Pmbok Study Notes.pdf

PMP Exam

Based on A Guide to the

PROJECT MANAGEMENT BODY OF KNOWLEDGE (PMBOK® GUIDE) Sixth Edition

Project Management Framework Project 

Project – a temporary endeavor to create a unique product, service or result (or enhancement of existing services/products (e.g. v.2 development is a project) )

—

may

be

collectively

termed

as

deliverable

—

(vs.

ongoing operations which manage processes in transforming resources into output) sometimes may involve handing over the deliverable to the operation teams for continuous operation 

Project drives changes in the organization and often is a means to create business values and to achieve organizational goals — the net quantifiable benefit derived from a business endeavor which can be tangible or intangible.



Projects operate in an environment that may have favorable or unfavorable impacts on them. Two major categories are: o

Organization Process Assets is a major input in all planning process, which

may

be

kept

management, including

at

PMO,

Processes

directly and

related Procedures

to

project (including

templates (e.g. WBS, schedule network diagrams, etc.), procedures for issuing work authorizations, guidelines, performance measurements) and Organizational Knowledge Repositories o

Enterprise Environment Factors (often are constraints) are influences not under control of the project team that will affect the project, either intra-organization and extra-organization, e.g. organizational culture, organization structure, existing human resources, work authorization system, PMIS, market conditions, legal requirements, technology 

EEF are inputs for all initiating, most planning process, not much in the executing/controlling process, none in closing process



Projects often involve more risks and uncertainties than operations and thus require more planning



The following factors influence the operation of the organization which may lead to the need for projects: o

Regulatory/legal/social requirements changes

o

Stakeholders needs/requests

o

Changes in technology/business

o

Improvements,

rectification

and

enhancements

to

processes/products/services

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

A project can be subdivided into phases, each phase is a collection of logically related project activities that result in the completion of deliverable(s). Towards the end of each phase is a ―Phase Gate‖ which determines whether the project will go on or not.



Process – a package of inputs, tools and outputs, there are 49 processes defined by PMI. Processes are grouped in the PMBOK® Guide into 5 Process Groups (NOTE: Process groups are not the same as project phases).



Portfolio > Program > Project o

Program – a group of coordinated projects, taking operations into account, maybe with common goals, achieving benefits not realized by running projects individually, if only the client/technologies/resource are the same, then the projects should be managed individually instead of a program

o

Portfolio – a group of programs and/or projects to achieve organizational strategic goals within the organization with a view to maximizing the value to the organization

o

Actively coordinating and managing portfolios, programs and projects through organizational project management (OPM) best position the organization to achieve strategic business goals.



Use of portfolio/program/project management to bridge the gap between organizational strategy and business value realization

Project Management 

Project Management – the application of (all appropriate) knowledge, skills, tools & techniques and whatsoever to manage project activities with a view to meet the project requirements and achieve customer satisfaction



The most important task is to align stakeholder expectations with the project requirements, around 90% of the PM‘s work is related to communication with stakeholders



PMBOK® Guide is a framework/standard but not methodology (agile, scrum, PRINCE3, etc.) — A framework allows flexibilities while a methodology would require the use of a predefined system of practices, techniques, procedures and rules. o

Project management emphasizes tailoring — selecting the appropriate project management processes, inputs, tools, techniques, outputs and life cycle phases according to the unique nature of each individual project.

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

Competing constraints: time, cost, scope, quality, risk, resources



Project Management Business Documents o

Project Business Case — documents the economic feasibility vs benefits of the project and is used for authorization of project management activities.

o

Project Benefits Management Plan —describes how and when the benefits of the deliverables of the project will bring and describes how to measure the benefits (also including the alignment with organization strategies, assumptions and risks)

o

Project Charter — authorizes the project and names the project manager

o

Project Management Plan — how the project will be performed and managed – documents assumptions & decisions, helps communication between stakeholders, goals, costs & time scheduling (milestones), project management system and subsidiary management plans and documents

o

Project Success Measures — project success is now more inclined to be measured by considering the achievement of project objectives as documented in this document

The Project Management Process Groups



1.

Initiating

2.

Planning

3.

Executing

4.

Monitoring and Controlling

5.

Closing

Planning and Executing are iterative. Monitoring and Controlling is exercised over Planning and Executing.



A phase is not a process group. The 5 process groups will usually be included in any single phase.



The process groups are not to be carried out in sequence as some are iterative and some are overlapping.



The PM should identify and choose the most appropriate processes in each process group to fit in each individual project (tailoring)



The deliverables from each phase/project are often incremental in nature meaning the deliverables will be continually refined/enhanced by each phase/project.

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Initiating 

align project purposes with stakeholders’ expectations



assign a project manager



identify stakeholders and develop the project charter



document business case (created by an initiator, maybe well before the initiating process group) and cost-benefit analysis, identify high-level risks, identify project selection criteria



early in the process, the staffing, costs and chance of success are low, risk and stakeholder influence is high



may be performed at portfolio/program level (i.e. outside the project‘s level of control)

Planning 

create Project Management Plan [why the project? what to deliver? who does what? when be accepted? how to execute?], subsidiary documents (schedule

baseline, cost baseline, performance

management

baseline,

scope baseline (scope statement, WBS, WBS dictionary) and subsidiary management plans (scope, schedule, budget, quality, human resources [roles & responsibility, organization chart and staffing management plan include the staff need, rewards, safety and training need] , stakeholder, requirements, process improvement, communication, change, risk and procurement) – all are not finalized until a thorough risk management has been performed, need to be approved before work begins 

all plan and documents can be formal or informal, generalized or detailed, depending on needs (tailoring)



Project Management Plan may be continually updated during the project with rolling wave planning / progressive elaboration



obtain approval of the plan from designated stakeholders, changes to the project management plan and subsidiary documents/plans need formal procedures described in the change control system



hold the kick-off meeting



planning process group is MOST important for project management, with around 1/2 of all the 49 process in this group



may need re-planning when significant changes to the baseline is observed in the executing/monitoring processes

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Executing 

coordinating human/infrastructure resources in accordance with the project management plan



updates and re-baselining the project management plan and subsidiary management plans when needed



normal execution, manage contracts, acquire, develop & manager project team, perform quality assurance and manage stakeholder expectation/ communication



direct and manage project work



continuous improvement process (quality assurance)



use up the largest share of resources here in the Executing process group

Monitoring and Controlling 

measure performance, address change requests, recommend corrective/ preventive measures and rectify defects



usually performed at regular intervals



control the quality, inspection and reporting, problem-solving, identify new risks



reassess control process



should there be any internal deviance from the stated plan, the PM should make corrections (use contingency reserve if necessary)



monitor and control project work and integrate change control



make sure only approved changes (through integrated change control) are incorporated

Closing 

either project finished or cancelled



final product verification, contract closure, produce the final report (closeout documentation), obtain formal acceptance, archive, release resources, close project



feedback, review and lessons learned (about the process), transition of deliverables to operation

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Knowledge Areas 1. Project Integration Management – assemble and combine all the various parts of the project into a coherent whole 2. Project Scope Management – plan, execute and control the project scope 3. Project Schedule Management (formerly Project Schedule Management) – plan, execute and control the project schedule 4. Project Cost Management – plan, execute and control the project cost 5. Project Quality Management – plan, execute and control the project quality 6. Project

Resource

Management

(formerly

Project

Human

Resource

Management) – plan, execute and control the project resources including human, equipment and other physical resources 7. Project Communications Management – plan, execute and control the project communication (channels, methods, etc.) 8. Project Risk Management – plan, execute and control the project risk control measures 9. Project Procurement Management – plan, execute and control the project procurement 10. Project Stakeholder Management – plan, execute and control how to best dealing with project stakeholders 49 processes of Project Management The 49 processes of project management are grouped under one of the 5 process groups/10 knowedge areas listed above and will be discussed in more details next. 3 new processes are added while 1 deleted in PMBOK® Guide 6th edition, resulting in a total of 49 processes from 47 processes in PMBOK® Guide 5th edition: 

Added processes o

Manage Project Knowledge – in Executing Process Group / Project Integration Management knowledge area

o

Implement Risk Responses – in Executing Process Group / Project Risk Management knowledge area

o

Control Resources – in Monitoring and Controlling Process Group / Project Resource Management knowledge area



Deleted process o

Close Procurement – activities now are included in Control Procurements and Close Project or Phase process

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

Naming Changed processes o

Perform Quality Assurance → Manage Quality

o

Plan Human Resource Management → Plan Resource Management

o

Acquire project Team → Acquire Resources

o

Develop Project Team → Develop Team

o

Manage Project Team → Manage Team

o

Control Communications → Monitor Communications

o

Control Risks → Monitor Risks

o

Plan Stakeholder Management → Plan Stakeholder Engagement

o

Control

Stakeholder

Engagement

→

Monitor

Stakeholder

Engagement Each project management process is now categorized into: 

used once or at predefined points in the project



done periodically as needed



done continuously throughout the project

It is important to understand the differences between PMBOK® Guide 6th edition and PMBOK® Guide 5th edition (in particular what new things have been added) as PMI usually emphasizes on these ―new‖ things in the new PMP® Exam 2018. Project Management Tools and Techniques (T&T) In the PMBOK® Guide 6th edition, many tools and techniques have been grouped according to their purpose with a view to better supporting tailoring: 

Data gathering



Data analysis



Decision making



Communication



Interpersonal and team skills



Communication skills

Organization System 

The organizational system determines the power, influence, competence, leadership and political capabilities of the people who can act within the system. e.g.

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o

Management Elements — general management principles/rules of the organization, e.g. disciplinary action, division of skills, authorization model/practices, communication channels

o

Organizational

Governance

Frameworks

—

framework/processes

describing how authority within the organization is exercised o

Organizational Structure Types 

Organic or Simple



Virtual



Project oriented (project manager has the ultimate authority over the project, team members are often collocated)



Matrix (Strong, Balanced, Week)



Functional



Composite/Hybrid

–

a

combination

of

different

types,

depending on the actual need  

PMO

Tight Matrix = co-location, nothing to do with the organization type (not necessarily a matrix org.)



Functional organizations => the project manager has little authority, often called project expeditor (no authority) or coordinator (little authority), project coordination among functional managers



Matrix organization => multiple bosses and more complex



Project Management Office (PMO) – standardizes governance, provides training,

shares

tools,

templates,

resources,

etc.

across

all

projects/programs/portfolios o

3 forms: supportive, controlling and directive (lead the project as PM)

o

functions: training, resource coordination, methodology, document repository,

project

management

oversight,

standards,

career

management of PMs o

may function as a stakeholder / key decision maker (e.g. to terminate the projects)

o

control shared resources/interdependence across projects at the enterprise level

o

play a decisive role in project governance

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Role of the Project Manager 

Project Manager: an individual assigned by the organization to lead the team and is responsible for achieving project objectives o

is the leader of the project irrespective of the authority

o

should consider every process to determine if they are needed for individual projects (tailoring)

o

the exact role of project manager is to be tailored to suit the needs of individual organizations and projects

o

may report to the functional manager, program manager, PMO manager, operation manager, senior management, etc., maybe parttime or devoted

o

identifies and documents conflicts of project objectives with organization strategy as early as possible



Skills required of project managers: o

Technical project management — process tailoring, planning, managing schedule/cost/resources/risk

o

Leadership — communication (within team and with stakeholders), team building, motivation, influencing, coaching, trust building, conflict management, negotiation

o

Strategic and business management — be aware of the high-level strategies

of

the

organization

and

effectively

implement

decisions/actions that align with strategic goals (Organization Strategy may be expressed through mission and vision) 

Project Manager must balance the constraints and tradeoffs, effectively communicate the info (including bad news) to the sponsor for informed decisions



Project Manager needs to involve project team members in the planning process



Project Manager needs to perform integration at process level, cognitive level and context level



Project Team includes Project Manager, project management staff, project staff, PMO, SME (subject matter experts can be outsourced), customer representative (with authority), sellers, business partners, etc., maybe virtual or collocated



Senior management must be consulted for changes to high-level constraints



Leadership vs Management:

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

o

Lead: guide through interactive discussion from one point to another

o

Manage: direct a person to perform a set of expected behaviour

Leadership styles: o

Laissez-faire

o

Transactional

o

Servant leader

o

Transformational

o

Charismatic

o

Interactional

Project Life Cycle vs Project Management Life Cycle vs Product Life Cycle 

Project Life Cycle: includes: initiating, planning and organizing, carrying out/executing work, closing the project. Project life cycles are independent of a product life cycle.



