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 Befor Ride -RUN TIME CHECK 

Types of powers of PM:

Legitimate
Reward
Expert
Referent
Coersive/Punishment

 Referent. This an example of Referent form of power derived from respect and appreciation. There are several types of power a leader uses namely: Formal authority (legitimate power): ability to influence through the authority to direct, based upon position in the hierarchy of the organizational structure or the perception of official empowerment to issue orders. Reward power: ability to influence based upon direct or indirect control over positive consequences, one desires to gain such as raises in compensation, bonuses, promotions, choice assignments, or other perks. Penalty (coercive) power: ability to influence based upon direct or indirect control over negative consequences, one desires to avoid such as the lack of raises in compensation, bonuses, promotions, choice assignments, or other perks. Expert power: ability to influence based upon expertise or special knowledge considered important to the work at hand. Referent power: ability to influence based upon respect, loyalty, admiration, affection, or a desire to gain approval.
————-
Motivational Theories
———————
Hertzbergs highgyene-motivation
Maslow’s hierarchy of needs
McGregor Theory X, Y;  / Z(assurance of permanent job position)
McClelland’s Need Theory
Victor Vroom Expectance theory

———————
Peter Principle=Halo effect
———————
Range of variance on a budgetary estimate can be from -10% to +25%.
—————————————
Paul Hersey/Ken blanchard’s Situational continuum/leadership
change leadership style based on maturity of subbordinates/team.
S1: Telling; S2: Selling; S3: Participating; S4: Delegating;
System testing vs integration testing
Seven Quality Mgmt and Control tools(NP, MAP IT)
————————————————
Network diagram
PDPC
Matrix diagram
Affinity diagram
Prioritization Metrics
Interrelationship digraphs
Tree diagram
7 Basic Quality Tools (See See See, Husband and Father Playing Soccer)
——————————————————————
Check sheet
Control chart
Cause-and-effect diagram
Histogram
Flow chart
Pareto chart
Scatter diagram

type II error – beta risk
ACTIVITY ON ARROW/arrow diagramming method
McKinsey’s 7S’s –  Robert H. Waterman, Jr. and Tom Peters
Hard Elements
Strategy
Structure
Systems
Soft Elements
Shared Values
Skills
Style
Staff

7 reasons of conflicts on projects———————————-
schedule
project priorities
human resources
technical opinions and performance trade-offs
administrative procedures
persnality conflict
cost and budget

Conflict management style————————-
withdraw/avoid
compromise
smoothen/accommodate
collaborating
confront/problem solving
force

Collaborating: win/win;
Compromising: win some/lose some; >> lose/lose
Accommodating: lose/win;
Competing: win/lose;
Avoiding: no winners/no losers

Test of Normality
Paired Comparison Analysis
opm3
management by objective
capability maturity model
tqm
Merrill and Reid in their employee motivation theory?
Personality traits: driver, expressive, amiable, and analytical.
Joseph Juran: applied the Pareto principle to quality issues
“Juran’s Trilogy”: quality planning, quality control, and quality improvement.
W. Edwards Deming
PDCA – along with Shewart
Philips Crosby – DIRFT (4 principles)
The definition of quality is conformance to requirements (requirements meaning both the product and the customer’s requirements)
The system of quality is prevention
The performance standard is zero defects (relative to requirements)
The measurement of quality is the price of nonconformance
Vilfredo Federico Damaso Pareto
80-20 principle
Kaoru Ishikawa
root-cause diagram: fishbone
KJ Diagram ()
William Ouchi (jap)
Theory Z, permament job offer
Genichi Taguchi
Design of experiments
F.C. Moore
“Delegation means assigning work to the others and giving them authority to do so”



Overlapping relationship
Sequential relationship
Multi-phase relationship
Iterative relationship
Predictive/plan-driven
Iterative and Incremental
Adaptive/Agile
NPV is defined as: The difference between the present value of cash inflows and the present value of cash outflows.
critical chain methd by Eliyahu M. Goldratt
The critical path method (CPM) is a project modeling technique developed in the late 1950s by Morgan R. Walker (of DuPont) and James E. Kelley
Parkinson’s law is the adage which states that “work expands so as to fill the time available for its completion”.
Student’s syndrom – work is done at the last moment before deadline
Group decision making criteria (BINAM)
——————————
Brainstorming
Idea/mind mapping
Nominal technique
Affinity diagrams
Multi-criteria decision analysis
Failure mode and effect analysis – FMEA
QFD – quality function deployment (type of Facilitated workshops)
Discrete, Apportioned, Level of Effort – EMV effort types
marginal analysis
lifecycle costing
deming’s 14 points?
ARMA>
zero sum processing
issue log
shannon-weaver model of communication
code of ethics: Respect, Responsibility, Honesty, Fairness  >>>> Aspirational and Mandatory
direct, indirect, fixed, variable costs

