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De#ining the Project
Chapter 4
Creating a Project Organization
0 De#ine who is going to do what – De#ine roles and responsibilities – Identify people, resources; ensure their commitment to project – Identify a project leader, specify her/his authority and responsibilities 0 Important questions: – Who is the PM? What decisions are within PM’s area of authority? Is this authority suf#icient to carry out the project? – Who is on team? Full-‐time or part-‐time? What are their areas of expertise? Their roles? – Who is the project sponsor? Is he or she at suf#iciently high level in the organization to provide the project with support and a good chance of success?
De#ining the Project’s Objectives and Scope
Make sure the proposed project is well understood an that all stakeholders agree on what it will accomplish – Clearly spell out expected outcomes, deliverables, objectives – Agree scope – what’s in, what’s not in – Document agreements formally, in writing, to surface/eliminate ambiguity in different stakeholders’ expectations • Important questions: – What is the scope? – What does the project need to accomplish? – By when?
Formal Objective Statement A Formal Objective Statement – Short, simple language, unambiguous – Should Scope, Resources, and Schedule • A Famous Example: “Put a man on the moon and return him safely to Earth by the end of the decade at a cost of $9 billion.” – Scope – “Put a man on the moon and return him safely to Earth.” – Schedule – “By the end of the decade.” – Resources –”At a cost of $9 billion.” • The advantage in keeping it short and simple: Longer statements offer greater opportunity for people to come away with different understanding of what the project will accomplish while mistakenly assuming they have reached agreement
De#ining the Project Scope u Project Scope
u A de#inition of the end result or mission of the project—a product or service for the client/customer—in speci#ic, tangible, and measurable terms.
u Purpose of the Scope Statement u To clearly de#ine the deliverable(s) for the end user. u To focus the project on successful completion of its goals.
u To be used by the project owner and participants as a planning tool and for measuring project success.
Scoping Agreement 0 The purpose is to de#ine expectations of the project’s work, responsibility, and accountability.
0 The expectations of the client and the project manager must be known and shared among the client, project manager, and the project team members.
0 The doer and the receiver agree on the scope of the doer’s work. 0 External to the project team, the doer is the project manager and the receiver is the client.
0 Internal to the project team, the doer is the task manager or the worker and the receiver is the project manager or the task manager.
Scoping Agreement u can be a one page statement that includes a broad de#inition of the scope of work (SOW), but it is not the same as the SOW (usually detailed and can require several pages of statement).
u state the big picture expectations, not the details. u is the beginning or de#inition phase of the management process and gives a #irm point of reference for project efforts.
u gives the project manager a de#ined agreement of what he or she is to do. u The agreement is a crisp 250-‐word statement (easily read in one minute).
An important part of the scoping agreement is to transfer or assign
responsibility and accountability of an effort to the person doing the work.
0 #ile://localhost/Volumes/SEAGATE BAC/BİM405/kurstedt.pdf
Establishing Project Priorities u Causes of Project Trade-‐offs
u Shifts in the relative importance of criterions related to cost, time, and performance parameters u Budget–Cost u Schedule–Time u Performance–Scope
u Managing the Priorities of Project Trade-‐offs u Constrain: a parameter is a #ixed requirement. u Enhance: optimizing a parameter over others. u Accept: reducing (or not meeting) a parameter requirement.
The Requirement Statements ü Purpose is to capture, clarify, communicate, con#irm, and track WHAT the client needs and expects.
ü focus on the output of the project and the capability of the output. ü constrain the solution space for the project manager. ü include capabilities, characteristics, and constraints. ü If the requirements statements are wrong, so is everything else in the project, including architecture, design, implementation, veri#ication, and validation.
ü take the form of lists of sentences that include the word “shall.” Use active rather than passive voice in the sentences.
ü must be correct, complete, consistent, measurable, testable, clear, and unambiguous.
ü are formal, speci#ic, legalistic statements. ü mandate what the project output will be and do.
Types of Requirement Statements
ü contractual or management requirements, including the statement of work, the required reports, the terms and conditions, etc.;
ü regulatory or environmental requirements, including standards, directives, regulations, etc.;
ü technical or operational requirements, including performance, functional, design-‐to, build to, etc.;
ü maintenance and support, including preventive and on-‐the-‐spot repair and auxiliary needs that keep the project output functioning as needed; and
ü veri#ication, which tells us when we’re really #inished.
Task List ü Purpose is to identify the tasks required to complete the project, the needed level of effort, and the important events (milestones) of some of the tasks.