Within a project life cycle, there can be one or more phases of the development of the product, service, or result (a.k.a. development life cycles) with the following models: o

Predictive [plan driven/waterfall] – scope, time and cost determined early in the lifecycle, may also employ rolling wave planning

o

Iterative – repeat the phases as understanding of the project increases until the exit criteria are met, similar to the rolling wave planning, highlevel

objectives,

either

sequential/overlapping

phase,

scope/time/resources for each phase may be different o

Incremental – features/scope are added to each incremental cycle

o

Adaptive [change driven/agile] – for projects with high levels of change, risk and/or uncertainty, each iterative is very short (2-4 weeks), work is decomposed into product backlog, each with a productionlevel product, scrum is one of the most effective agile methods, stakeholders are involved throughout the process, time and resources are fixed, allow low change cost/keep stakeholder influence high

o 

Hybrid

The life cycle chosen must be suitable for the intended deliverable and flexible enough to deal changes.



each project phase within the product lifecycle may include all the five project management process groups

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

Product life cycle: development > production > adoption & growth > maturity > decline > end of life

Code of ethics and professional conduct The Code of Ethics and Professional Conduct help an individual in making wise decisions, particularly when faced with difficult situations where the individual may be asked to compromise his or her integrity or values. The Code of Ethics and Professional Conduct affirms these four values as its foundation. Responsibility 

in the best interest of the society, public and environment



accept assignments consistent with skills and fulfill commitments



accept stretch assignment when the assigner is fully aware of the skill gaps



own error and make corrections



uphold laws and regulations



report illegal/unethical activities substantiated with facts



ask for direction should the decision is beyond assigned authority

Respect 

show respect to others



listen and understand others



conduct in a professional manner, even if not reciprocated



resolve conflicts directly



negotiate in good faith



do not influence others for personal benefits



respect others rights

Fairness 

transparency in decision making



be objective



provide equal access to information, equal opportunities



disclose any conflict of interests and refrain from making decisions in case of conflict of interest



do not deny opportunities base on personal considerations



do not discriminate



apply rules without favoritism or prejudice

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Honesty 

understand the truth and be truthful



honour commitments



not to deceive others



not engage in dishonest behavior for personal gain / at the expense of others

Other Important Project Management Terms 

The Configuration Management Knowledge Bases contain baselines of all organization standards



Lessons Learned – focus on the deviances from plan (baseline) to actual results and how to solve these discrepancies



The work authorization system (WAS) is a system used during project integration management to make sure that the right work gets done at the right time



PMIS includes configuration system and change control system



Never accept a change request to trim down one element of the triple constraint without changing the rest.



Sponsor – provides resources/support to project, lead the process through initiation (charter/scope statement) through formally authorized, later involved in authorizing scope/budget change/review



Customer – NOT necessarily provide the financial resources, may be external to the organization, final acceptance of the product



Business Partners – certification body, training, support, etc.



Project Statement of Work (SOW): describes the business need, high-level scope of deliverables and strategic plan of the organization, created by the sponsor/initiator/buyer



Project Charter is not a contract



Project Management Plan is NOT a project schedule



Project Management System: includes a list of project management processes, level of implementation (what actions to take in the management processes), description of tools and techniques, resources, procedures, change control system [forms with tracking systems, approval levels]

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

Requirement Traceability Matrix (RTM) – a matrix connecting deliverables to requirements and their sources (for managing scope)



Work Breakdown Structure (WBS) – a hierarchal chart of decomposing deliverables into work packages



Activity List – a full list of all activities with indication of relationship to the work packages



Activity Attributes – further information (duration, start date, end date, etc.) of all the activities in the list (for scheduling)



Roles and Responsibilities (RAR) – a document listing all the roles and description of their responsibilities in the project (often by category)



Responsibility Assignment Matrix (RAM) – a matrix connecting people to work packages/activities, e.g. the RACI matrix (responsible, accountable, consult, inform), usually only one person is accountable for each activity



Resources Breakdown Structure (RBS) – a hierarchical chart listing all the resources by categories, e.g. marketing, design, etc.



Risk Breakdown Structure (RBS) – a hierarchical chart listing all risks by categories



Project Management Data and Information o

Work Performance Data – raw data collected

o

Work Performance Info – analyzed in context and integrated data, e.g. some forecasts

o

Work

Performance

Reports –

work

performance

information

compiled in report format 

Sunk costs – money already spent, not to be considered whether to terminate a project, similar to committed cost (often through contracts)



Direct costs, indirect (shared) costs, Fixed costs, Variable costs



Law of diminishing returns – beyond a point, the more input, the less return



Working capital – assets minus liability, what the company has to invest in the projects



Payback period – a time to earn back capital investment



Benefit-cost ratio (BCR) – an indicator, used in the formal discipline of costbenefit analysis, that attempts to summarize the overall value for money of a project



Depreciation – straight-line depreciation vs accelerated depreciation (the amount of depreciation taken each year is higher during the earlier years of an asset‘s life)



Under double declining balance, the asset is depreciated twice as fast as under straight line. Using the example above, 10% of the cost is depreciated

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each year using a straight line. Doubling the rate would mean that 20% would be depreciated each year, so the asset would be fully depreciated in 5 years, rather than 10. 

Under sum-of-the-years-digits, the asset is depreciated faster than the straight line but not as fast as declining balance. As an example of how this method works, let‘s say an asset‘s useful life is 5 years. Adding up the digits would be 5+4+3+2+1 or a total of 15. The first year, 5/15 is expensed; the next year 4/15 is expensed, and so on. So if the asset‘s cost is $1000, 5/15, or $333.34 would be expensed the first year, $266.67 the second year, and so on.



Economic value added – the value of the project brought minus the cost of project (including opportunity costs) e.g. for a project cost of $100, the estimated return for 1st year is $5, assuming the same money can be invested to gain 8% per year, then the EVA is $5 – $100 * 8% = -$3



Net present value (NPV) – the sum of the present values (PVs) of the individual cash flows of the same entity



Present value (PV) – or called present discounted value, is a future amount of money that has been discounted to reflect its current value, as if it existed today (i.e. with inflation, etc.)



Future value (FV) – is the value of an asset at a specific date



Internal Rate of Return (IRR) – The inherent discount rate or investment yield rate produced by the project‘s deliverables over a pre-defined period of time.



Forecast (future) vsStatus Report (current status) vsProgress Report (what have been done/delivered)



Journey to Abilene (Abilene’s Paradox) – committee decisions can have a paradox outcome, the joint decision is not welcome by either party (because of fear of raising objections)



when something unusual happens, always refer to the PM Plan/Charter for instruction on how to proceed; if not found, ask for direction from the management



unresolved issues will lead to conflicts

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Project Integration Management Project Integration Management encompasses all the process and activities to identify, define, combine, unify and coordinate all the various project management processes and activities and manage the interdependencies. 

integration management is required when different project management processes interact



tailoring of processes is a very important topic in the PMBOK® Guide 6th edition with a view to meeting project objectives



of all the project management activities, communication is the most important one according to many project managers



a PM Plan not meeting requirements is a defect

Develop Project Charter 

Inputs: Business Documents (including business case), Agreements, EEF, OPA



Tools

&

Techniques: Expert

Judgment,

Data

gathering

(including

brainstorming, focus groups, interviews), Interpersonal and team skills (including conflict management, facilitation, meeting management), Meetings 

Outputs: Project Charter, Assumption log (records all assumptions and constraints of the project)



to formally authorize the project and allow the PM to apply organizational resources



well-defined project start and project boundaries



The project charter is a several page document including high-level information

of

the

project:

project

background, business

case, goals

(S.M.A.R.T. specific, measurable, attainable, realistic, time-bound), who is and the authority of the project manager, budget, risk, stakeholders, deliverables, approval criteria, etc. o

the business case contains info to determine whether the project is justified

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o

agreements are a group of project documents (either a contract (for external parties), letter of intent, service level agreement, etc. (can be legally binding or NOT)) that define initial intentions of the project

o

a charter is NOT a contract because there is no consideration



signed off by the sponsor (the one who supply the money/resources)



PMO may provide the expert judgment

Develop Project Management Plan 

Inputs: Project Charter, Outputs from other processes, EEF, OPA



Tools & Techniques: Expert Judgement, Data gathering, Interpersonal and team skills, Meetings



Outputs: Project Management Plan



the project management plan is a formal written document on how the project is executed, monitored and closed, including all subsidiary management plans (scope, requirements, change, configuration, schedule, cost, quality, process improvement, human resource, communication, risk, procurement) and documents (cost baseline, schedule baseline, scope baseline, performance

measurement

baseline,

cost

estimate,

schedule,

responsibility for each deliverable, staff requirements) and some additional documents/plans (selected PM processes and level of implementation) o

the contents to be tailored by the PM (tailoring) to suit each project

o

the PM plan may be progressively elaborated in iterative phases (as outputs from other processes), this must be the final process/iteration to consolidate the PM Plan

o

created by PM, signed off by destined KEY stakeholders (e.g. can be the project sponsor, project team, project manager)

o

when the project management plan is baselined (i.e. validated and then signed off by key stakeholders), it is subject to formal change control and is used as a basis for comparison to the actual plan

o

after baselining, the senior management must be consulted if these high level constraints are to be altered (whether to use the management reserves)

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

the PM Plan can be re-baselined if significant changes are seen (scope change, internal changes/variances (for the project execution), external factors) o

needed to be approved by sponsors/stakeholders/senior management, must understand the underlying reasons first (built-in costs is not usually a legitimate reason)



cost baseline (specific time-phased budget), schedule baseline (-> knows when to spend money), scope baseline (includes scope statement, WBS, WBS dictionary): whether preventive/corrective/defect repair actions are needed



the performance measurement baseline (PMB) is an approved scopeschedule-cost plan for the project work (to be used in earned value management),

this

includes

contingency

reserve

but

excludes

management reserves 

configuration management (works with change control management plan), document all change versions of project deliverables and completed project components, PMIS includes: Configuration Management System (contains the updated deliverable/project specifications and processes) and Change Control System (contains formal documents for tracking changes) o

configuration management system contains the most updated version of project documents



Kick-off Meeting: at beginning of the project/phase, participants including project team+stakeholders, element including project review, responsibility assignment matrix, participation of stakeholders, escalation path, frequency of meetings

Direct and Manage Project Work 

Inputs: Project Management Plan, Project documents (including change log, Lessons

learned

register,

risk

register,

project

schedule,

project

communications, etc.), Approved change requests, EEF, OPA 

Tools & Techniques: Expert Judgement, Project management information system, Meetings



Outputs:

Deliverables, Work

performance

data, Issue

log, Change

requests, Project management plan updates, Project documents updates, OPA updates

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

The Direct and Manage Project Work process creates project deliverables, acquire/assign/train staff, manage vendors, collect data for reports, document lessons learned o



most of the project time to be spent here

the PM implements approved process improvement plans and changes, change requests include corrective actions, preventive actions, defect repair and updates (all considered to be change requests)



if the PM discovers a defect, he/she should instruct the team to make defect repair during this process (need change request but may be approved by the PM only (if stipulated in PM Plan for minor changes))



approved change requests – approved in the perform integrated change control, may include preventive, corrective and defect repair actions o

change requests may arise as a result of implementing approved change requests



a work authorization system (part of EEF) defines approval levels needed to issue work authorization (to allocate the work) and is used to prevent scope creep as formal approval must be sought before work begins



Stakeholder risk tolerance is part of EEF



Face-to-face meeting is considered to be most effective



The PM Plan itself can be considered as a deliverable

Manage Project Knowledge 

Inputs: Project Management Plan, Project documents, Deliverables, EEF, OPA



Tools & Techniques: Expert Judgement, Knowledge Management, Information Management, Interpersonal and team skills



Outputs:Lessons learned register, Project management plan updates, OPA updates



This newly added Manage Project Knowledge process is involved in documenting and using knowledge learnt from the project to achieve the project objectives and the whole organization to learn from the experiences.



Documenting lessons learned from the project is a recurring process during the life cycle of the project.

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

The lessons learned register is a new output (first mentioned the PMBOK® Guide) which records challenges, problems and successes throughout the project

Monitor and Control Project Work 

Inputs: Project Management Plan, Project documents, Work performance information, Agreements, EEF, OPA



Tools & Techniques: Expert Judgement, Data Analysis, Decision Making, Meetings



Outputs: Work performance reports, Change requests, Project management plan updates, Project documents updates



corrective and preventive actions usually don‘t affect the baseline, only affect the performance against the baseline



defect repair: considered as rework, deliverable not accepted, either rework or scrap, strongly advise defect prevention to defect repair



the work performance info is fed from all other control processes (e.g. control schedule, control stakeholder engagement, control communications, control costs, control quality, etc.)



Data Analysis Techniques include: o

Alternatives analysis

o

Cost-benefit analysis

o

Earned value analysis

o

Root cause analysis

o

Trend analysis – forecasts future performance based on past performance

o

Variance analysis – analyzes the differences (or variances) between planned and actual performance



Decision Making is a technique to achieve a decision e.g. by voting.

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Perform Integrated Change Control 

Inputs: Project Management Plan, Project documents, Work performance reports, Change requests, EEF, OPA



Tools & Techniques: Expert Judgement, Change control tools, Data Analysis, Decision Making, Meetings



Outputs: Approved change requests, Project management plan updates, Project documents updates



changes in the project arise as a result of missed requirements, views of stakeholders, poorly designed WBS, misunderstanding, inadequate risk assessment o



the PM should influence the factors that cause project change

life cycle of a change request: 1. identify needs 2. assess the impact, response and alternatives 3. create the change request 4. meet with stakeholders 5. obtain approval from CCB (change control board) or PM as defined in roles and responsibility document/PM Plan 

customers/sponsors may need to approve certain decisions by CCB (if they are not part of CCB)

6. request more funding if needed the whole process must be documented in the change log (which is a project document) changes need to be tracked using a change management system, also affect configuration management system o

configuration control: changes to deliverables and processes

o

change control: identify/document/approve changes

configuration

management

activities:

configuration

identification,

configuration status accounting, configuration verification/audit to ensure the latest configuration is adopted and delivered communicate the resolutions (approve or reject) to change requests to stakeholders

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Close Project or Phase 

Inputs: Project charter, Project Management Plan, Project documents, Accepted deliverables, Business documents, Agreements, Procurement documents, OPA



Tools & Techniques: Expert Judgement, Data Analysis, Meetings



Outputs: Project documents updates, Final product, service or results transition, Final report, OPA updates



must ensure all procurements are closed before formal closure of the project/phase, all procurement documentation must be collected, indexed and filed



obtain formal approval to close out the project/phase (administrative closure)



o

obtain approval and deliver the deliverables (maybe with training)

o

formal sign off by designated stakeholders/customer

finish and archive documentation, lessons learnt and update to organizational process asset



if the contract comes with a warranty, make sure that changes during the project are evaluated against the origin clauses, ensure alignment of the warranty and changes



to close a project as neatly and permanently possible



for multi-phase projects, this process will be performed once for every phase end and once for the whole project (5 times for project with 4 phases)



The final report is a summary of the project performance, including: o

Summary level description of the project or phase

o

Scope objectives

o

Quality objectives

o

Cost objectives

o

Summary of the validation information for the final product, service or result

o

Schedule objectives

o

Summary of how the final product, service, or result achieved the business needs

o

Summary of any risks or issues encountered on the project and how they were addressed



litigation can be further pursued after the closure

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Project Scope Management 

The project manager would need to ensure the inclusion of all and only the work required to complete the project successfully (to achieve project objectives to deliver business values).



