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    ITEC3131

    Software Project Management

    Progress0 / 42 done
    Topics42
    1Classification of project types2Scope triangle3Project risk vs business value4The S curve5Five phases of project management life cycle
    6Work Breakdown Structure7Estimate activity duration8Five methods of Estimating Activity Duration9Elapsed Time vs Productive time10PMI Process Groups & Knowledge Areas11Project Planning and Project Scheduling12Project Proposal
    13Critical Path Method (CPM)14Build the project network15Analysis of the project network16Network Analysis and Critical Path Analysis17PERT18GANTT Chart19Using MS-Project to draw GANTT chart20Project Metrics & Software Project Estimation
    21Metrics & Indicators
    22Size Oriented Metrics23Function-Oriented Metrics
    24Decomposition Techniques25Software Sizing26Problem-Based Estimation27Cost Estimation
    28COCOMO Model29Function Point Analysis30Project Staffing31Project Monitoring and Control32Project Staffing and Personnel Planning33Software project Teams34Risk Identification, Analysis and Management35Earned Value Analysis36Configuration Management37Earned Value Analysis for Project Monitoring and Control38Software Project Quality Assurance Plans39SQA Process40Software Project Quality Standards41Overview of Project Configuration Management42Project Risk Management
    3 min read
    Topic 3 of 42
    Topic Study Note Illustration
    03

    Project risk vs business value

    This concept helps managers prioritize software projects by comparing:

    πŸ“Š Project Risk vs Business Value

    This concept helps managers prioritize software projects by comparing:

    • ⚠️ Project Risk β†’ How uncertain or dangerous the project is
    • πŸ’° Business Value β†’ How beneficial the project is to the organization

    πŸ”Ή 1. Definitions

    πŸ”Έ Project Risk

    Project Risk is the possibility of loss or failure in a project due to uncertainties.

    πŸ‘‰ Examples of risks:

    • Unclear requirements
    • New/unproven technology
    • Lack of skilled team
    • Tight deadlines

    πŸ”Έ Business Value

    Business Value is the benefit a project delivers to the organization.

    πŸ‘‰ Examples:

    • Increased profit
    • Improved customer satisfaction
    • Competitive advantage
    • Cost reduction

    πŸ”Ή 2. Risk vs Value Concept

    Projects are evaluated by balancing risk and value:

    βœ… Ideal Project β†’ Low Risk + High Value

    Managers use this comparison to decide:

    • Which project to start
    • Which to delay or reject
    • Where to invest resources

    πŸ”Ή 3. Risk–Value Matrix (Important)

    Projects are often placed in a 2Γ—2 matrix:

    πŸ“Œ Diagram Description:

    • X-axis β†’ Business Value (Low β†’ High)
    • Y-axis β†’ Project Risk (Low β†’ High)

    This creates 4 quadrants:


    πŸ”Έ 1. Low Risk – Low Value

    • Safe but not very beneficial πŸ‘‰ Example: Minor UI changes

    πŸ“Œ Decision: βœ” Do only if resources are free


    πŸ”Έ 2. Low Risk – High Value ⭐ (Best Projects)

    • High return with minimal risk

    πŸ‘‰ Example: Adding a popular feature using known technology

    πŸ“Œ Decision: βœ” Top priority


    πŸ”Έ 3. High Risk – Low Value ❌

    • Dangerous and not useful

    πŸ‘‰ Example: Using new technology for a small feature

    πŸ“Œ Decision: ❌ Avoid these projects


    πŸ”Έ 4. High Risk – High Value ⚠️

    • Big rewards but also high uncertainty

    πŸ‘‰ Example: AI-based innovative system

    πŸ“Œ Decision: βœ” Take carefully with strong planning


    πŸ”Ή 4. Key Factors Affecting Risk

    • Technology familiarity
    • Team experience
    • Requirement clarity
    • Project size
    • Time constraints

    πŸ”Ή 5. Key Factors Affecting Business Value

    • Customer demand
    • Market competition
    • Revenue potential
    • Strategic importance

    πŸ”Ή 6. Simple Example

    A company has two projects:

    Project Risk Value Decision
    Mobile App Update Low High βœ… Start immediately
    Experimental AI Tool High High ⚠️ Plan carefully

    πŸ”Ή 7. Important Exam Points

    • Used for project selection and prioritization
    • Helps in resource allocation
    • Goal: Maximize value, minimize risk
    • Not all high-risk projects should be avoided

    πŸ”Ή 8. Short Summary

    • Project Risk = uncertainty or chance of failure
    • Business Value = benefits gained
    • Best projects β†’ High Value + Low Risk
    • Use Risk–Value Matrix for decision-making

    πŸ”Ή 9. Quick Exam Answer (2–3 lines)

    Project risk vs business value is a technique used to evaluate and prioritize projects by comparing their potential risks and expected benefits. Projects with high business value and low risk are preferred, while high-risk projects require careful planning.

    ← Previous topic 2
    Scope triangle
    Next topic 4 β†’
    The S curve

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