Types of PMO:
1.     Supportive PMO: As the name suggests they support you, the project manager, with templates, best practices and even training. This type of PMO cannot have much control over how project is managed.
2.     Controlling PMO: This type of PMO is a bit more involved with project management.
3.     Directive PMO: This type of PMO pretty much manages the project on its own and hence has complete control over how things are done.

6 Constraints of a Project:
Scope, Time, Cost, Risk, Resource, Quality

Three Types of Managers:
1.     Functional Manager: A Functional Manager is responsible for a specific function of an organization, such as Finance, Customer Success, Sales, or Human Resources.
2.     Operational Manager: Operations are 'ongoing' activities of an organization, and an Operations Manager is responsible for efficiently running Operations.
3.     Project Manager: a project manager is responsible for leading the team that is achieving project objectives.
Three fundamental characteristics of an effective project manager are –
1.     Knowledge
2.     Performance
3.     Personal Skills

What is project management?
Project management is the application of knowledge, performance and personal skills of a project manager to achieve project objectives.

Types of Organization:
1.     Functional Organization: ...is where functional manager has complete control over the project. Functional manager decides everything - who works on the team, what is the budget, what is the plan, so on. Team members report directly to the functional manager.

2.     Weak-matrix Organization: …is still structured around functional organization. Project managers have limited powers, such as chairing project meetings, certain reporting functions - depending on the practices in the organization. (Coordinator will have some powere where as Expediter will have zero power)

3.     Balanced-Matrix Organization: ...is the one where management responsibilities are divided almost equally between functional and project manager.

4.     Strong-Matrix Organization: A place where project managers feel a bit more comfortable - they control good part of the decisions on the project, including selection of resources and decisions on the budget.

5.     Projectized Organization: ...is the one where teams are organized around projects. Project manager takes complete responsibility of the project, its deliverables and the team. Project team reports only to the project manager.


Project Phases:
1.     Phase to Phase relationship: There are two basic type of phase to phase relationship
a.      Sequential Relationship: A Phase starts when the previous phase finish and may eliminate of options for reducing overall schedule
b.      Overlapping Relationship: A phase starts prior to completion of the previous one. This can some time applied as schedule compression technique. This requires additional resources to allow work to be done in parallel, may increase risk.
2.      Predictive Life Cycle: Also known as Plan-driven are one in which the project scope,Time and Cost required to deliver that scope are determined as early in the project life cycle as practically possible.
3.      Iterative and Incremental Life Cycles: Iterations develop the product through a series of repeated cycles while increments successively add to the functionality of the product.
4.      Adaptive Life Cycle: Adaptive life cycles are intended to respond to high levels of change and ongoing stakeholder involvement. Adaptive methods are also interactive and incremental, but differ in the integrations are very rapid and fixed in time and cost.








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Triple constraints influence projects
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The Formulas You Need to Know for the Test



These are the first 5 formulas you will need to know:
Earned Value Management
———————–
EV = BAC * % complete
EV = PV * % complete (any point during project execution)
EV=BCWP (budgeted cost of work performed)
PV=BCWS (budgeted cost of work scheduled)
AC=ACWP (actual cost of work performed)
SV = EV-PV  > 0 is good
SPI = EV/PV   > 1 is ahead of schedule
CV = EV-AC  > 0 is good
CPI = EV/AC   > 1 is under budget
PV = SV/(SPI-1)
AC = CV/(CPI-1)
____________________________________________________________________

EAC = AC+bottom-up ETC : when initial estimates are flawed
EAC = AC+(BAC-EV) : when ETC is predicted to be done at budgeted rate (ATYPICAL)
EAC = BAC/CPI : when ETC is expected at current CPI (typical)
EAC = AC+(BAC-EV)/(SPI*CPI) : at current SPI, CPI
EAC=BAC-CV ?
EAC = AC/%Complete
______________________________________________________________________