The primary aim of scope management to define the exact scope of work and to prevent scope creep (additional requirements added without any proper control) or gold-plating (added by the project team with a view to impressing stakeholders).



Product Scope – requirements needed to be fulfilled to create the product, assessed against the product requirements and WBS



Scope Baseline: scope statement + WBS + WBS dictionary o



WBS includes only the deliverables/outcomes/results (not actions)

Project Scope – activities and processes needed to be performed to deliver the product scope, assessed against the scope baseline (scope statement, WBS and WBS dictionary), e.g. including testing & quality assurance, assessed against the Project Management Plan o

The completion of project scope is measured against the project management plan whereas the completion of product scope is measured against the product requirements/WBS

Plan Scope Management 

Inputs: Project Charter, Project Management Plan, EEF, OPA



Tools & Techniques: Expert Judgement, Data Analysis, Meetings



Outputs: Scope Management Plan, Requirements Management Plan



ScopeManagement Plan (will form part of the Project Management Plan): how the scope will be defined, validated and controlled o

includes how to prevent scope creep, how to handle change requests, escalation path for disagreement on scope elements between stakeholders, processes for creating scope statement, WBS, processing CR, how the deliverables will be accepted



RequirementsManagement Plan: how the requirements will be managed, documented and analyzed

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o

includes how to process requirements, address missed requirements, configuration management, prioritize requirements, metrics (and rationale) for defining the product, define the traceability structure (in RTM), authorization level for approving new requirements

o

[important] the requirement management plan is the primary means to understand and manage stakeholder expectations

Collect Requirements 

Inputs: Project Charter, Project Management Plan, Project Documents, Business Documents, Agreements, EEF, OPA



Tools & Techniques: Expert Judgement, Data Gathering, Data Analysis, Decision Making, Data Representation, Interpersonal and Team Skills, Content Diagram, Prototypes



Outputs: Requirements Documentation, Requirements Traceability Matrix



Requirement: a condition/capability that must be met /possessed by a deliverable

to

satisfy

quantified/documented

a

needs,

contract/standard/etc., wants,

expectation

including of

the

sponsor/stakeholder/customer o

Business requirements – support business objectives of the company

o

Stakeholder requirements

o

Solution

requirements – functional (product

behavior)

and nonfunctional requirements (reliability, security, performance, safety, etc.) o

Transitional requirements : temporary capability including data conversion/tracking/training

o

Project requirements : actions/processes/conditions the project needs to met

o 

Quality requirements : quality criteria defined by stakeholders

Requirements Collection Tools o

Data Gathering 

Brainstorming



Interviews



Focus groups



Questionnaires and surveys



Benchmarking

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o

Data Analysis 

o

Document analysis

Data Representation 

Affinity Diagram: for identifying a large number of ideas by grouping similar ideas together



Mind Mapping: to generate ideas with the process of backtracking



Requirements Traceability Matrix tracks requirements from origins to deliverables, including source of requirements and completion status, effective to prevent gold plating (also work with work authorization system)



Requirement documentation needs to be unambiguous, traceable, compete, consistent and acceptable to key stakeholders and is approved by the customer and other stakeholders

Define Scope 

Inputs: Project Charter, Project Management Plan, Project Documents, EEF, OPA



Tools & Techniques: Expert Judgement, Data Analysis, Decision Making, Interpersonal and Team Skills, Product Analysis



Outputs: Project Scope Statement, Project Documents Updates



to define both the project& product scope in details, outlines what WILL and what WILL NOT be included in the deliverables, including details of constraints and assumptions o



vs project charter which includes only high-level descriptions

may provide alternatives if the budget and schedule could not meet management‘s expectations



Product analysis includes techniques such as: o

product breakdown

o

systems analysis

o

requirements analysis

o

systems engineering

o

value engineering – a part of product analysis technique (Value Engineering (value analysis, value management, value methodology) with a view to finding alternatives to constraints to improve product/reduce cost without sacrificing the scope)

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o 

value analysis

Project Scope Statement includes objectives, (project and product) scope, requirements, boundaries, deliverables, acceptance criteria, constraints, assumptions, milestones, cost estimation, specifications, configuration management requirements, approval requirements, etc. o

the scope statement is usually progressively elaborated throughout the project

Create WBS 

Inputs: Project Management Plan, Project Documents, EEF, OPA



Tools & Techniques: Expert Judgement, Decomposition



Outputs: Scope Baseline, Project Documents Updates



the WBS must be created for every project (if you take on a running project without WBS, you must stop the project immediately and prepare the WBS first) o

WBS is a structured hierarchy created by the organization/stakeholders, can be in an organization chart or table form, based on the project deliverables (not tasks needed)

o

WBS is a decomposition tool to break down work into lowest level manageable (time and cost can be estimated, work package can be assigned to a team member) work packages, e.g. by phase or major deliverables

o

the work packages are broken down enough to delegate to a staff, usu. 8 – 80 hours work and different work packages can be at different levels of decompositions

o

WBS does not show dependencies between work packages, but a WBS dictionary does (WBS dictionary clarifies WBS by adding additional information)



o

WBS includes 100% of scope (100% rule)

o

can be a template in OPA

a higher level above a work package is ‗control account‗ (control point where scope, cost and schedule are compared to earn value for performance measurement) o



a work package can have only ONE control account

code of accounts: a numbering system to identify WBS components

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

chart of accounts: a list of all account names and numbers o



1.1 for the 2nd level, 1.1.1 for the 3rd level

the major deliverables should always be defined in terms of how the project will actually be organized, for a project with phases, the decomposition should begin with the phase first





Scope Baseline, an output from Create WBS, includes: o

WBS (Work Breakdown Structure)

o

WBS Dictionary

o

Scope Statement

o

Scope Management Plan

Scope Baseline is to be created by the project team

Validate Scope 

Inputs: Project Management Plan, Project Documents, Verified Deliverables, Work Performance Data



Tools & Techniques: Inspection, Decision Making



Outputs: Accepted Deliverables, Work Performance Information, Change Requests, Project Documents Updates



the purpose of this process is to gain formal acceptance of deliverables fromcustomer/stakeholders (e.g. obtain customer sign off, requirements validations, etc.) near the end of project/phase/each deliverable, e.g. user acceptance test o

change requests may be an output as stakeholders may request changes to the deliverables

o

if no formal sign off is received as stipulated, the Project Manager needs to follow the pre-defined process in PM plan, e.g. escalation to management



work performance data tells how the deliverables were created, work performance data includes non-conformance and compliance data



Validate Scope is often preceded by Control Quality Process to give the verified deliverable as input to this process, verified deliverables is fed from the control quality process o

vs Control Quality: the process of monitoring/recording results of executing quality activities to assess performance and recommend necessary changes, e.g. unit testing -> high quality vs low quality

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

need to perform even in case of early termination/cancellation of the project to save any usable deliverables for other projects

Control Scope 

Inputs: Project Management Plan, Project Documents, Work Performance Data, OPA



Tools & Techniques: Data Analysis



Outputs:

Work

Performance

Information,

Change

Requests,

Project

Management Plan Updates, Project Documents Updates



Control Scope is performed when assessing additional requirements by the customer or the project manager proactively overlooking the project scope o

to prevent unnecessary changes (either internally or externally requested) to the project



measure the work product against the scope baseline to ensure the project stays on track proactively, may need preventive, corrective actions or defect repair



a well documented and enforced change control process is required



the customer has the ultimate authority to change scope while the senior management can make use of management reserves o

i.e. in general, disagreement should be resolved in favour of the customer



Data Analysis includes: o

variance analysis – method to compare planned (baseline) and actual work and determine the causes/actions e.g. update baseline (keep the variance) or preventive/corrective actions, both need CR

o

trend analysis



work performance info – scope variance, causes, recommended action



may end up updating some of the inputs – requirements documentation & requirement traceability matrix & lessons learnt in OPA

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Project Schedule Management 

The project manager is required to create a detailed schedule plan to describe how and when the project/team will deliver the products, services and results as defined in the project scope in the project management plan



The project schedule will later be used as a tool for communication (for managing stakeholder expectations) and performance assessment/reporting

Plan Schedule Management 

Inputs: Project Charter, Project Management Plan, EEF, OPA



Tools & Techniques: Expert Judgement, Data Analysis, Meetings



Outputs: Schedule Management Plan



defines policies, procedures and documentation for managing and controlling project schedule o

including scheduling methodology, tools, level of accuracy, control thresholds (limit beyond which preventive/corrective actions needed), rules of performance measurement (e.g. earned value)



lead and lags are NOT considered as schedule constraints



Data analysis would include: o

choosing the scheduling methodology (or a combination 9f various methods)c

o

determining the detail level of the schedule and how often the schedule needs to be reviewed and updated

o

the duration of waves for rolling wave planning, etc.

Define Activities 

Inputs: Project Management Plan, EEF, OPA



Tools & Techniques: Expert Judgement, Decomposition, Rolling Wave Planning, Meetings



Outputs: Activity List, Activity Attributes, Milestone List, Change Requests, Project Management Plan Updates

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

the scope baseline (as part of the Project Mangement Plan) is used here as it represents the approved (stable) scope



further decompose work packages into activities for more detailed and accurate estimations o

‗activities‘ is the PMI terminology for ‗tasks‘ and ‗work efforts‘

o

activity is more related to the actual work/process to produce the deliverables

o

activity types: level of efforts (support, measured in time period), discrete efforts or apportioned effort (in direct proportion to another discrete effort)



activities have durations while milestones do not (zero duration)



changes requests are listed as a possible output because progressive elaboration of deliverables into activities (using rolling wave planning) may allow us to discover work that was not initially included as part of the project baselines — need to update the project baselines

Sequence Activities 

Inputs: Project Management Plan, Project Documents, EEF, OPA



Tools & Techniques: Precedence Diagramming Method, Dependency Determination and Integration, Leads and Lags, Project Management Information System



Outputs: Project Schedule Network Diagrams, Project Documents Updates



Precedence Diagramming Method (PDM) to diagram dependencies o

Network Diagramming Tools are software tools that graphically represent activity sequences

o

network

diagrams:

shows

dependencies,

duration,

workflow,

help identifying critical paths 

precedence

relationships

(also

known

as

‗activity

on node (AON)‗

approach): o

finish-to-start (the majority, accounts for about 95% of all precedence relationships)

o

start-to-start

o

finish-to-finish

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o 

start-to-finish (least)

Activity on Arrow (AOA) or Arrow Diagramming Method (ADM) activities are represented as arrows, dashed arrows represent dummy activities (duration: 0) that shows dependencies



Graphical Evaluation and Review Technique (GERT) allows for conditional branching and loops



Network Dependency Types (to be determined during Sequence Activities Process): o

Mandatory Dependency (hard logic): A must be completed before B begins/ technical dependencies may not be hard

o

Discretionary Dependency (preferred, soft logic): sequence preferred by the organization, may be removed should fast-tracking is required

o

External Dependency: dependency required by external organization

o

Internal Dependency: precedence relationship usually within the project team‘s control



Milestones: the completion of a key deliverable/a phase of the project, as checkpoints/summary for progress, often used in funding vendor activities o

Milestone list is part of i) project plan, ii) project scope statement, iii) WBS dictionary



Leads: begin successor activity before end of predecessor, for schedule compression (fast-tracking) (negative lags)



Lags: imposed delay to successor activity, e.g. wait 2 weeks for concrete to cure (FS +14 days)



Network Diagram Setup: 7-box method, usually using software tools or 5-box method



if the ES and LS are identical, the activity is on the critical path



The Project Management Information System provides the scheduling software to allow planning the activities with logical relationships, leads, lags, etc.

