Project Scope Management Approach Example

by Alex .

Project scope management is a crucial aspect of project management that involves defining and controlling the boundaries of a project. It entails determining the deliverables, objectives, tasks, and resources required to achieve project success. A well-defined scope management approach is essential for keeping projects on track, preventing scope creep, and ensuring that project objectives are met within the allocated time and budget.

Project Scope
In this article, we will explore an example of a project scope management approach to provide a practical understanding of how it can be implemented in real-world projects. By examining the various stages and techniques involved, we will gain insights into effective scope management strategies that can be applied to a wide range of projects.

Defining The Project Scope

Defining the project scope is the first and fundamental step in project scope management. It involves clearly outlining the boundaries, objectives, and deliverables of the project. By defining the scope, project managers can establish a common understanding among stakeholders regarding what will be included and excluded from the project.

In the example of developing a mobile application for an e-commerce company, the project scope can be defined as follows:

  • Project Objectives: Clearly state the primary objectives of the project. For the mobile application development, the objectives may include improving the company's online presence, enhancing customer experience, increasing sales and revenue, and expanding the customer base.
  • Deliverables: Identify the tangible outputs that the project will produce. In this case, the deliverables could be a fully functional mobile application compatible with iOS and Android platforms, integrated payment gateway, product catalog, user registration and login system, shopping cart functionality, and secure data storage.
  • Project Boundaries: Determine the limitations and constraints of the project. This includes factors such as time, budget, and resources. For instance, the project may have a time constraint of six months, a budget of $200,000, and a dedicated team of developers, designers, and testers.
  • Inclusions and Exclusions: Specify what will be included and excluded from the project scope. Inclusions could involve features like product search, product filtering, customer reviews, and order tracking. Exclusions might include features like social media integration, customer support chatbot, or advanced analytics.
  • Assumptions and Constraints: Identify any assumptions or constraints that may impact the project scope. Assumptions could include factors like the availability of required APIs or the responsiveness of third-party services. Constraints might include regulatory compliance requirements or compatibility with legacy systems.

Developing a Detailed Scope Statement 

Developing a detailed scope statement is a crucial part of project scope management. It involves expanding upon the initial project scope definition and providing a comprehensive description of the project's deliverables, objectives, constraints, assumptions, and other relevant details. The detailed scope statement serves as a reference document throughout the project's lifecycle, guiding the team's efforts and providing a baseline for scope control.

  • Project Overview: Provide a brief summary of the project, including its purpose, goals, and key stakeholders involved. This section sets the context for the detailed scope statement.
  • Objectives and Deliverables: Expand upon the previously defined project objectives and deliverables, providing more specific details. For instance, the objectives could include developing a mobile application that supports seamless browsing and purchasing, improving user engagement through personalized recommendations, and integrating secure payment options. The deliverables could include wireframes, user interface design, backend development, database integration, and a fully functional mobile application.
  • Functional Requirements: Describe the specific functionalities and features the mobile application should possess. This may include user registration and authentication, product browsing and searching, shopping cart management, payment processing, order tracking, push notifications, and customer feedback and reviews.
  • Non-Functional Requirements: Outline the non-functional requirements that define the application's qualities, such as performance, security, usability, and scalability. For example, specify that the application should have fast response times, robust data encryption, an intuitive user interface, and the ability to handle a large number of concurrent users.
  • Constraints and Assumptions: Identify any constraints or assumptions that may impact the project's scope. This could include technical limitations, budget constraints, time constraints, availability of resources, or dependencies on external systems. Addressing these factors helps manage expectations and potential risks.
  • Scope Boundaries: Clearly define what is included and excluded from the project scope. This ensures that there is no ambiguity regarding the project's boundaries and prevents scope creep. For instance, specify that the project does not include the development of a separate web application or integration with specific third-party platforms.

Controlling Scope Changes

  • Document the Baseline Scope: Maintain a clear record of the approved baseline scope, including the project objectives, deliverables, and requirements. This serves as a reference point to assess proposed changes against the original project scope.
  • Monitor and Identify Scope Changes: Regularly monitor project activities and compare them to the baseline scope. Track any deviations or requests that may affect the project scope. Encourage the project team and stakeholders to report and document potential scope changes.
  • Assess Change Requests: Evaluate each scope change request to determine its necessity and impact on the project. Assess factors such as time, cost, resources, risks, and alignment with project objectives. Engage the project team, subject matter experts, and stakeholders in the evaluation process.
  • Prioritize and Review Change Requests: Prioritize change requests based on their impact and urgency. Review each request with the project team and stakeholders to ensure a shared understanding of the proposed changes and their implications. Seek clarification and additional information as needed.
  • Conduct Impact Analysis: Assess the potential effects of approved scope changes on the project's timeline, budget, resources, and other project constraints. Identify any risks or dependencies that may arise due to the changes. Analyze the overall project impact before making a decision.