ETC = EAC – AC :assuming work goes as per plan
ETC = BAC – EV
VAC = BAC – EAC
%VAC = VAC/BAC * 100
TCPI = (BAC-EV)/(BAC-AC) : accepting BAC value
TCPI = work remaining/funds remaining
TCPI = (BAC-EV)/(EAC-AC) : when BAC is not sufficient and EAC is calculated
TCPI > 1 is bad
————-
Expected Monitory value: EMV=Impact*Probability
————-
Communication channels = N*(N-1)/2
7% of communication message is contained in words
38% in vocal pitch
55% in body language
Albert Mehrabian’s book “Silent Message”
————-
TEAM stages – Tuckman (Jensen) Ladder
forming,storming,forming,performing,adjourning

Future value & Present value
—————————-
FV = PV (1+r)^N    : r=rate of interest, N=number of time periods
PV = FV/(1+r)^N
NPV : higher the better
NPV > 0 investment will add value, accept the project
Internal rate of return, IRR  : Bigger the better
Benefit Cost Ration, BCR : Bigger the better
Payback period: Lesser the better : This is nothing but Breakeven period
Payback period=Net investment/Avg annual cash flow
————-
Probability distribution
————————
PERT: Normal:  (O+M*4+P)/6
Triangular: (O+M+P)/3
SD of activity = (P-O)/6
Variance of activity = [SD]squared
————-
Float/Slack/total slack = LS-ES = LF-EF   : =0 for activities on critical path
————-
Cost Of Quality, COQ = EFTW+COPQ = POC+PONC
Essential first time work
Cost of poor quality
Price of Conformance
Price of non-conformance
————-
Depreciation/Straight-line depreciation = Asset cost/Useful life
Double declining balance = 2x((Asset cost – Accumulated depreciation)/Useful life)
————-
Rough Order of Magnitude (ROM) -25% to +75%
Budget Estimate -10% to +25%
DefinitiveEstimates -5% to +10%
————-
Remember, RETURN = Net Income Before Tax (NIBT) *or* Net Income After Tax (NIAT); & ON means ‘/’
Return on Sales, ROS = NI*T/Total Sales
Return on Assets, ROA = NI*T/Total Assets
Retrun on Investment, ROI = NI*T/Total Investment
Working Capital = Current Assets – Current Liabilities
Discounted cashflow = Cashflow * Discount factor
————-
Contract related formulas
————————-
Savings = Target cost – Actual cost
Bonus = Savings*Percentage
Contract cost = Bonus+Fees
Total cost = Actual cost + Contract cost
————-
Point of total assumption
PTA = [(Ceiling Price – Target Price)/Buyer’s Share Ratio] + Target Cost
Cost to buy = Initial cost + [#months * (monthly maintenance costs)] lifecycle cost = total cost + maintenance and support cost for lifetime of product
————-
Normal Distribution
——————-
1 sigma = 68.26%
2 sigma = 95.46%
3 sigma = 99.73%
6 sigma = 99.999%
1 SD = 1 sigma
————-
What Five Strategic Considerations may result in authorization of a project? (MOCkTaiLS – MOCTLS)
Market demand
Organizational need
Customer request
Technological advances
Legal requirements
Social need
————-
EVA = Net Operating Profit After Tax – Cost of Capital (Revenue – Op. Exp – Taxes) – (Investment Capital X % Cost of Capital)
EVA: Economic Value Add Benefit Measurement – Bigger is better
Source Selection = (Weightage X Price) + (Weightage X Quality)




     


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ROLL IT


Types of PMO:



1.    Supportive PMO: As the name suggests they support you, the project manager, with templates, best practices and even training. This type of PMO cannot have much control over how project is managed.
2.    Controlling PMO: This type of PMO is a bit more involved with project management.
3.    Directive PMO: This type of PMO pretty much manages the project on its own and hence has complete control over how things are done.

6 Constraints of a Project:
Scope, Time, Cost, Risk, Resource, Quality

Three Types of Managers:
1.    Functional Manager: A Functional Manager is responsible for a specific function of an organization, such as Finance, Customer Success, Sales, or Human Resources.
2.    Operational Manager: Operations are 'ongoing' activities of an organization, and an Operations Manager is responsible for efficiently running Operations.
3.    Project Manager: a project manager is responsible for leading the team that is achieving project objectives.
Three fundamental characteristics of an effective project manager are –
1.    Knowledge
2.    Performance
3.    Personal Skills

What is project management?
Project management is the application of knowledge, performance and personal skills of a project manager to achieve project objectives.