Estimate Activity Durations 

Inputs: Project Management Plan, Project Documents, EEF, OPA



Tools & Techniques: Expert Judgement, Analogous Estimating, Parametric Estimating, Three-point Estimating, Bottom-up Estimating, Data Analysis, Decision Making, Meetings



Outputs: Duration Estimates, Basis of Estimates, Project Documents Updates

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

consults SME (subject matter experts, i.e. the one carrying out the actual work) to come with the estimation, not on the PM‘s own



Different Estimating Tools and Techniques: o

Analogous Estimating: based on previous activity of similar nature (a form of expert judgement), used when little is known or very similar scope, works well when project is small, NOT ACCURATE

o

Parametric Estimating: based on some parameters, e.g. the time for producing 1000 component based on that for 1 component * 1000, use an algorithm based on historical data, accuracy depends on the parameters selected, can be used on [a portion of / the entire] project

o

One-Point Estimating: based on expert judgement, but highly unreliable

o

Three-Point Estimating: best (optimistic), most likely (realistic), worst (pessimistic) cases, Triangular Distribution vs PERT (Project Evaluation and Review Techniques, Beta Distribution, weighted average using statistical methods [most likely * 4 – 95% confidence level with 2 sigma]), triangular distribution (non-weighted average of three data points), uncertainties are accounted for

o

In real-world applications, the PERT estimate is processed using Monte Carlo analysis, tie specific confidence factors to the PERT estimate

o

Bottom-Up Estimating: a detailed estimate by decomposing the tasks (lower-level components of the WBS) and aggregating the estimates based on reliable historical values, most accurate but time-consuming

o 

Heuristics: use rule of thumb for estimating

standard deviation (sigma value, deviation from mean, to specify the precision of measurement): 1 sigma: 68%, 2 sigma 95%, 3 sigma 99.7%, 6 sigma 99.99%



accuracy is the conformance to the target value



contingency reserve: for known unknowns, owned by PM, may be updated, part of schedule baseline



management reserve: for unknown unknowns, owned by management, included in overall schedule requirements



update to documents: the basis of estimates, assumptions and contingencies



activity duration estimate may be in a range, don’t include lags



Data Analysis tools and technique may include: o

Alternatives analysis

o

Reserve analysis

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

Duration Estimates are the quantitative assessments of the likely durations that are required to complete the activities, phases or a project (maybe in the form of a range).



Basis of Estimates provide the detail to support duration estimate process (e.g. the basis of the estimate, assumptions, constraints, ranges of possible estimates, confidence levels of the final estimate, individual project risks influencing this estimate, etc.)

Develop Schedule 

Inputs: Project Management Plan, Project Documents, Agreements, EEF, OPA



Tools & Techniques: Schedule Network Analysis, Critical Path Method, Resource

Optimization,

Data

Analysis,

Lead

and

Lags,Schedule

Compression, Project Management Information System, Agile Release Planning 

Outputs: Schedule Baseline, Project Schedule, Schedule Data, Project Calendars, Change Requests, Project Managment Plan Updates, Project Documents Updates



the schedule baseline is the approved and signed version of project schedule that is incorporated into the PM plan



the

project schedule

is

calendar-based

taking

into

accounts

holidays/resource availability/vacations o

vs the time estimate (work effort/level of effort) just describes the man hours/man days



the Schedule Data includes schedule milestones, schedule activities, activities attributes, and documentation of all assumptions and constraints, alternative schedules and scheduling of contingency reserves



Slack/Float o

Slack/Float: activities that can be delayed without impacting the schedule

o

Free slack/float: time an activity can be delayed without delaying the Early Start of the successor

o

Total slack/float: time an activity can be delayed from early start without delaying the project end date (scheduling flexibility), can be negative, 0 (on the critical path) or positive

o

Project Float: without affecting another project

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o

Negative float: problem with schedule, need schedule rework

o

Project slack/float: time the project can be delayed without delaying another project 

Early Start (ES) – earliest time to start the activity



Late Start (LS) – latest time to start without impacting the late finish



Early Finish (EF) – earliest time to end the activity



Late Finish (LF) – latest time to finish without impacting successor activity



Slack/Float = LS – ES or LF – EF



The float is the highest single value along the critical path, NOT the sum of them



Critical Path: the longest path that amount to shortest possible completion time (usually zero floats, activities with mandatory dependency with finish-tostart relationship), can have more than 1 critical paths (more risks), critical paths may change (keep an eye on near-critical paths) o

activities on the critical path are called critical activities

o

Path with negative float = behind schedule, need compression to eliminate negative float



Forward Pass: compute the early start



Backward Pass: compute the late start



Fast Tracking: allow overlapping of activities or activities in parallel, included risks/resource overloading



Crashing: shorten the activities by adding resources, may result in team burnout



Agreements are added as an input (in PMBOK® Guide 6th Edition) as these contain details of how the sellers/vendors will perform the project work to meet contractual commitments. Works from external parties will have a direct impact on the project schedule.



Agile Release Planning, also added as an input, provides a high-level summary timeline of the release schedule (typically within 3-6 months) based on the product roadmap and the product vision for the product releases (based on business goals, dependencies, etc.)



o

determines the number of iterations or sprints required in a release

o

allows the product owner and team to decide how much time needed

Scheduling Techniques o

Critical Path Method (CPM) – compute the forward and backward pass to determine the critical path and float

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o

Critical Chain Method (CCM) – deal with scarce resources and uncertainties, keep the resources levelly loaded by chaining all activities and grouping the contingency and put at the end as project buffer, for activities running in parallel, the contingency is called feeding buffer (expect 50% of activities to overrun)

o

The buffer is determined by assessing the number of uncertainties, human factors, etc.



Resource Optimization Techniques o

Resource leveling is used to adjust the variation in resource loading to stabilize the number of resources working each time and to avoid burnout, may need to extend the schedule in CPM

o

Resource smoothing is to adjust resource requirements so as not to exceed predetermined resource limits, but only optimized within the float boundaries



Data Analysis Tools o

What if analysis: to address feasibility/possibility of meeting project schedule, useful in creating contingency plan

o

Monte Carlo: run thousands of times to obtain the distribution using a set of random variables (stochastic variables), use a combination of PERT estimate and triangular distributions as endpoint estimates to create the model to eliminate schedule risks, the graph is an ‘S’ curve



Network Diagram: bar charts with logical connections



Hammock activities: higher-level summary activities between milestones



Milestone Charts: show only major deliverables/events on the timeline



data date (status date, as-of date): the date on which the data is recorded



the Project Calendars identify working days

Control Schedule 

Inputs: Project Management Plan, Project Documents, Work Performance Data, OPA



Tools & Techniques: Data Analysis, Critical Path Method, Project Management Information System, Resource Optimization, Lead and Lags, Schedule Compression



Outputs:

Work

Performance

Information,

Schedule

Forecasts, Change

Requests, Project Managment Plan Updates, Project Documents Updates

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

measure result, make adjustments to the project work plan (if needed) through resource optimization, lead and lags or schedule compression, and adjust metrics





Data analysis includes: o

Earned value analysis

o

Iteration burndown chart

o

Performance reviews

o

Trend analysis

o

Variance analysis

o

What-if scenario analysis

Change requests generated are to be assessed in the Perform Integrated Control Process

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Project Cost Management 

important cost management/calculation terms: o

sunk cost – cost already incurred in the past and cannot be recovered, do not consider any more

o

opportunity cost – difference in value between one path vs alternative (= 100% of the value of next best alternative)

o

value analysis/ engineering – cost reduction without affecting the scope

o

Benefit-Cost Analysis (BCA) / Cost-Benefit Analysis (CBA) – determine feasibility, bigger benefit/cost ratio (BCR)

o

Payback Period – the length of time to recover the investment

o

Return on Investment (ROI) – the efficiency of investment = (GainCost)/Cost

o

Time Value of Money – Present Value (PV) = value / (1+interest rate)*year, Future Value (FV) = value * (1+interest rate)*year

o

Net Present Value (NPV) = PV of cash inflows – PV of cash outflows (cost)

o

funding for the project: self-fund, funding with equity, funding with debts

o

discount rate – rate used to calculate the present value of expected yearly benefits and costs

Plan Cost Management 

Inputs: Project Charter, Project Management Plan, EEF, OPA



Tools & Techniques: Expert Judgement, Data Analysis, Meetings



Outputs: Cost Management Plan



The Cost Management Plan establishes



o

level of accuracy and level of precision

o

unit of measurement

o

WBS procedure links (to control account (CA))

o

control threshold

o

earned value rules of performance, reporting, funding and processes

Life cycle costing = total cost of ownership: production cost, running and maintenance cost, etc.



Data analysis techniques include:

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o

alternatives analysis — strategic funding options, ways to acquire project resources

Estimate Costs 

Inputs: Project Management Plan, Project Documents, EEF, OPA



Tools & Techniques: Expert Judgement, Analogous Estimating, Parametric Estimating, Bottom-up Estimating, Three-point Estimating, Data Analysis, Project Management Information System, Decision Making



Outputs: Cost Estimates, Basis of Estimates, Project Document Updates



look for ways to reduce cost



ensure the subject matter experts (SME) to deliver the estimates (which is much more accurate)



cost estimate to be based on WBS



Cost Types o

Variable costs – costs change with the amount of work, e.g. hourly consultants





o

Fixed costs – costs that are constant, e.g. equipment leases

o

Direct costs – directly attributed to the project

o

Indirect costs – shared costs like AC, lighting, etc.

Data Analysis Techniques o

Alternatives analysis

o

Reserve analysis

o

Cost of quality – cost of conformance and non-conformance

Cost Estimate Tools o

Analogous Estimating (Top Down Estimate) — compare to a similar project in the past (an estimating heuristic/rule of thumb)

o

Parametric Estimating — use a parameter and repetitive units of identical work

o

Bottom-up Estimating — detailed estimates of each individual activity from historical data, more accurate and time-consuming

o

Three-point Estimating — taking into accounts of the pessimistic, optimistic and most likely estimates



Activity Cost Estimates may include indirect cost and contingency reserves



usually to be expressed in a range of values

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

Basis of Estimates – detailed analysis on how the cost estimate was derived (assumptions, constraints, possible range (+/-15%), confidence level of final estimate)

Determine Budget 

Inputs: Project Management Plan, Project Documents, Business Documents (business case, benefits management plan), Agreements, EEF, OPA



Tools & Techniques: Expert Judgement, Cost Aggregation, Data Analysis, Historical Relationships, Funding Limit Reconciliation, Financing



Outputs: Cost Baseline, Project Funding Requirements, Project Document Updates



Budget is more about when to spend money



Historical Relationships – analogous/parametric estimation



Data Analysis =>Reserve Analysis – addresses Management Reserve (unknown unknowns) and Contingency Reserve (known risks) [not included in calculation of earned value managment]



Funding Limit Reconciliation – addresses variance between funding limit (e.g. monthly or yearly limit) and planned expenditure, may require rescheduling of work to level of the rate of expenditure



Value Engineering – to improve quality/shorten schedule without affecting the scope



Project Budget = Cost baseline (the approved time-phased budget) + Management Reserve



when management reserve is used during project execution, the amount is added to the cost baseline



S-curve: total project expenditure over project lifecycle



Financing: acquiring funding for projects, may source from internal and/or external sources

Control Costs 

Inputs: Project Management Plan, Project Documents, Project Funding Requirements, Work Performance Data, OPA



Tools

&

Techniques: Expert

Judgement,

Data

Analysis,

To-complete

Performance Index, Project Management Information System

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

Outputs: Work Performance Information, Cost Forecasts, Change Requests, Project Management Plan Updates, Project Document Updates



Check against the Project Funding Requirements o

controlling costs including informing stakeholders of all approved changes and their costs

o

perform Control Cost more often during execution where money is spent fastest



Data analysis techniques: o

Earned value analysis

o

Variance analysis — including schedule variance (SV), cost variance (CV), schedule performance index (SPI), and cost performance index (CPI) to check against the baseline for any variance



o

Trend analysis

o

Reserve analysis

Earned Value Calculation o

o

Estimate at Complete: 

new estimate required (original flawed)



no BAC variance



CPI will continue



sub-standard cost/schedule will continue

TCPI (To-complete Performance Index): 

>1 not enough funding remain (over budget)



<1 more fund available than needed (under budget)



SPI at end of project must be 1



SPI is NOT telling much information about whether the project is on schedule as the Critical Path must also be investigated to get a meaningful picture

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EVM Concepts with Examples Earned value management (EVM) is used to assess the schedule and cost performance of a project — with EVM, the project manager will know exactly whether the project is: 

ahead of / on / behind schedule



under / on / over budget

Earned value management (EVM) bases on the concept that i) work completed will deliver value and ii) the value delivered equals the budget put into the work. The value gained can be assessed along the progression of the project. In reality, earned value management is very complicated as value usually cannot simply be assessed based on the percentage of completion. Good news here: PMI has simplified PMP® EVM calculation to very “ideal” situations! You will just need to know the following to get your PMP® EVM questions correct.

