakurDinesh Thakur holds an B.C.A, MCDBA, MCSD certifications. Dinesh authors the hugely popular Computer Notes blog. Where he writes how-to guides around Computer fundamental , computer software, Computer programming, and web apps.

Dinesh Thakur is a Freelance Writer who helps different clients from all over the globe. Dinesh has written over 500+ blogs, 30+ eBooks, and 10000+ Posts for all types of clients.


For any type of query or something that you think is missing, please feel free to Contact us.


Primary Sidebar

Software Engineering

Software Engineering

  • SE - Home
  • SE - Feasibility Study
  • SE - Software
  • SE - Software Maintenance Types
  • SE - Software Design Principles
  • SE - Prototyping Model
  • SE - SRS Characteristics
  • SE - Project Planning
  • SE - SRS Structure
  • SE - Software Myths
  • SE - Software Requirement
  • SE - Architectural Design
  • SE - Software Metrics
  • SE - Object-Oriented Testing
  • SE - Software Crisis
  • SE - SRS Components
  • SE - Layers
  • SE - Problems
  • SE - Requirements Analysis
  • SE - Software Process
  • SE - Software Metrics
  • SE - Debugging
  • SE - Formal Methods Model
  • SE - Management Process
  • SE - Data Design
  • SE - Testing Strategies
  • SE - Coupling and Cohesion
  • SE - hoc Model
  • SE - Challenges
  • SE - Process Vs Project
  • SE - Requirements Validation
  • SE - Component-Level Design
  • SE - Spiral Model
  • SE - RAD Model
  • SE - Coding Guidelines
  • SE - Techniques
  • SE - Software Testing
  • SE - Incremental Model
  • SE - Programming Practices
  • SE - Software Measurement
  • SE - Software Process Models
  • SE - Software Design Documentation
  • SE - Software Process Assessment
  • SE - Process Model
  • SE - Requirements Management Process
  • SE - Time Boxing Model
  • SE - Measuring Software Quality
  • SE - Top Down Vs Bottom UP Approaches
  • SE - Components Applications
  • SE - Error Vs Fault
  • SE - Monitoring a Project
  • SE - Software Quality Factors
  • SE - Phases
  • SE - Structural Testing
  • SE - COCOMO Model
  • SE - Code Verification Techniques
  • SE - Classical Life Cycle Model
  • SE - Design Techniques
  • SE - Software Maintenance Life Cycle
  • SE - Function Points
  • SE - Design Phase Objectives
  • SE - Software Maintenance
  • SE - V-Model
  • SE - Software Maintenance Models
  • SE - Object Oriented Metrics
  • SE - Software Design Reviews
  • SE - Structured Analysis
  • SE - Top-Down & Bottom up Techniques
  • SE - Software Development Phases
  • SE - Coding Methodology
  • SE - Emergence
  • SE - Test Case Design
  • SE - Coding Documentation
  • SE - Test Oracles
  • SE - Testing Levels
  • SE - Test Plan
  • SE - Staffing
  • SE - Functional Testing
  • SE - Bottom-Up Design
  • SE - Software Maintenance
  • SE - Software Design Phases
  • SE - Risk Management
  • SE - SRS Validation
  • SE - Test Case Specifications
  • SE - Software Testing Levels
  • SE - Maintenance Techniques
  • SE - Software Testing Tools
  • SE - Requirement Reviews
  • SE - Test Criteria
  • SE - Major Problems
  • SE - Quality Assurance Plans
  • SE - Different Verification Methods
  • SE - Exhaustive Testing
  • SE - Project Management Process
  • SE - Designing Software Metrics
  • SE - Static Analysis
  • SE - Software Project Manager
  • SE - Black Box Testing
  • SE - Errors Types
  • SE - Object Oriented Analysis

Other Links

  • Software Engineering - PDF Version

Footer

Basic Course

  • Computer Fundamental
  • Computer Networking
  • Operating System
  • Database System
  • Computer Graphics
  • Management System
  • Software Engineering
  • Digital Electronics
  • Electronic Commerce
  • Compiler Design
  • Troubleshooting

Programming

  • Java Programming
  • Structured Query (SQL)
  • C Programming
  • C++ Programming
  • Visual Basic
  • Data Structures
  • Struts 2
  • Java Servlet
  • C# Programming
  • Basic Terms
  • Interviews

World Wide Web

  • Internet
  • Java Script
  • HTML Language
  • Cascading Style Sheet
  • Java Server Pages
  • Wordpress
  • PHP
  • Python Tutorial
  • AngularJS
  • Troubleshooting

 About Us |  Contact Us |  FAQ

Dinesh Thakur is a Technology Columinist and founder of Computer Notes.

Copyright © 2025. All Rights Reserved.

APPLY FOR ONLINE JOB IN BIGGEST CRYPTO COMPANIES
APPLY NOW