 Types of Organization:

1.    Functional Organization: ...is where functional manager has complete control over the project. Functional manager decides everything - who works on the team, what is the budget, what is the plan, so on. Team members report directly to the functional manager.

2.    Weak-matrix Organization: …is still structured around functional organization. Project managers have limited powers, such as chairing project meetings, certain reporting functions - depending on the practices in the organization. (Coordinator will have some powere where as Expediter will have zero power)

3.    Balanced-Matrix Organization: ...is the one where management responsibilities are divided almost equally between functional and project manager.

4.    Strong-Matrix Organization: A place where project managers feel a bit more comfortable - they control good part of the decisions on the project, including selection of resources and decisions on the budget.

5.    Projectized Organization: ...is the one where teams are organized around projects. Project manager takes complete responsibility of the project, its deliverables and the team. Project team reports only to the project manager.

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7 reasons of conflicts on projects

———————————-
  • schedule
  • project priorities
  • human resources
  • technical opinions and performance trade-offs
  • administrative procedures
  • personality conflict
  • cost and budget



7 Basic Quality Tools (See See See, Husband and Father Playing Soccer)

——————————————————————
  1. Check sheet
  2. Control chart
  3. Cause-and-effect diagram
  4. Histogram
  5. Flow chart
  6. Pareto chart
  7. Scatter diagram


7 Quality Mgmt and Control tools(NP, MAP IT)


  1. Network diagram
  2. PDPC
  3. Matrix diagram
  4. Affinity diagram
  5. Prioritization Metrics
  6. Interrelationship digraphs
  7. Tree diagram


Types of powers of PM:


  1. Legitimate
  2. Reward
  3. Expert
  4. Referent
  5. Coersive/Punishment


 Referent. This an example of Referent form of power derived from respect and appreciation. There are several types of power a leader uses namely: Formal authority (legitimate power): ability to influence through the authority to direct, based upon position in the hierarchy of the organizational structure or the perception of official empowerment to issue orders. Reward power: ability to influence based upon direct or indirect control over positive consequences, one desires to gain such as raises in compensation, bonuses, promotions, choice assignments, or other perks. Penalty (coercive) power: ability to influence based upon direct or indirect control over negative consequences, one desires to avoid such as the lack of raises in compensation, bonuses, promotions, choice assignments, or other perks. Expert power: ability to influence based upon expertise or special knowledge considered important to the work at hand. Referent power: ability to influence based upon respect, loyalty, admiration, affection, or a desire to gain approval.
————-

Motivational theories

  • Hertzbergs highgyene-motivation
  • Maslow’s hierarchy of needs
  • McGregor Theory X, Y;  / Z(assurance of permanent job position)
  • McClelland’s Need Theory
  • Victor Vroom Expectance theory
  • Peter Principle=Halo effect
  • Range of variance on a budgetary estimate can be from -10% to +25%.


Paul Hersey/Ken Blanchard Situation continuum/leadership

Change leadership style based on maturity of subbordinates/team.
S1: Telling; S2: Selling; S3: Participating; S4: Delegating;
System testing vs integration testing


Type II error – beta risk
ACTIVITY ON ARROW/arrow diagramming method
McKinsey’s 7S’s –  Robert H. Waterman, Jr. and Tom Peters

Hard Elements
Strategy
Structure
Systems
Soft Elements
Shared Values
Skills
Style
Staff

Conflict management style

————————-
  1. withdraw/avoid
  2. compromise
  3. smoother/accommodate
  4. collaborating
  5. confront/problem solving
  6. force

Collaborating: win/win;
Compromising: win some/lose some; >> lose/lose
Accommodating: lose/win;
Competing: win/lose;
Avoiding: no winners/no losers

Test of Normality
Paired Comparison Analysis
opm3
management by objective
capability maturity model
tqm
Merrill and Reid in their employee motivation theory?
Personality traits: driver, expressive, amiable, and analytical.