Basic EVM Formulas To speak more clearly how the value is to be managed, a number of terms are defined in EVM (explained with the example of building 10 houses each has a value of US$1000 expected to be completed in 10 weeks in proportion): 

Planned Value (PV) — The budgeted value of the work completed so far at a specific date example: at end of week 4, altogether 4 houses should be completed, the PV is US$4000



Earned Value (EV) — The actual value of the work completed so far at a specific date (refer to the ―Notes on Earned Value Measurement‖ section below) example: by end of week 4, only 3 houses are completed, the EV is US$3000



Actual Cost (AC) — The total expenditure for the work so far at a specific date example: by end of week 4, US$4000 was spend, the AC is US$4000

EVM is based on monitoring these three aspects along the project in order to reveal the health of the project with the following indices:

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

Schedule Variance (SV) — difference between PV and EV, to tell whether the project work is ahead of / on / behind schedule o

SV = EV – PV If the project is behind schedule the SV will be negative (i.e. achieved less than what planned) If the project is on schedule the SV = 0 If the project is ahead of schedule the SV will be positive (i.e. achieved more than what planned)

o

example: by end of week 4, the SV = EV – PV = US$3000 – US$4000 = US$1000 (behind schedule)



Schedule Performance Index (SPI) — ratio between EV and PV, to reflect whether the project work is ahead of / on / behind schedule in relative terms o

SPI = EV/PV If the project is behind schedule the SPI < 1 (i.e. achieved less than what planned) If the project is on schedule the SPI = 1 If the project is ahead of schedule the SPI > 1 (i.e. achieved more than what planned)

o

example: by end of week 4, the SPI = EV/PV = US$3000/US$4000 = 0.75 (behind schedule)



Cost Variance (CV) — difference between PV and AC, to tell whether the project work is under / on / over budget o

CV = EV – AC If the project is over budget the CV will be negative (i.e. achieved less than spent) If the project is on budget the CV = 0 If the project is under budget the CV will be positive (i.e. achieved more than spent)

o

example: by end of week 4, the CV = EV – AC = US$3000 – US$4000 = US$1000 (over budget)



Cost Performance Index (CPI) — ratio between EV and AC, to reflect whether the project work is under / on / over budget in relative terms o

CPI = EV/AC If the project is over budget the CPI < 1 (i.e. achieved less than spent) If the project is on budget the CPI = 1 If the project is under budget the CPI > 1 (i.e. achieved more than spent)

o

example: by end of week 4, the CPI = EV/AC = US$3000/US$4000 = 0.75 (over budget)

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Note: Both SV and SPI / CV and CPI give similar information on schedule / budget but the indices will give more insights into the actual performance with a meaning comparison. From my experience, the most difficult process of solving EVM problems for PMP® Exams is to identify the PV, EV and AC from the wordy calculation questions. Then you will just have to recall the correct formula to substitute the values into to get the answer — the question will usually ask you directly about the actual indices to get.

Advanced EVM Formulas 

Budget at Completion (BAC) — also known as the project/work budget, that is the total amount of money originally planned to spend on the project/work o



example: the BAC for the housing project = US$1000 x 10 = US$10000

Estimate at completion (EAC) — as the project goes on, there may be variations into the actual final cost from the planned final cost, EAC is a way to project/estimate the planned cost at project finish based on the currently available data o

The following formulas can be used to calculate EAC based on which information and conditions given in the question: 

EAC = BAC/CPI If we believe the project will continue to spend at the same rate up to now 

The delay is caused by reasons which is likely to continue (e.g. labour with less skilled than expected)



example: the EAC for the housing project = US$10000 / 0.75 = US$13333



EAC = AC + (BAC-EV) If we believe that future expenditures will occur at the original forecasted amount (no more delays of the same kind in future) 

The delay might be caused by some unforeseen reasons (e.g. typhoon) which is not likely to happen again



example: the EAC for the housing project = US$4000 + (US$10000 – $3000) = US$11000



EAC = AC + [(BAC-EV)/(SPI*CPI)] If we believe that both current cost and current schedule performance will impact future cost performance

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

The performance of the project will continue with subprime standards (over budget and behind schedule)



This formula is less likely to be used for the PMP® Exam



example: the EAC for the housing project = US$4000 + [(US$10000 – $3000)/(0.75*0.75)] = US$16444



EAC = AC + New Estimate If we believe the original conditions and assumptions are wrong 



Will not be tested as there is nothing to calculate

Variance at Completion (VAC) — the variance at completion, i.e. the difference between the new estimate at completion and original planned value o

VAC = BAC – EAC If we forecast the project will be over budget, VAC will be negative If we forecast the project will be under budget, VAC will be positive

o

example: the VAC for the housing project = US$10000 – US$13333 (just take the 1st EAC as an example only) = -US$3333



To Complete Performance Index (TCPI) — the efficiency needed to finish the project on budget, it is the ratio between budgeted cost of work remaining and money remaining o

TCPI = (BAC-EV)/(BAC-AC) Use this equation if the project is required to finish within BAC 

example: the TCPI for the housing project at end of week 4 = (US$10000 – US$3000) / (US$10000 – US$4000) = 1.167

o

TCPI = (BAC-EV)/(EAC-AC) Use this equation if the project is required to finish within new EAC 

example: the TCPI for the housing project at end of week 4 with new EAC US$13333 = (US$10000 – US$3000) / (US$13333 – US$4000) = 0.75

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EVM Charts In common practices, EVM will also involve plotting the values on a graph in order to help stakeholders concerned to visualize the progress and the health of the project. More often than not you will find the EV, AC and PV plotted on a graph and you will be asked on the interpretation of the graph. Insights to be gained from the chart: 

If EV line is below PV, the project is behind schedule; if EV is above PV, the project is ahead of schedule.



If AC line is below EV, the project is within budget; if AC is above EV, the project is over budget.

Below is an example of the EVM charts you would be likely to encounter in your PMP® Exam — solid lines represent actual figures while dotted lines represent forecasted figures:

Judging from the chart above, we can infer that the project is currently over budget and behind schedule.

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Earned Value Management (EVM) Formulas Name (Abbreviation)

Formula

Schedule Performance Index (SPI)

SPI = EV/PV

Cost Performance Index (CPI)

CPI = EV/AC

Schedule Variance (SV)

SV = EV – PV

Cost Variance (CV)

CV = EV – AC

Estimate at Completion (EAC) if original is flawed

EAC = AC + New ETC

Estimate at Completion (EAC) if BAC remains the same

EAC = AC + BAC – EV

Interpretation

< 1 behind schedule EV = Earned Value = 1 on schedule PV = Planned Value > 1 ahead of schedule < 1 Over budget = 1 On budget EV = Earned Value > 1 Under budget AC = Actual Cost sometimes the term „cumulative CPI‟ would be shown, which actually is the CPI up to that moment

< 0 Behind schedule EV = Earned Value = 0 On schedule PV = Planned Value > 0 Ahead of schedule <0 =0 EV = Earned Value > 0 AC = Actual Cost

Over budget On budget Within budget

if the original estimate is based on AC = Actual Cost wrong New ETC = New Estimate to data/assumptions or Completion circumstances have changed

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the variance is caused by a oneAC = Actual Cost time event and is not BAC = Budget at completion likely to happen EV = Earned Value again

46

Estimate at Completion (EAC) if CPI remains the same

EAC = BAC/CPI

if the CPI would remain the same till BAC = Budget at completion end of project, i.e. CPI = Cost performance index the original estimation is not accurate

Estimate at Completion (EAC) if substandard performance continues

EAC = AC + [(BAC EV)/(CPI*SPI)]

To-Complete Performance Index (TCPI)

TCPI = (BAC – EV)/ (BAC – AC)

use when the question gives all the values (AC, BAC, EV, CPI and SPI), AC = Actual Cost otherwise, this BAC = Budget at completion formula is not likely EV = Earned Value to be used CPI = Cost Performance Index SPI = Schedule Performance Index <1 =1 >1

Under budget On budget Over budget

<0 =0 BAC = Budget at completion > 0 EAC = Estimate at Completion

Over budget On budget Under budget

BAC = Budget at completion EV = Earned value AC = Actual Cost

TCPI = Remaining Work /Remaining Funds BAC = Budget at completion EV = Earned value CPI = Cost performance index Estimate to Completion

ETC = EAC -AC EAC = Estimate at Completion AC = Actual Cost

Variance at Completion

VAC = BAC – EAC

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Project Quality Management 

Quality: the degree to which a set of inherent characteristics fulfills requirements, decrease rework/costs, increase productivity/stakeholder satisfaction



everyone in the organization is responsible for the quality (project team for destined parts while PM for project quality), the project manager is ultimately responsible for the project quality



The project manager is required to perform continuous improvement activities (quality assurance), verify quality before completion of deliverables (control quality)



prevention over inspection



continuous improvement to ensure quality (quality assurance) — Quality Management processes are so focused on reviewing every deliverable – not just the final product, but all of the components, designs and specifications too.



some costs of quality will be borne by the organization (organization quality policy, e.g. quality audit, ISO accreditation)



Quality Management Concepts o

Crosby Zero Defects: identify processes to remove defects, quality is built in to the processes

o

Juran Fitness for Use: does the product/service meet customer‘s need? i) Grade, ii) Quality conformance, iii) Reliability/maintainability, iv) Safety, v) Actual Use

o

W. Edwards Deming: 85% of quality problem is managers‘ responsibility, develop ―System of Profound Knowledge‖ [system = components working together to achieve an aim] i) Appreciation for system, ii) Knowledge about variation (special cause vs common cause) , iii) Theory of Knowledge

(built

up

by

prediction/observation/adjustment)

,

iv)

Psychology o

Six Sigma: achieve 3.4/1 mil defect level (99.999%) using DMAIC (Define, Measure, Analyze, Implement, Control) or [Design for Six Sigma] DMADV (Define, Measure, Analyze, Design, Validate) approach, refine the process to get rid of human error and outside influences with precise measurements, variations are random in nature

o

Just In Time: eliminate build up of inventory

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o

Total Quality Management (TQM): ISO 8402 all members to center on quality to drive customer satisfaction , refine the process of producing the product

o

Kaizen改善: implement consistent and incremental improvement, to reduce costs, cycle time, drive customer satisfaction using PDCA (Plan Do Check Act)

o

The Plan-Do-Check-Act cycle is a way of making small improvements and testing their impact before you make a change to the process as a whole. It comes from W. Edwards Deming‘s work in process improvement, which popularized the cycle that was originally invented by Walter Shewhart in the 1930s.

o

Capability Maturity Model Integration (CMMI): improve overall software quality (design, development and deployment)

o

ISO9000: ensures the defined processes are performed in accordance to the plan



Important Terms: o

outliers are singular measurements outside the control limits

o

Grade (fit for use or not) vsQuality (conformance to stated requirements)

o

Accuracy (correctness) vsPrecision (consistence, how closely conforms to target, standard deviation is a measure of precision, smaller standard deviation higher precision)

o

under control: the process is predictable and repeatable

Plan Quality Management 

Inputs: Project Charter, Project Management Plan, Project Documents (assumption log, requirements traceability matrix, risk register, stakeholder register), EEF, OPA



Tools & Techniques: Expert Judgement, Data Gathering, Data Analysis, Decision Making, Data Representation, Test and Inspection Planning, Meetings



Outputs: Quality Management Plan, Quality Metrics, Project Management Plan Updates, Project Documents Updates



quality policy (either organizational or just for the project), methods and procedures to meet the objectives and satisfy customer‘s needs o

including identifying the quality requirements and document how to achieve

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o

The goal is to refine the process so that human errors and outside influences no longer exist, and any remaining variations are completely random



Quality Metrics: function points, MTBF (mean time between failure), MTTR (mean time to repair)





Data Gathering Tools: o

Benchmarking: compare to past activities/standard/competition

o

Brainstorming

o

Interviews

Data Analysis tools: o

Cost-benefit Analysis: cost of implementing quality requirements against benefits

o

Cost of Quality: 

Cost of Quality is the total cost of quality efforts throughout the product‘s lifecycle



cost of conformance + cost of non-conformance: cost of conformance (prevention cost, appraisal cost) vs cost of nonconformance (failure cost [internal/external])



lowest quality cost is prevention, highest quality cost (poor quality) is rework and defect repair (as high as 5000 times the cost for carrying out unit testing), lost reputation and sales, failure cost may be internal/external (found by customer)



Warranty

claims

internal/external

are

is

external

reference

to

cost the

of project

quality

—

(not

the

organization) o

Cause-and-effect / Ishikawa / Fishbone Diagram: for identifying the cause

o

Flowchart: (e.g. SIPOC diagram) for identifying failing process steps and process improvement opportunities

o

Check Sheets (tally sheets): collecting data/documenting steps for defeat analysis

o

Histograms: does not consider the influence of time on the variation that exits within a distribution

o

Pareto Chart: based on 80/20 principle, a prioritization tool to identify critical issues in descending order of frequency, sort of a histogram

o

Statistical Process Control (SPC) Chart: determine if a process is stable/predictable

using

statistical

sampling

(assessed

by

accuracy[conformance] and precision[standard deviation]), identity the

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internally computed control limits (UCL/LCL) and specification limits (USL/LSL) by the customer/PM o

run chart is similar to control chart, but without the control 

usually +-3sigma i.e. a range of 6 sigma



a form of time series



if a process is within control limit but beyond specification limit, the process is experiencing common cause variation (random) that cannot be corrected by the system, management help is needed (special cause can be tackled but NOT common cause)

o

Stability Analysis / Zone Test: rule of seven (7 consecutive on either side of the mean = out of control), rule of six (six consecutive with a trend = out of control), rule of ten (10 as a saw-tooth pattern around the mean), rule of one (1 point beyond control limit) [signal in the noise]

o 

Scatter Diagram: for trending, a form of regression analysis

Data Representation tools: o

Flowcharts

o

Logical data model

o

Matrix Diagrams: House of Quality (HOQ) used in Quality Function Deployment (QFD) (method to transform user demands [VOC] into design quality)

o 

Mind mapping

Test and Inspection Planning o

used to determine how to test or inspect the product, deliverable, or service to meet the stakeholders‘ needs and expectations





alpha/beta releases



inspections



field tests

Other quality tools: o

Design of Experiments (DOE): change several factors at a time for each experiment, to determine testing approaches and their impact on cost of quality

o

Loss Function: a financial measure of the user‘s dissatisfaction with product performance

o

Kano Model: differentiate features as satisfy, delight or dissatisfy

o

Marginal Analysis: cost-benefit analysis

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o

Force Field Analysis (FFA): reviews any proposed action with proactive and opposing forces

o

Process Improvement Plan: process boundaries, configuration, process metrics/efficiencies, targets for improved performance

o

Quality Checklists: checklist to verify a series of steps have been performed

o

Marginal Analysis: ROI of quality measures

Manage Quality 

Inputs: Project Management Plan, Project Documents, OPA



Tools & Techniques: Data Gathering, Data Analysis, Decision Making, Data Representation, Audits, Design for X (DfX), Problem Solving, Quality Improvement Methods