ü With the scoping agreement ; – the expectations of both the doer and the receiver for the project are de#ined
ü With the requirements statements – expectations around project content are de#ined.
ü The next step in project planning is brainstorming to create a list of all project tasks.
WHAT IS TASK? ü – A task is a de#ined piece of work with start and end dates and is assigned to a responsible person.
ü – All tasks include activity, and they end in an event.
Events_ Milestones
ü Milestones are events 1. That you wish to highlight and follow. 2. that have clear results or ending points. 3. that are signi#icant; they give you a feel for whether or
not you’re behind schedule. 4. that should not be more than 10 days apart. ü For example, a good milestone might be to complete an important weekly Report, because it meets all four criteria.
ü A monthly report could be a poor milestone because it may not satisfy the last two criteria.
Creating the Work Breakdown Structure
ü Work Breakdown Structure (WBS) ü An hierarchical outline (map) that identi#ies the products and work elements involved in a project
ü De#ines the relationship of the #inal deliverable (the project) to its subdeliverables, and in turn, their relationships to work packages
ü Best suited for design and build projects that have tangible outcomes rather than process-‐oriented projects
ü A structured grouping of tasks into categories of broad tasks, subtasks, subsubtasks, etc.
Hierarchical Breakdown of the WBS
FIGURE 4.3
How WBS Helps the Project Manager • WBS
• Facilitates evaluation of cost, time, and technical performance of the organization on a project
• Provides management with information appropriate to each organizational level
• Helps in the development of the organization breakdown structure (OBS), which assigns project responsibilities to organizational units and individuals
• Helps manage plan, schedule, and budget • De#ines communication channels and assists in coordinating the various project elements
Work Breakdown Structure
FIGURE 4.4
Work Packages ü A Work Package Is the Lowest Level of the WBS.
ü It is output-‐oriented in that it:
ü De#ines work (what)
ü Identi#ies time to complete a work package (how long)
ü Identi#ies a time-‐phased budget to complete a work package (cost)
ü Identi#ies resources needed to complete a work package (how much)
ü Identi#ies a single person responsible for units of work (who)
Integrating the WBS with the Organization
ü Organizational Breakdown Structure (OBS) ü Depicts how the #irm is organized to discharge its work responsibility for a project ü Provides a framework to summarize organization work unit performance
ü Identi#ies organization units responsible for work packages
ü Ties the organizational units to cost control accounts
FIGURE 4.5
Integration of WBS and OBS
Coding the WBS for the Information System
ü WBS Coding System ü De#ines:
ü Levels and elements of the WBS ü Organization elements ü Work packages ü Budget and cost information
ü Allows reports to be consolidated at any level in the organization structure
WBS Coding
Process Breakdown Structure • Process-‐Oriented Projects
• Are driven by performance requirements in which the #inal outcome is the product of a series of steps of phases in which one phase affects the next phase
• Process Breakdown Structure (PBS) • De#ines deliverables as outputs required to move to the next phase
• Checklists for managing PBS: • Deliverables needed to exit one phase and begin the next • Quality checkpoints for complete and accurate deliverables • Sign-‐offs by responsible stakeholders to monitor progress
PBS for Software Project Development
FIGURE 4.6
Responsibility Matrix Also called a linear responsibility chart Summarizes the tasks to be accomplished and who is responsible for what on the project
u Lists project activities and participants
u Clari#ies critical interfaces between units and individuals that need coordination
u Provide an means for all participants to view their responsibilities and agree on their assignments
u Clari#ies the extent or type of authority that can be exercised by each participant
Responsibility Matrix A tool for clarifying organizational roles and
responsibilities § Every organizational role is clear § Each work package has an identified “owner” § No two groups think they are responsible for the
same work package § Promotes discussion and agreement about roles,
responsibilities and organizational relationships § Clarifies who is responsible for each work package § Source of information for preparing schedule and
budget
Responsibility Matrix for a Market Research Project
FIGURE 4.7
Responsibility Matrix for the Conveyor Belt Project
FIGURE 4.8
Guidelines § What are the project’s tasks? List the tasks along the y-‐axis. § Who’ll be working on the project team? List team members along the x-‐axis. § Who’s responsible for each task? Who’ll participate in the tasks? Whose approval is needed for the tasks? Who plays a key supportive role? Show them in the matrix cells using the letters R, P, A, and S.
Helpful Hints: § This tool helps empower others if used correctly. § Each task should have only one ‘R’. § Don’t confuse ‘A’ and ‘R’. § Use many ‘P’s’.
Symbols: R: Person responsible for the task, P: Person participating on the task, A: Person who approves the task, and S: Person playing a key supportive role