Joseph Juran: applied the Pareto principle to quality issues

“Juran’s Trilogy”: quality planning, quality control, and quality improvement. “Juran’s Trilogy”: quality planning, quality control, and quality improvement.W. Edwards Deming

PDCA – along with Shewart
Philips Crosby – DIRFT (4 principles)
The definition of quality is conformance to requirements (requirements meaning both the product and the customer’s requirements)
The system of quality is prevention
The performance standard is zero defects (relative to requirements)
The measurement of quality is the price of nonconformance

Vilfredo Federico Damaso Pareto

  1. 80-20 principle
  2. Kaoru Ishikawa
  3. root-cause diagram: fishbone
  4. KJ Diagram ()
  5. William Ouchi (jap)
  6. Theory Z, permament job offer
  7. Genichi Taguchi
  8. Design of experiments
  9. F.C. Moore
  10. “Delegation means assigning work to the others and giving them authority to do so”



  1. Overlapping relationship
  2. Sequential relationship
  3. Multi-phase relationship
  4. Iterative relationship
  5. Predictive/plan-driven
  6. Iterative and Incremental
  7. Adaptive/Agile


NPV is defined as: The difference between the present value of cash inflows and the present value of cash outflows.




code of ethics: Respect, Responsibility, Honesty, Fairness  >>>> Aspirational and Mandatory

Direct, indirect, fixed, variable costs

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PROJECT INTEGRATION MANAGEMENT






INITIATING
Develop Project Charter
INPUT
T&T
OUTPUT
a. Project Statement of work
b. Business Case
c. Agreements
d. EEF & OPA
Expert Judgment
Facilitation Technique
Project Charter




PLANNING
Develop Project Management Plan
INPUT
T&T
OUTPUT
a. Project Charter
b. Output from other process
c. EEF & OPA
Expert Judgment
Facilitation Technique
Project Management Plan




EXECUTION
Direct & Manage Project Work
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Approved Change Requests
c. EEF & OPA
Expert Judgment
Project Management information System

Change Requests

Deliverables

Work Performance Data
Project Management Plan Update
Project Document Update




M&C
Monitor and Control Project Work
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Work Performance Information
c. Schedule forecasts
d. Cost Forecasts
e. Validated Changes
f.
 EEF & OPA
Expert Judgment
Analytical Techniques
Meetings
Project Management information System

Change Request

Work Performance Reports

Project Management Plan Update
Project Document Update




M&C
Perform Integrated Change Control
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Work Performance Reports
c. Change Requests
d. EEF & OPA
Expert Judgment
Meeting
Change Control Tools

Approved Change Request

Change Log

Project Management Plan Update
Project Document Update





CLOSING
Close Project or Phase
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Accepted Deliverables
c
. OPA
Expert Judgment
Meeting
Analytical Techniques

Final Product, Service or Result Transition

OPA Update





PROJECT SCOPE MANAGEMENT

PLANNING
Plan Scope Management
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Project Charter
c. EEF & OPA

Expert Judgment

Meeting

Scope Management Plan

Requirement Management Plan




PLANNING
Collect Requirements
INPUT
T&T
OUTPUT
a. Stakeholder Management Plan
b. Scope Management Plan
c. Requirement Management Plan
d. Stakeholder Register
e. Project Charter

Interviews

Focus Groups

Facilitated Workshop
Group Creativity Techniques
Group Decision making Tech
Questionair and Surveys
Observations
Prototypes
Benchmarking
Context Diagram
Document Analysis



Requirement Document

Requirement Traceability Matrix











PLANNING
Define Scope
INPUT
T&T
OUTPUT
a. Scope Management Plan
b. Requirement Document
c. Project Charter
d. OPA
Expert Judgment
Product Analysis
Alternative generations
Facilitated workshop



Project Scope Statement

Project Document Update




PLANNING
Create WBS
INPUT
T&T
OUTPUT
a. Scope Management Plan
b. Requirement Document
c. Project Scope Statement
d. EEF&OPA

Decomposition

Expert Judgment



Scope Baseline

Project Document Update




M&C
Validate Scope
INPUT
T&T
OUTPUT
a. Requirement Management Plan
b. Requirement Document
c. Requirement Traceability Matrix
d. Verified Deliverables
e. Work Performance Data
Inspections



Accepted Deliverables

Change Requests
Work Performance Information
Project Document Update





M&C
Control Scope
INPUT
T&T
OUTPUT
a. Project  Management Plan
b. Requirement Document
c. Requirement Traceability Matrix
d. Work Performance Data
e. OPA
Variance Analysis