Outputs: Quality Report, Test and Evaluation Documents, Change Requests, Project Management Plan Updates, Project Documents Updates



Manage Quality is in the Executing Process Group o

ensures the quality standards are being followed, to ensure unfinished works would meet the quality requirements

o

by quality assurance department or sponsor/customer not actively involved in the project

o

primarily concerned with overall process improvement for activities and processes (rather than the deliverable)

o 



utilize the data collected in Control Quality Process

Data Analysis tools: o

Alternatives analysis

o

Document analysis

o

Process analysis — to identify opportunities for process improvements

o

Root cause analysis

Data Representation tools: o

Affinity Diagrams: like a mind-mapping diagram, organize thoughts on how to solve problems

o

Cause and Effect Diagrams

o

Flowcharts

o

Histograms

o

Matrix Diagrams: e.g. ‗house of quality‘ in QFD

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o 

Scatter Diagrams

Design for X(Design for Excellence, DfX) o

a set of technical guidelines that may be applied during the design phase of a product to optimize specific aspects of the design

o

may be able to improve the final characteristics of the product (in aspects like cost reduction, quality improvement, better performance and customer satisfaction)



Quality Audit: to verify quality of processes, to seek improvement, identify best practices, reduce overall cost of quality, confirm implementation of approved changes, need quality documentation



Quality Review: to review the quality management plan



change requests are mostly procedural changes



Quality Improvement Methods are used to analyze and evaluate opportunities for improvements:



o

Plan-Do-Check-Act

o

Six Sigma

Quality Reports o

can be graphical, numerical or qualitative

o

to provide information to help take corrective actions to fulfil project quality expectations

o

includes

quality

management

issues

escalated

by

the

team;

recommendations for process, project and product improvements; corrective action recommendations (can be rework, defect, bug repair, inspection, etc.), summary findings 

Test and Evaluation Documents o

used to evaluate the achievement of quality objectives

o

may include checklists and detailed requirements traceability matrices

Control Quality 

Inputs: Project Management Plan, Project Documents, Approved Change Requests, Deliverables, Work Performance Data, EEF, OPA



Tools & Techniques: Data Gathering, Data Analysis, Inspection, Testing/product Evaluations, Data Representation, Meetings



Outputs: Quality Control Measurements, Verified Deliverables, Work Performance Information, Change Requests, Project Management Plan Updates, Project Documents Updates

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

verify the deliverables against customer‘s specifications to ensure customer satisfaction



validate the changes against the original approved change requests



conditional probability (events somewhat related) vs statistical independence (events not interrelated) vsmutual exclusivity



statistical sampling for control quality



variable (continuous) data: measurements, can do maths on e.g. average



attribute (discrete) data: yes/no, no.123, just an identifier, can‘t do maths on



QC includes the PM process (lesson learnt, budget, scope)



tolerance (spec limits, deliverables acceptable) vs control limits (process acceptable)



if within control limit but outside tolerance: rework the process to give better precision



all control and execution processes may generate lesson learned



Data Analysis Techniques:



o

Performance reviews

o

Root cause analysis

Testing/Product Evaluations o

an organized investigation to provide objective information about the quality of the product/service in accordance with project requirements

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Project Resource Management 

Important: Sexism, racism or other discrimination should never be tolerated, no matter what the circumstances. You must separate your team from discriminatory practices, even if those practices are normal in the country where you‘re working <= This is required for the PMI and PMP® Exam

Plan Resource Management



Inputs: Project Charter, Project Management Plan, Project Documents, EEF, OPA



Tools & Techniques: Expert Judgement, Data Representation, Organization Theory, Meetings



Outputs: Resource Management Plan, Team Charter, Project Documents Update



The Resource Management Plan is to organize and lead the project team as well as other resources o

include roles and responsibilities (identify resources that can take up the responsibilities) as documented (ownership of deliverables) in RAM in the form of RACI chart (matrix) or in a chart/text form, org charts – an

organizational

breakdown

structure

(OBS)

and

staffing

management plan – staff acquisition, release, resource calendar, resource

histogram,

training,

rewards,

compliance

&

safety

requirements 

networking is useful in understanding skills of individuals and the political and interpersonal factors within the organization



Data Representation techniques: o

Hierarchical-type charts 

Work breakdown structures (WBS)



Organizational breakdown structure (OBS) — the OBS displays organizational relationships and then uses them for assigning work to resources in a project (WBS); the org chart also indicates the reporting structure of the project



Resource breakdown structure (RBS)



RACI chart

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

o

Assignment matrix

o

Text-oriented formats

The Team Charter is the document documenting team values, agreements and operating guidelines to create a favourable culture for the project team members.

What is a RACI chart / RACI matrix or RACI graph? 

The four letters of RACI stands for: o

Responsible – Which project member is responsible for carrying out the execution of the task?

o

Accountable – The Project member who is held accountable for the tasks and be given the authority to make decisions? In general, there should only be 1 member accountable for the project task.

o

Consulted – The stakeholders that should be consulted for the work or be included in the decision making (to be engaged in two-way communication).

o

Informed – Who should be informed of the decisions or progress of the work by means of email updates, progress reports, etc. (one-way communication)?



The RACI chart is a tool for tracking the tools for tracking the roles and responsibilities of project members for specific project tasks during project execution.



While there can be an unlimited number of members responsible for the execution of a project task, there should only be one member accountable for the same task. Fixing the accountability to a single person will allow the project team members to know which person to go to should they need to know the progress or details of the task. This can also avoid the false assumption that the other person (if there are more than one accountable) accountable for the task has taken care of the task but in the end, no one has looked after the task.



The member responsible and accountable can be the same for small tasks.



Below is an example of the RACI chart for a website project: Project

Graphic

Manager

Designer

Logo Design

A

R

Web Copy

C

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Copywriter

Coder

C AR

56

Web Coding

A

C

R

Estimate Activity Resources 

Inputs: Project Management Plan, Project Documents, EEF, OPA



Tools & Techniques: Expert Judgement, Bottom-up Estimating, Analogous Estimating, Parametric Estimating, Data Analysis, Project Management Information System, Meetings



Outputs: Resource Requirements, Basics of Estimates, Resource Breakdown Structure (RBS), Project Documents Update



as a planning process



closely related to Estimate Cost Process (in Project Cost Management knowledge area)





Data Analysis includes: o

Various levels of resource capability or skills

o

Different sizes or types of machines

o

Different tools (manual versus automated)

o

Make-rent-or-buy decisions

resource calendar spells out the availability of resources (internal/external) during the project period



matches human resources to activities (as human resources will affect duration)



effort (man day, work week, etc.) vs duration vstime lapsed (total time needed, including holidays, time off)



―alternative analysis‖ includes make-or-buy decisions, different tools, different skills, etc.



Resource Requirements (formerly Activity Resource Requirements) details the types and amounts of resources required for each activity in a work package.



The basis of estimates include methods, assumptions, constraints, the range of estimates, confidence levels, risks, etc.

Acquire Resources

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

Inputs: Project Management Plan, Project Documents, EEF, OPA



Tools & Techniques: Decision Making, Interpersonal and Team Skills, Preassignment, Virtual Teams



Outputs: Physical Resource Assignments, Project TeamAssignments, Resource

Calendars,

Change

Requests,

Project

Management

Plan

Updates, Project Documents Updates, EEF Updates, OPA Updates



to acquire team members/facilities/equipment/materials and other resources necessary to complete the project work



pre-assignment is the selection of certain team members/resources in advance



halo effect: a cognitive bias (if he is good at one thing, he will be good at everything)



Physical Resource Assignments o

documents the physical resource assignments including material, equipment, supplies, locations, and other physical resources that will be used during the project



Project Team Assignments o

documents team assignments including who the team members are and their roles and responsibilities



Resource Calendars o

identifies the working days/shifts/holidays for each resource included in the assignment

Develop Team 

Inputs: Project Management Plan, Project Documents, EEF, OPA



Tools & Techniques: Colocation, Virtual Teams, Communication Technology, Interpersonal and Team Skills, Recognition and Rewards, Training, Individual and Team Assessments, Meetings



Outputs: Team Performance Assessments, Change Requests, Project Management Plan Updates, Project Documents Updates, EEF Updates, OPA Updates



enhancing and improving overall team performance

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

offer feedback, support, engage team members, manage conflicts, facilitate cooperation



Colocation is considered the most effective and productive, should be arranged if allowed



training cost can be set within the project budget or supported by the organization







Communication Technology includes: o

Shared portal

o

Video conferencing

o

Audio conferencing

o

Email/chat

Individual and Team Assessment includes: o

Attitudinal surveys

o

Specific assessments

o

Structured interviews

o

Ability tests

o

Focus groups

PM Authority: legitimate (assigned in project charter), reward, penalty, expert (need to be earned), referent (charisma and likeable, with people with higher power), representative (elected as representative) o

Expert > Reward are best forms of power. Penalty is worst.



Tuckman Model: Forming – Storming – Norming – Performing – Adjourning



the cultural difference should be considered when determining award and recognition



recognition should focus on the win-win reward for the team (NOT competitive-based)



team building is important throughout the whole project period



Motivational Theories o

Maslow’s Hierarchy of Needs – personal needs (Physiological > Security > Social > Esteem > Self Actualization)

o

Herzberg’s

Hygiene

Theory

–

satisfaction

(motivators)

vs

dissatisfaction (hygiene factors to avoid dissatisfaction but do not provide

satisfaction,

incentives/punishments),

also

called

hygiene

KITA

factors

factors

include good

e.g. working

conditions, a satisfying personal life, and good relations with the boss and coworkers o

Expectancy Theory – Expectancy (extra work will be rewarded) Instrumentality (good

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will

be

rewarded)

Valence

(the

59

individual‘s expected reward), for a person to be motivated, efforts/performance/outcome must be matched – will only work hard for achievable goals o

Achievement Theory – three motivation needs: achievement (nAch), power (nPow), affiliation (nAff), best is a balanced style for the PM

o

Contingency Theory – task-oriented/relationship-oriented with stress level (high stress -> task-oriented better)



Leadership Theory o

including

analytical

(with

expertise),

autocratic

(with

power),

bureaucratic, charismatic, consultative, driver (micromanagement), influencing, laissez-faire (stay out) o

Theory X – assumes employees are lazy and avoid work, need incentive/threats/close supervising

o

Theory Y – assumes employees may be ambitious and self-motivated, will perform given the right conditions

o

Theory Z – (Japanese) increasing loyalty by providing job for life with focus on well-being of employee (on and off job), produces high productivity and morale

o

Situational

Continuum

Leadership

–

directing/telling

>

coaching/selling (manager define the work) > supporting/participating (subordinate

define

the

work)

>

delegating

according

to

maturity/capability of the subordinate 

Team Performance Assessments: assess team performance as a whole vs project performance appraisals: individual performance

Manage Team 

Inputs: Project Management Plan, Project Documents, Work Performance Reports, Team Performance Assessments, EEF, OPA



Tools & Techniques: Interpersonal and Team Skills, Project Management Information System



Outputs: Change Requests, Project Management Plan Updates, Project Documents Updates, EEF Updates



in the executing process group



track team member performance, provide feedback, resolve issues and manage team changes

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

when managed properly, differences of opinion can lead to increased creativity and better decision making



Project Documents Input o

issue log is fed from Manage Stakeholder Engagement – used to understand who is responsible for resolving specific issues



o

Lessons learned register

o

Project team assignments

o

Team charter

conflicts:

schedule,

project

priority,

resources,

technical

opinions,

administrative overhead (too much administration work), cost, personality 

Interpersonal and Team Skills o

conflict management: conflicts force a search for alternatives, need openness, not personal, focus on present and future

o

conflict resolution 

collaborate/problem solve[confrontation of problem] (best)



compromise/reconcile

(give-and-take,

temporary/partially

resolve) 

force/direct (worst/short-lived)



smooth/accommodate

(emphasis

common

grounds

and

avoid/touch lightly the disagreements for harmony/relationship) 

withdraw/avoid (other leads to lose-lose)

o

compromise is lose-lose

o

Forcing would only provide a temporary solution

o

Award decisions are made during the process of project performance appraisals



o

Decision making

o

Emotional intelligence

o

Influencing

o

Leadership

monitoring and controlling of the performance of the staff assigned is typically performed by functional managers/HR for functional org

Control Resources 

Inputs: Project Management Plan, Project Documents, Work Performance Reports, Agreements, EEF



Tools & Techniques: Data Analysis, Problem Solving, Interpersonal and Team Skills, Project Management Information System

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

Outputs:

Work

Performance

Information, Change

Requests,

Project

Management Plan Updates, Project Documents Updates



in the monitoring and controlling process group



ensure that the physical resources assigned to the project are available as planned



monitor the planned versus actual utilization of resources and take corrective action with changes requests (if needed)





Data Analysis o

Alternatives analysis

o

Cost-benefit analysis

o

Performance reviews

o

Trend analysis

Problem-solving steps: 1. Identify the problem 2. Define the problem 3. Investigate 4. Analyze 5. Solve 6. Check the solution

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Project Communications Management 

assure the timely collection, generation, distribution, storage, retrieval and ultimate disposition of project information



this Knowledge Area is very important to the ultimate success of the project



message transmission: 7% in word, 38% in vocal pitch, 55% in body language (according to Albert Mehrabian)



must not delay in communicating good and even bad news



the sender has the responsibility to ensure the receiver correctly understand the message



if part of the project is procured, more formal written communication will be expected

Plan Communications Management 

Inputs: Project Charter, Project Management Plan, Project Documents, EEF, OPA



Tools

&

Techniques: Expert

Judgement,

Communication

Requirements

Analysis, Communication Technology, Communication Models, Interpersonal and Team Skills, Data Representation, Meetings 

Outputs: Communications Management Plan, Project Management Plan Update, Project Documents Update



identify the needs for communication with stakeholders of the project o

including the who, what, when (frequency), why, where and how of communications needs and the persons responsible

o

may need to limit who can communicate with whom and who will receive what information

o

time and budget for the resources, escalation path, flow charts, constraints, guideline and templates



efficient communication: only the required messages



effective communication: right timing, right format, right medium



Communication Methods



o

interactive (multidirectional communication, most effective)

o

push (active, messages sent without validation of receipt)

o

pull (passive, access directly by stakeholders)

low context vshigh context (Japanese — more polite)

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

(Shannon-Weaver model) Sender-Receiver Model: i) encoded the idea, ii) message and feedback, iii) medium, iv) noise level, v) the decoded idea. The sender to ensure info is clear, complete and the recipient correct understands. The recipient to ensure the complete message is received (to acknowledge) and provide feedback/response.