Closing Out The Project Scope

  • Review Project Objectives: Begin by reviewing the initial project objectives established during the project initiation phase. Evaluate each objective to ensure that it has been met and accomplished within the defined scope.
  • Verify Deliverables: Conduct a thorough review and verification of all project deliverables. Compare them against the agreed-upon scope to ensure that they meet the required quality standards and fulfill the intended purposes. Obtain sign-off and acceptance from stakeholders for each deliverable.
  • Conduct Scope Verification: Perform a formal scope verification process to ensure that all the work performed, and deliverables provided align with the approved project scope. This process involves comparing the final project outcomes against the documented project scope to confirm that they are consistent.
  • Address Outstanding Scope Items: Identify any outstanding scope items that were not fully completed or addressed during the project. Determine if they are still necessary or if they can be addressed in subsequent phases or projects. Document any open-scope items for future consideration.
  • Document Lessons Learned: Capture and document the lessons learned throughout the project scope management process. This includes insights, challenges, best practices, and recommendations related to defining, controlling, and closing out the project scope. This information can be valuable for future projects and continuous improvement.

Creating a Work Breakdown Structure

Creating a Work Breakdown Structure (WBS) is an essential step in project management for effectively organizing and managing project tasks. The WBS breaks down the project scope into smaller, manageable components, providing a visual representation of the project's work packages and their relationships. Here is a step-by-step guide to creating a WBS:

1.Identify the Major Deliverables: Begin by identifying the major deliverables of the project. These are the key outcomes or results that need to be achieved. For example, in the case of developing a mobile application for an e-commerce company, the major deliverables could include:

  • User Interface Design
  • Backend Development
  • Database Integration
  • Payment Gateway Integration
  • User Registration and Authentication

2.Decompose the Major Deliverables: Break down each major deliverable into smaller, more manageable tasks or sub-deliverables. This decomposition allows for better understanding and control of the project work. For instance, under the User Interface Design deliverable, you might have sub-deliverables like:

  • Wireframe Creation
  • Visual Design
  • User Experience Testing

3.Identify the Major Deliverables: Begin by identifying the major deliverables of the project. These are the key outcomes or results that need to be achieved. For example, in the case of developing a mobile application for an e-commerce company, the major deliverables could include:

  • Homepage Wireframe
  • Product Listing Page Wireframe
  • Product Detail Page Wireframe
  • Shopping Cart Wireframe

4.Assign Work Packages and Dependencies: Assign each work package to the appropriate team member or group responsible for its completion. Additionally, identify any dependencies between tasks, where the start or completion of one task relies on another. This helps in determining the sequencing and order of project activities.

5.Number and Label the WBS Elements: Number each element in the WBS to create a unique identifier for easy reference and organization. The numbering should follow a hierarchical structure, such as 1, 1.1, 1.2, 2, 2.1, 2.2, and so on. This numbering system allows for clear identification of tasks and their relationships.

6.Validate and Review: Review the WBS with the project team and stakeholders to ensure its accuracy and completeness. Seek feedback and input to ensure that all necessary work packages are included, and that the breakdown aligns with the project's objectives and requirements. Adjust as necessary based on the feedback received.

The resulting WBS provides a structured overview of the project's tasks and their relationships, allowing for better planning, resource allocation, and monitoring of project progress. It serves as a foundation for developing project schedules, estimating resource needs, and tracking the completion of project work.


In conclusion, effective project scope management is crucial for the success of any project. By adopting a structured approach to project scope management, organizations can ensure that they clearly define, plan, control, and close out the project scope. This approach helps in avoiding scope creeps, managing stakeholder expectations, and delivering project outcomes within the defined parameters.

Throughout the project lifecycle, the project scope management approach involves several key components. It begins with defining the project scope by establishing clear objectives, deliverables, and boundaries. This ensures a shared understanding among stakeholders and provides a solid foundation for project planning and execution.

The MEGA Bundle (7 in 1)