Change Requests
Work Performance Information
Project Document Update
Project Management Plan Update
OPA Updated





PROJECT TIME MANAGEMENT

PLANNING
Plan Schedule Management
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Project Charter
c. EEF & OPA
Expert Judgment
Meeting
Analytical Techniques

Schedule Management Plan

Requirement Management Plan




PLANNING
Define Activities
INPUT
T&T
OUTPUT
a. Scope Baseline
b. Schedule Management Plan
b. EEF & OPA
Decomposition
Rolling Wave Planning
Expert Judgment

Activity List

Milestones

Activity Attributes




PLANNING
Sequence Activities
INPUT
T&T
OUTPUT
b. Schedule Management Plan
b. Activity List
c. Activity Attribute
d. Milestone List
e. Project Scope Statement
b. EEF & OPA
Precedence Diagramming Method
 Dependency Determination
Leads and Lags

Project Schedule Network Diagram

Project Document Update




PLANNING
Estimate Activity Resources
INPUT
T&T
OUTPUT
b.Schedule Management Plan
b. Activity List
c. Activity Attribute
d. Activity Cost Estimate
e. Risk Register
f. Resource Calendar
b. EEF & OPA
Decomposition
Rolling Wave Planning
Expert Judgment

Activity Resource Requirement

Resource Breakdown Structure

Project Document Update




PLANNING
Estimate Activity Duration
INPUT
T&T
OUTPUT
a. Schedule Management Plan
b. Activity List
c. Activity Attribute
d. Resource Calendar
e. Resource Breakdown structure
f. Project Scope Statement
g. Risk Register
h. EEF & OPA
Analogous Estimation
Parametric Estimation
Three point Estimation
Reserve Analysis
Expert Judgment
Group Decision making technique

Activity Duration Estimate

Project Document Update





















PLANNING
Develop Schedule
INPUT
T&T
OUTPUT
a. Schedule Management Plan
b. Activity List
c. Activity Attribute
d. Project Schedule Network Diagram
e. Resource Breakdown structure
f. Project Scope Statement
g. Activity Resource Requirement
h. Resource Calendar
i. Activity Duration Estimate
j. Project Staff Assignments
k. Risk Register
l. EEF & OPA
Schedule Network Analysis
Critical path method
Critical chain method
Schedule compression
Scheduling Tool
Resource Optimization Techniques
Modeling Techniques
Leads and lags

Schedule Baseline

Project Schedule

Schedule Data
Project Calendar
-



M&C
Control Schedule
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Project Schedule
c. Schedule Data
d. Project Calendar
e. Work Performance Data
f
. OPA
Performance Reviews
Resource Optimization techniques
Modeling Techniques
Schedule Compression
Leads and Lags
Scheduling Tool
Project Management Software

Work Performance information

Schedule Forecasts

Change Requests
OPA updates
Project Document Update
Project Management Plan













PROJECT COST MANAGEMENT

PLANNING
Plan Cost Management
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Project Charter
c. EEF & OPA
Expert Judgment
Meeting
Analytical Techniques
Cost Management Plan




PLANNING
Estimate Costs
INPUT
T&T
OUTPUT
a. Cost Management Plan
b. Human Resource Management Plan
c. Scope baseline
d. Project Schedule
e. Risk Register
f. EEF & OPA
Expert Judgment
Analogous Estimation
Parametric Estimation
Bottom-up Estimation
Three-point Estimation
Reserve Analysis
Cost of Quality
Vendor bid analysis
Project Management Software
Group Decision making techniques

Activity Cost Estimate

Basis of Estimate

Project Document Update




PLANNING
Determine Budget
INPUT
T&T
OUTPUT
a. Cost Management Plan
b. Activity Cost Estimate
c. Scope baseline
d. Project Schedule
e. Risk Register
f. Basis of Estimates
g. Resource Calendar
h. Agreements
i. OPA
Cost Aggregation
Reserve Analysis
Expert Judgment
Historical Relationships

Cost baseline

Project Funding Requirements

Project Document Update






PLANNING
Control Cost
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Project funding requirements
c. Work performance data
d. OPA
Earned Value Management
Forecasting
To-Complete performance Index
Performance Reviews
Performance Management Software
Reserve Analysis