Effective Listening: o

feedback

o

active listening

o

paralingual (voice expression, nonverbal elements)

Communication channels: N (N -1) / 2

// N is the number of team

members 

meetings should facilitate problem-solving



As a norm, PM spends 90% of their time on COMMUNICATION activities, 50% of the time is spent on communicating with the team

Manage Communications 

Inputs: Project Management Plan, Project Documents, Work Performance Reports, EEF, OPA



Tools & Techniques: Communication Technology, Communication Models, Communication Skills, Project Mangement Information System, Project Reporting, Interpersonal and Team Skills, Data Representation, Meetings



Outputs: Project Communications, Project Management Plan Update, Project Documents Update, OPA Update



create, collect, distribute, store, retrieve and dispose of project information according to the Communications Management Plan o

ensures good communication, noises managed, stakeholders may feedback on how to improve



Communication Barriers vs Communication Enhancers



55% message thru body language, 38% thru paralingual, 7% thru words used



Types of Communications: Formal Written, Formal Verbal, Information Written, Informal Verbal



Interpersonal and Team Skills include: o

Active listening

o

Conflict management

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

o

Cultural awareness

o

Meeting management

o

Networking

o

Political awareness

Project Reporting: status, progress, variance, trend, earned value reports and forecasts, summary of changes, risks and issues



PM Plan Update to show the latest performance (against Performance Measurement Baseline)



Feedback from stakeholders are to be stored in OPA

Monitor Communications 

Inputs: Project Management Plan, Project Documents, Work Performance Data, EEF, OPA



Tools & Techniques: Expert Judgement, Project Management Information System, Data Analysis, Interpersonal and Team Skills, Meetings



Outputs:

Work

Performance

Information,

Change

Requests,

Project

Management Plan Update, Project Documents Update



to ensure optimal information flow for effective stakeholder expectation management



issue log is to document the issues and monitor its resolutions (by the person responsible)



Data Analysis tool includes stakeholder engagement assessment matrix — to assess the current situation of communication effectiveness through the review of changes between the desired and current engagement and adjusting communications (alternative ways/frequency/methods) as necessary

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Project Risk Management 

Project Risk Management is involved in risk identification, management and response strategy impacts every area of the project management lifecycle o

risk = uncertainty

o

risk management= increase the probability of project success by minimizing/eliminating negative risks (threats) and increasing positive events (opportunities)

o

everyone is responsible for identifying risks for the project



risk has one or more causes and has one or more impacts



risk attitudes (EEF): risk appetite (willingness to take risks for rewards), tolerance for risk (risk tolerant or risk-averse), risk threshold (level beyond which the organization refuses to tolerate risks and may change its response)



pure (insurable) riskvs business risk (can be +ve or -ve)



known risks that cannot be dealt with proactively (active acceptance) should be assigned a contingency reserve or if the known risks cannot be analyzed, just wait for its happening and implement the workaround (which is considered passive acceptance)

Plan Risk Management 

Inputs: Project Charter, Project Management Plan, Project Documents, EEF, OPA



Tools & Techniques: Expert Judgement, Data Analysis, Meetings



Outputs: Risk Management Plan



The Plan Risk Mangement process is involved in defining and providing resources and time to perform risk management. o

including methodology, roles and responsibilities, budget, timing (when and how often), risk categories (e.g. risk breakdown structure RBS), definitions, stakeholder tolerances (an EEF), reporting and tracking



performed at project initiation and early in the Planning process



failure to address risks early on can ultimately be more costly later on in the project



Data Analysis techniques include stakeholder risk profile analysis (using the stakeholder register), strategic risk scoring sheets, etc.

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

a risk breakdown structure (RBS) (included in the PM Plan) – risks grouped by categories and occurring areas



key risk categories: o

scope creep

o

inherent schedule flaws

o

employee turnover

o

specification breakdown (conflicts in deliverable specifications)

o

poor productivity

Identify Risks 

Inputs: Project

Management

Plan,

Project

Documents,

Agreements,

Procurement Documentation, EEF, OPA 

Tools & Techniques: Expert Judgement, Data Gathering, Data Analysis, Interpersonal and Team Skills, Prompt Lists, Meetings



Outputs: Risk Register, Risk Report, Project Document Updates



to find out and document all risks affecting the project from all aspects of the project, including: o

agreements/contracts within/outside of the organization

o

procurements

o

requirements, schedule, cost, resource, quality, scope, etc. from the project management plan



Data Gathering Techniques: brainstorming, checklists, interviews, Delphi technique [a panel of independent experts, maintain anonymity, use questionnaire, encourage open critique],



Data Analysis Techniques: o

root cause analysis [performed after an event to gain understanding to prevent similar events from occurring], SWOT analysis, assumption and constraint analysis 

root

cause

analysis:

safety-based

(prevent

accidents),

production-based, process-based (include business process), failure-based, systems-based (all above) 

root cause analysis tools: FMEA, Pareto Analysis, Bayesian Inference (conditional probability), Ishikawa Diagrams, KepnerTregoe

o

Monte Carlo analysis can identify points of schedule risks

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

Prompt List o

The prompt list (newly added in PMBOK® Guide 6th Edition) is a predetermined list of risk categories that are at the lowest level of the risk breakdown structure which is used to assist in identifying risks of the projects

o

examples of prompt lists: 

PESTLE

(political,

economic,

social,

technological,

legal,

environmental) 

TECOP

(technical,

environmental,

commercial,

operations,

political)  

VUCA (volatility, uncertainty, complexity, ambiguity)

Risk Register (typically not including the risk reserve) o

The Risk Register may include a risk statement

o

any risk with a probability of >70% is an issue (to be dealt with proactively and recorded in the issue log)



The Risk Report (new in PMBOK® Guide 6th Edition) is a document used to present information (e.g. no. of identified threats and opportunities, distribution of risks across risk categories, metrics and trends) on overall project risk. It also includes a summary information on individual project risks.

Perform Qualitative Risk Analysis 

Inputs: Project

Management

Plan,

Project

Documents,

Agreements,

Procurement Documentation, EEF, OPA 

Tools & Techniques: Expert Judgement, Data Gathering, Data Analysis, Interpersonal and Team Skills, Risk Categorization, Data Representation, Meetings



Outputs: Project Document Updates (e.g. Risk Register)



prioritizing risks for further analysis/action and identify high priority risks o

risks requiring near-term responses are more urgent to address

o

need to identify bias and correct it (e.g. risk attitude of the stakeholders)



Data Analysis Techniques include: o

Risk data quality assessment

o

Risk probability and impact assessment

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o

Assessment of other risk parameters (e.g. urgency, proximity, dormancy, manageability, controllability, detectability, connectivity, strategic impact, propinquity)



Data Representation Tools: o

qualitative risk assessment matrix (format described in the Risk Management Plan)

o 

hierarchical-type charts

the risk register is updated along the following processes: Perform Qualitative Risk Analysis, Perform Quantitative Analysis, Plan Risk Responses and Monitor & Control Risks

Perform Quantitative Risk Analysis 

Inputs: Project

Management

Plan,

Project

Documents,

Agreements,

Procurement Documentation, EEF, OPA 

Tools & Techniques: Expert Judgement, Data Gathering, Interpersonal and Team Skills, Representation of Uncertainty, Data Analysis



Outputs: Project Document Updates



the cost, schedule and risk management plan contains guidelines on how to quantitatively analyze risks o



involves mathematical modelling for forecasts and trend analysis

Representation of Uncertainty (probability distribution) reflects the risks as a probability distribution, which can be in the following distribution types:



o

Triangular

o

Normal (bell-shaped curve)

o

Lognormal

o

Beta

o

Uniform

o

Discrete

Data Analysis Techniques: o

sensitivity analysis (using the tornado diagram as presentation) for determining the risks that have the most impact on the project

o

Failure Modes Effects Analysis (FMEA)

o

FMEA for manufactured product or where risk may be undetectable, Risk Priority Number (RPN) = severity (1-10) x occurrence ([0.07%] 1-10

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[20%]) X detectability (1-10 [undetectable]), also a non-proprietary approach for risk management o

Expected Value / Expected Monetary Value (EMV), probability x impact (cost/effort lost), opportunities (+ve values), threats (-ve values)

o

Simulations/Monte Carlo Analysis – by running simulations many times over in order to calculate those same probabilities heuristically just like actually playing and recording your results in a real casino situation, ‗S‘ curve (cumulative distribution) will result, may use PERT/triangular distribution to model data, may use thousands of data points (a random variable), for budget/schedule analysis

o

Decision Tree Analysis – another form of EMV, branching: decision squares (decision branch – options), circles (uncertainty branch – possible outcomes)

o

Influence Diagram – graphical representations of situations showing causal influences, time ordering of events, and other relationships among variables and outcomes

Plan Risk Responses 

Inputs: Project

Management

Plan,

Project

Documents,

Agreements,

Procurement Documentation, EEF, OPA 

Tools & Techniques: Expert Judgement, Data Gathering, Interpersonal and Team Skills, Strategies for Threats, Strategies for Opportunities, Contingent Response Strategies, Strategies for Overall Project Risks, Data Analysis, Decision Making



Outputs: Change Requests, Project Management Plan Updates, Project Document Updates



plan response to enhance opportunities and reduce threats



each risk is owned by a responsible person



the watch list is the list of low priority risks items in the risk register



a fallback planwill be used if 1) risk response not effective, 2) accepted risk occurs



Negative Risk Strategies: o

eliminate/avoid (not to use, extend the schedule)

o

transfer (outsource, warranty, insurance)

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o

mitigate

(reduce

the

risk

of

more

testing/precautionary

actions/redundancy) o

accept (passive – do nothing or active – contingency)

o

escalate (escalates a risk to the appropriate party — can be deleted from the risk register or retain in the risk register with a remark)



Positive Risk Strategies: o

exploit (ensure opportunity by using internal resources e.g. reduce cost/use of top talents/new tech)

o

share (contractor with specialized skills, joint venture)

o

enhance (increase likelihood / impact e.g. fast-tracking, add resources etc.)

o

accept



passive risk acceptance to be dealt with when the risk occurs



Strategies for Overall Project Risk o

the PM needs to address the overall project risks with one of the following strategies:





Avoid



Exploit



Mitigate/Enhance



Accept

Contingency Plan (contingent response strategies) (plan A) are developed for specific risk (when you have accepted a risk) with certain triggersvs Fallback Plan (plan B)



Residual Risks – risks remain after the risk response strategy was implemented, may be identified in the planning process (may subject to contingency/fallback planning) They don‘t need any further analysis because you have already planned the complete response strategy you know in dealing with the risk that came before them.



Secondary Risks –

risk arises when the risk response strategy was

implemented 

Reserve Types o

Contingency Reserve: known unknowns (determined risk), part of cost baseline

o

Management Reserve: unknown unknowns (discovery risk), part of project budget



The Risk Register is now completed with: risks and descriptions, triggers, response strategy, persons responsible, results from qualitative and

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quantitative analysis, residual and secondary risks, contingency and fallback, risk budget/time

Implement Risk Responses 

Inputs: Project Management Plan, Project Documents, OPA



Tools & Techniques: Expert Judgement, Interpersonal and Team Skills, Project Management Information System



Outputs: Change Requests, Project Document Updates



in the Executing process group



implementing risk responses is the responsibilities of the risk owners



to ensure that agreed upon risk responses (as from the Plan Risk Response process) are executed as planned to



o

address overall project risk exposure

o

minimize individual project threats

o

maximize individual project opportunities

the Project Management Information System provides the information to allow agreed-upon risk response plans and associated activities to be executed alongside other project activities

Control Risks 

Inputs: Project Management Plan, Project Documents, Agreements, Work Performance Data, Work Performance Reports



Tools & Techniques: Data Analysis, Audits, Meetings



Outputs:

Work

Performance

Information,

Change

Requests,

Project

Management Plan Updates, Project Document Updates, OPA Updates



when all the above risk planning processes have been performed with due diligence, the project is said to have a low-risk profile



responsibilities include: o

to check if assumptions are still valid, procedures are being followed and any deviance

o

to identify new risks and evaluate effectiveness of risk response plan

o

any need to adjust contingency and management reserves

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o

to re-assess the individual risk response strategies to see if they are effective



risk audits deal with the effectiveness of risk response and the risk management process o

risk audits are usually performed by experts outside project team for the whole risk management process



Data Analysis Techniques: o

reserve analysis – apply only to the specific risks of the project for which they were set aside

o 

technical performance analysis

workaround: when no contingency plan exists, executed on-the-fly to address unplanned events – still need to pass through normal change control if change requests are needed o

determine the workaround is performed in control risks

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Project Procurement Management 

sellers are external to the project team



need to go through all 4 processes for each and every procurement



Contract Elements:



o

offer (seller offer buyer)

o

acceptance (buyer criteria)

o

capacity (physical/financial capabilities)

o

consideration (seller receive)

o

legal purpose (must be legal under law)

PM needs to understand terms and conditions, identify risks, include procurement schedule and involve in negotiations



Centralized contracting vs Decentralized contracting



Procurement Categories:





o

major complexity (high risk)

o

minor complexity (low risk, expensive)

o

routine purchase (Commercial Off the Shelf Products COTS)

o

goods and services (to perform part of our product)

Suppliers can be: o

sole source

o

single source (preferred, for building a long-term relationship)

o

oligopoly (very few sellers)

a contract is not required to be written, it can be verbal or handshake, for internal projects, a formal contract is best

Plan Procurement Management 

Inputs: Project Charter, Business Documents, Project Management Plan, Project Documents, EEF, OPA



Tools & Techniques: Expert Judgement, Data Gathering (e.g. Market Research), Data Analysis, Source Selection Analysis, Meetings



Outputs: Procurement Management Plan, Procurement Strategy, Bid Documents, Procurement Statement of Work, Source Selection Criteria, Make-or-buy Decisions, Independent Cost Estimates (inside or outside the organization), Change Requests, Project Documents Update, OPA Updates



identify explicitly what is needed

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

identify possible sellers and pre-meeting with them



make-or-buy analysis (determine whether to obtain products/services outside of the organization) is a compulsory process, needs to take risks into considerations





o

carefully written terms and conditions can transfer/share risks

o

teaming agreements or joint ventures

Procurement Documents: o

request for proposal (RFP)

o

invitation for bid (IFB)

o

request for quote (RFQ)

o

request for information (RFI)

o

tender notice

o

invitation for negotiation

o

seller initial response

The procurement management plan specifies how a project will acquire goods/services from outside, includes contract type, risk management, constraints and assumptions, insurance requirements, form and format, prequalified sellers, metrics used, etc.



Data Analysis Techniques: o

Return on investment (ROI)

o

Internal rate of return (IRR)

o

Discounted cash flow

o

Net present value (NPV)

o

Benefit/cost analysis (BCA)



target cost = total cost = estimated cost, total price = total cost + total profit



Point of Total Assumption – (in fixed-price (incentive fee) contracts) in budget overrun, the point at which the seller assumes all additional costs for delivering the product/service o

PTA = (Ceiling Price – Total Price) / Buyer’s Share Ratio + Target Cost

o

PTA = Target Cost + (Ceiling Price – Target Price) / % Share of Cost Overrun



Procurement Statement of Work (SOW) is a legal document subject to legal reviews, legal advice should be sought throughout the whole procurement process, can be developed by the seller or buyer and must be detailed enough to allow the potential sellers to decide whether they want/are qualified (at a minimum) to pursue the work o

performance (describe what can be accomplished)

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

o

functional (convey the end purpose or result)

o

design (convey precisely what are to be done),

Evaluation Criteria: risk, understanding of need, life-cycle cost, technical capability, management approach, technical approach



Procurement Strategy (new in PMBOK® Guide 6th Edition) o

the procurement strategy determines the project delivery method: 

with/without subtracting, joint venture, representative, etc.



turnkey, design and build (DB), build own operate transfer (BOOT), etc.

o

contract payment types: 

Firm Fixed Price (FFP) – the price is fixed, specifications are well known, risk on the seller



Fixed Price Incentive Fee (FPIF) – incentives for faster/better than contracted



Fixed Price with Economic Adjustment / Economic Price Adjustment (FPEA / FP-EPA) – inflation are taken into account



Purchase Order (PO) – for off-the-shelf goods/services with published rates



Cost Reimbursable (CR) / Cost Plus – buying the expertise (not the products), outcome is not clear, risk on the buyer, little incentive to control costs on buyer, need invoice audits 

Cost Plus Fixed Fee (CPFF)



Cost Plus Incentive Fee (CPIF) – incentive for performance, sharing of unused money if under/over contracted amount



Cost Plus Award Fee (CPAF) – award to be given based on agreed criteria, solely decided by the customer on the degree of satisfaction



Cost Plus Percentage of Costs (CPPC) – illegal for contracts with US Government

 

Cost Contract – no profit, for NGO

Best Efforts – obligates the seller to utilize best attempts, high uncertainty in meeting the goal



Time and Materials (T&M) – (hybrid type) when scope is not known, need constant monitoring to control schedule and cost, simple, for short duration, good for proof-of-concept type projects

o

procurement types

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76



Bid Documents o

Request

for

Proposal

(RFP)

–

cost

reimbursable

contract,

functional/performance SOW o

Invitation for Bid (IFB) / Request for Bid (RFB) – fixed-price contract, design SOW

o 

Request for Quote (RFP) – time and material, any type of SOW

Contractual Terms o

Cancellation for Convenience – buyer can cancel and pay up to the point

o

Cancellation for Cause – default by either party, may result in legal actions

o

Escrow – survivability of seller in doubt, put the product in escrow (esp. if seller does not give up intellectual properties)

o

Force Majeure – standard disclaimer refers to ‗Acts of God‘

o

Indemnification / Liability – responsible party

o

LOI Letter of Intent – not legally binding

o

Privity – the contractor may use sub-contractor, no direct contractual relationship with buyer

o

Retainage – amount to be withheld to ensure delivery

o

Risk of Loss – how the risk is shoulder by the parties

o

Time is of the Essence – delay in delivery will cause cardinal breach of contract

o

Work Made for Hire – all work owned by the buyer

Conduct Procurements 

Inputs: Project

Management

Plan,

Project

Documents,

Agreements,

Procurement Documentation, Seller Proposals, EEF, OPA 

Tools & Techniques: Expert Judgement, Advertising, Bidder Conferences, Data Analysis, Interpersonal and Team Skills



Outputs: Selected Sellers, Agreements, Change Requests, Project Management Plan Updates, Project Documents Update, OPA Updates



identify the sellers and award the contracts



PM may not be the lead negotiator on procurement but may be present to assist o

may need senior management approval before awarding the contracts

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

bidder‘s conference is a Q&A session with bidders, all bidders receive the same information (bidder are careful not to expose their technical approach during the session => may not have many questions)



remember NOT to have secret meetings or communications with individual vendors



review seller proposals: weighting systems, independent estimates, screening systems (screen out non-qualified vendors), seller rating systems (for past performance), expert judgement



Data Analysis includes ensuring that proposal is full and complete



Contract Negotiations and Tactics



o

Fait Accompli – not negotiable terms

o

Deadline – deadline for deliverables

o

Good Guy/ Bad Guy – one friendly, one aggressive

o

Missing Man – decision maker is missing

o

Limited Authority – not given authority

o

Fair and Reasonable – what is fair?

o

Unreasonable – making unreasonable demands

o

Delay – esp in critical moments

o

Attack – force compliance

The agreement is legally binding and should include (PM should NOT attempt to write the agreement): o

statement of work, schedule baseline, performance reporting, the period of performance, roles and responsibilities, warranty, payment terms, fees and retainers, incentives, liability, penalties, etc.

Control Procurements 

Inputs: Project

Management

Plan,

Project

Documents,

Agreements,

Procurement Documentation, Approved Change Requests, Work Performance Data, EEF, OPA 

Tools & Techniques: Expert Judgement, Claims Administration, Data Analysis, Inspection, Audits



Outputs: Closed Procurements, Work Performance Information, Procurement Documentation Updates, Change Requests, Project Management Plan Updates, Project Documents Update, OPA Updates



would be performed by both seller and buyer

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

manage procurement relationships, monitor contract performance, make change and corrections





Data Analysis Techniques: o

Performance reviews

o

Earned value analysis (EVA)

o

Trend analysis

the procurement administrator may be external to the project team o

to close a procurement, the project management team should check and approve all deliverables and a written notice be sent to the seller (closed procurement)

o

may identify early signs and capture details for pre-mature termination of a contract



For Fixed Price contracts, look out for Bait and Switch (replace with cheaper materials), look out for excessive change requests



For Cost Reimbursable contracts, audit all invoices, look out for additional charges, tie payment to milestones, make sure people with the required skill sets are doing the job



For Time and Materials contracts, ensure hours are not padded, follow the milestone dates



the claims administration process deals with changes/disputes, disputes is best to be settled through negotiation > ADR



may need Alternative Dispute Resolution (ADR) by 3rd parties in case disputes cannot be settled



OPA may include the seller‘s performance

(The “Close Procurements” process in PMBOK® Guide 5th Edition has been moved and merged into “Control Procurements and Close Project or Phase”)

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Project Stakeholder Management 

stakeholders are groups/individuals who may affect/be affected by the project



identify stakeholders is a continual process throughout the project lifecycle as some stakeholders may become irrelevant while new stakeholders may be identified as the project evolves



the Project Manager is responsible for the engaging and managing the various stakeholders in a project o

identify stakeholders, communicate and engage them, manage expectations and focus on satisfaction

o

stakeholder satisfaction is a key project objective

Identify Stakeholders 

Inputs: Project Charter, Business Documents, Project Management Plan, Project Documents, Agreements, EEF, OPA



Tools & Techniques: Expert Judgement, Data Gathering, Data Analysis, Data Representation, Meetings



Outputs: Stakeholder Register, Change Requests, Project Management Plan Update, Project Documents Update



identify stakeholders and document the importance/influence (=active involvement)

/impact/interest/involvement

of

stakeholders/groups

of

stakeholders 

stakeholders from procurement process and operation process needed to be included o

agreements are used for determining external stakeholders such as the seller





Data Gathering Tools: o

Questionnaires and surveys

o

Brainstorming

Data Analysis Techniques: o

stakeholder analysis techniques

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

Interest,

rights

(legal

or

moral

rights),

power/interest,

power/influence or impact/influence grid, salience model, prioritization, etc. 

Data Representation Tools: o

Power/interest grid, power influence grid or impact/influence grid (3 ‗I‘s: importance, interest, influence)



determine the stakeholders‘ hot buttons (what response in specific situations) and develop support strategies



stakeholders have the greatest influence in the initial stage of the project



stakeholder analysis matrix is part of the stakeholder management strategy (output of Identify Stakeholders Process)



Salience Model: describing stakeholders based on the power (influence), urgency and legitimacy



document only influential stakeholders if there is a large number of stakeholders



document the impact using a power/influence grid, power/interest grid, influence/impact grid, salience model

Plan Stakeholder Engagement 

Inputs: Project Charter, Project Management Plan, Project Documents, Agreements, EEF, OPA



Tools & Techniques: Expert Judgement, Data Gathering, Data Analysis, Decision Making, Data Representation, Meetings



Outputs: Stakeholder Engagement Plan



strategies to engage stakeholders throughout the project lifecycle



Stakeholder Engagement Plan contains: current/desired engagement levels, scope and

impact to

stakeholders,

interrelationships,

communication

requirements and forms, how to update the plan o

The distribution of this plan requires precautions as the engagement level of stakeholders is a very sensitive information



Data Analysis Tools: o

Assumptions and constraint analysis

o

Mind mapping

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o

Root cause analysis

o

Stakeholder Engagement Assessment Matrix: (C-current level, Ddesired level)

o 

SWOT analysis

Engagement Level o

Unaware

o

Resistant: resistant to change

o

Neutral

o

Supportive: supportive of change

o

Leading: actively engaged in project success

Manage Stakeholder Engagement 

Inputs: Project Management Plan, Project Documents, Agreements, EEF, OPA



Tools & Techniques: Expert Judgement, Communication Skills, Interpersonal and Team Skills, Ground Rules, Meetings



Outputs: Change Requests, Project Management Plan Update, Project Documents Update



ultimate aim is to increase support and minimize resistance from stakeholders by addressing issues with a view to increasing the success of the project o

communicate

and

work

with

stakeholders

to

meet

their

needs/expectations and address issues o

build trust and resolve conflicts, negotiation skills, communication skills

o

need to communicate bad news/issues in a timely manner (not to hide, not to delay)



the communication requirements of individual stakeholder are recorded in the Project Communication Plan



PM may call upon the sponsor for assistance



Ground rules are created to set the expected behaviour of project team members and other stakeholders (for stakeholder engagement)



the Issue Log (Action Item Log): to identify issues/define impacts, owner (most important element) and priority/with the due date

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Monitor Stakeholder Engagement 

Inputs: Project Management Plan, Project Documents, Work Performance Data, EEF, OPA



Tools & Techniques: Data Analysis, Decision Making, Data Representation, Communication Skills, Interpersonal and Team Skills, Meetings



Outputs:

Work

Performance

Information, Change

Requests,

Project

Management Plan Update, Project Documents Update



monitor overall stakeholder relationships and adjusting strategies to achieve the desired level of stakeholder engagement



Decision-Making Tools: o

Multicriteria decision analysis

o

Voting

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