Work Performance information

Cost Forecasts

Change Requests
OPA updates
Project Document Update
Project Management Plan





PROJECT QUALITY MANAGEMENT

PLANNING
Plan Quality Management
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Stakeholder Register
c. Risk Register
d. Requirement Documents
e. EEF & OPA
Cost benefit analysis
Cost of Quality
Seven basic quality tools
Benchmarking
Design of experiments
Statistical sampling
Additional quality mgmt tool
Meetings

Quality Management Plan

Quality Metrics

Quality Checklist
Process Improvement Plan 
Project Document Update




PLANNING
Perform Quality Assurance
INPUT
T&T
OUTPUT
a. Quality Management Plan
b. Process Improvement Plan
c. Quality Metrics
d. Quality Control Measurements
e. Project Documents
f. EEF & OPA
Quality Audits
Process Analysis
Quality Management & Control tools

Change Requests

OPA updates

Project Document Update
Project Management Plan











PLANNING
Control Quality
INPUT
T&T
OUTPUT
a. Quality Management Plan
c. Quality Metrics
d. Quality Checklist
e. Approved Change Requests
f. Deliverables
e. Project Documents
f. Work performance Data
f. OPA
Statistical Sampling
Inspection
Approved Change requests Review
Seven basic Quality Tools

Quality control measurements

Validated changes

Verified deliverables
Work performance information
Change requests
Project management plan updates
Project documents updates
OPA updates








PROJECT HUMAN RESOURCE MANAGEMENT

PLANNIN    G
Plan Human Resource Management
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Activity Resource Requirement
c. EEF & OPA
Organization Charts and Pospition description
Networking
Organization Theory
Expert Judgment
Meetings
Human resource management plan




EXECUTING
Aquire Project Team
INPUT
T&T
OUTPUT
a. Human resource management plan
b. EEF & OPA
Pre-assignment
Negotiation
Acquisition
Virtual Teams
Multi-criteria decision Analysis

Project staff assignments

Resource calendars

Project management plan updates









 EXECUTING
Develop Project Team
INPUT
T&T
OUTPUT
a. Human resource management plan
b. Project staff assignments
c. Resource calendars
Interpersonal Skills
Training
Team-building activities
Ground rules
Co-location
Recognition and Rewards
Personnel assessment Tools

Team performance assessments

EEF updates




EXECUTING
Manage Project Team
INPUT
T&T
OUTPUT
a. Human resource management plan
b. Project staff assignments
c. Team performance assessments
d. Issue log
e. Work performance reports
f. OPA
Observation and conversation
Project Performance appraisals
Conflict Management
Interpersonal Skills

Change requests

Project management plan updates

Project documents updates
EEF & OPA Updates


























PROJECT COMMUNICATION MANAGEMENT

PLANNING
Plan Communication Management
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Stakeholder Register
 
c. EEF & OPA
Communication Requirement Analysis
Communication Technology
Communication Methods
Communication Models
Meetings
Communication management plan




PLANNING
Manage Communication
INPUT
T&T
OUTPUT
a. Communication Management Plan
b. Work Performance Repots
 
c. EEF & OPA
Information Management System
Communication Technology
Communication Methods
Communication Models
Meetings

Project Communication

Project management plan updates

Project documents updates




M&C
Control Communication
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Project Communications
c. Issue Log
d. Work Performance Data
 
c.OPA
Information Management System
Expert Judgment
 Meetings

Work Performance Information

Change Requests

Project management plan updates
Project documents updates
OPA Update







PROJECT RISK MANAGEMENT

PLANNING
Plan Risk Management
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Stakeholder Register
c. Project Charter
d. EEF & OPA
Analytical Techniques
Expert Judgment
Meetings
Communication management plan




PLANNING
Identify Risks
INPUT
T&T
OUTPUT
a. Risk Management Plan
b. Cost Management Plan
c. Schedule Management Plan
d. Quality Management Plan
e. Human Resource Management Plan
f. Scope baseline
g. Activity Cost Estimate
f. Activity Duration Estimate
i. Stakeholder Register
j. Procurement Documents 
k. Project Documents
l. EEF & OPA
Documentation Review
Information gathering techniques
Checklist Analysis
Assumption Analysis
Diagramming techniques
SWOT analysis
Expert Judgment
Risk Register




PLANNING
Perform Qualitative Risk Analysis
INPUT
T&T
OUTPUT
a. Risk Management Plan
b. Risk Register
c. Scope Baseline
d. EEF & OPA
Risk Probability and Impact assessment
Probability and impact matrix
Risk data quality assessment
Risk categorization
Risk urgency assessment
Expert Judgment
Project documents updates






PLANNING
Perform Quantitative Risk Analysis
INPUT
T&T
OUTPUT
a. Risk Management Plan
b. Cost Management Plan
c. Schedule Management Plan
d. Risk Register
d. EEF & OPA
Data gathering and representation techniques
Quantitative risk analysis and modeling techniques
Expert Judgment
Project documents updates




PLANNING
Perform Risk Responses
INPUT
T&T
OUTPUT
a. Risk Management Plan
d. Risk Register
d. EEF & OPA
Strategy for negative risks or threats
Strategy for positive risks or opportunities
Contingent response strategies
Expert Judgment

Project management plan updates

Project documents updates




M&C
Control Risk
INPUT
T&T
OUTPUT
a. Risk Management Plan
d. Risk Register
c. Work Performance data
d. Work Performance reports
d. EEF & OPA
Risk Assessments
Risk Audits
Variance and Trend Analysis
Technical performance Measurements
Reserve Analysis
meetings

Project management plan updates

Project documents updates














PROJECT PROCUREMENT MANAGEMENT

PLANNING
Plan Procurement Management
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Stakeholder Register
c. Requirement Document
d. Activity resource requirement
e. Project Schedule
f.  Activity Cost Estimate
g. Risk register
h. EEF & OPA
Make or buy analysis
Expert Judgment
Market research
Meetings
Procurement management plan
Procurement Statement of Work
Procurement document
Source Selection Criteria
Make or buy decision
Change Requests
Project Document updates




EXECUTING
Conduct Procurement
INPUT
T&T
OUTPUT
a. Procurement Management Plan
b. Procurement Document. 
c. Source Selection criteria
d. Seller Proposal
e. Project Documents
f. Make or Buy Decision
g. Procurement Statement of work
h. OPA
Bidder Conference
Proposal evaluation techniques
Independent Estimates
Expert Judgment
Advertising
 Procurement Negotiations
Analytical techniques

Selected Sellers

Agreements

Resource  Calendars
Change Requests
Project management plan updates
Project documents updates



















M&C
Control Procurement
INPUT
T&T
OUTPUT
a. Procurement Management Plan
b. Procurement Document. 
c. Agreements
d. Approved Change requests
e. Work Performance data
f. Work Performance Information
g. OPA
Contract Change Control System
Procurement Performance Reviews
Inspections and Audits
Performance Reporting
Payment Systems
Claims administration
Records Management System

Work Performance Information’s

Change Requests

Project management plan updates
Project documents updates
OPA Updates




CLOSING
Close Procurement
INPUT
T&T
OUTPUT
a. Procurement Management Plan
b. Procurement Document.

Records Management System
Procurement negotiations

Closed Procurements

OPA Updates























PROJECT STAKEHOLDER MANAGEMENT

PLANNING
Plan Stakeholder Management
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Stakeholder Register
c. EEF & OPA

Expert Judgment
Analytical Techniques
Meetings
Stakeholder management plan




EXECUTING
Manage Stakeholder Engagement
INPUT
T&T
OUTPUT
a. Stakeholder Management Plan
b. Communications Management Plan
c. Change Log
d. EEF & OPA
Communication Methods
Interpersonal Skills
Management Skills

Issue Log

Change Requests

Project management plan updates
Project documents updates
OPA Updates




M&C
Control Stakeholder Engagement
INPUT
T&T
OUTPUT
a. Project Management Plan
b. Issue Log
c. Work Performance Data
d. Project Document
Information Management System
Expert Judgment
Meetings

Work Performance Information

Change Request

Project management plan updates
Project documents updates
OPA Updates

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Gyanesh

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Blog Archive

  • ▼  2017 (7)
    • ▼  July (1)
      • BeforeExam
    • ►  February (6)
      • Triple constraints influence projects
      • PUSH the Limit of Thinking in PMP Formula's
      • About PMO
      • 7 Sins PMP :: MUST Know PMP Notes/ Brain Dump
      • PMP : Process
      • PROJECT INTEGRATION MANAGEMENT

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