project management techniques in context of product development
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Project Management
Techniques in context of
Product DevelopmentRaman K. AttriCertified Project Director Certified Quality Director Certified International Project Manager Certified Engineering Manager Certified Product Manager Certified Six Sigma Green Belt
Sept 2005 Design Managers Training Slides
Copyright 2005 Raman K. Attri
R. Attri Engineering Management Series, Paper No. 1, September 2005
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R. Attri Engineering Management Series, Paper No. 1, September 2005
What is Project management?
A structured
step
by
step
framework to process some defined inputs
to get a defined outputs
under a relatively
undefined
environmental
variables.
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Project Results vs product/mngt results
Product results:
such
as
deliverables
Management results: such as cost and schedule performance
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How Project success is defined?
Ontime Onbudget High quality (Functionality and Performance)
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Organizational Perspective on PM
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Domain Skills required by Project Manager
Business management: Organization skills and communication
Project management:
Strategies & methods
Technical: Domain knowledge of work
performed
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Leadership vs Management
Leader Manager
He acts like a magnet He acts like a Driver
He gives and create directions He ensure the flow in a particular direction
Established directions, vision of future and strategiesto achieve it
He follows the directions and establish the way toachieve that vision
Communicate the vision by words and deeds to alignthose people whose cooperation is needed to achieveit
Communicate vision by words and controls
He has vision of bigger canvas He visualize the achievements of specific targets
People automatically get attracted to him and followhim, without his saying so
He gather the people and drives them to a specificgoal
Inspire and motivate people and energizer them tocome out of the barriers
Inspire and motivate people to perform
Leaders are born Managers are produced
Leaders know how to make people do it themselves Managers know how to get it done
Mostly driven by vision, instincts and inner drives Mostly driven by strategies, calculations and plans
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Relation of Project management with other management disciplines
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Difference between various orgn structures for projects
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Organization Structures and Project Management
Functional projectised
Functional+
Projectised
ConventionalDeptts under
GM
PM as adepartment
PL or PMunderHOD
LiaisonBasedsharing
TFbased
sharing
MatrixOrgn.
Full
ProjectisedProgram
Based
PM1 PM2
Seriesofrelatedprojects
ProductOrientedStructure
PD1 PD2PJ1
PJ1
PJ1 PJ2
MK1DD1
MK2DD2
weak Bal. strong
Organisation
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Product vs Project Scope
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Scope Statement
Project Justification (business need for which project wasundertaken to address)
Project Product (summary fo the product description)
Product Deliverables (Summary of sub products tocomplete the project)
Project Objectives or Critical Success Factors (cost,schedule, quality measures which are quantifiable and arenecessary to meet to make project successful)
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The business case defines why the project is required and what the change is to be. The business case should include:
an outline of the projects objectives,
deliverables, time, cost, technical, safety, quality and other performance requirements, major project risks and upside opportunities. information on the competitive impact, resource requirements, organizational impacts,
key performance indicators and critical success factors of the project its outcome.
The impact of these factors, together with the results of other forms of appraisal, such asenvironmental appraisal, social impact, etc, should be periodically assessed during the course of theproject.
The sponsor, the person responsible for defining the business case and the development of the project
against the business case, should own the business case. The Business Case for the project, and its links to the projects justification, should be regularly reviewed. This will normally be done at key Investment Gates which will often coincide with otherformal strategic reviews.
Upon completion of the project there should be a formal evaluation of whether the project achievedits stated business benefits.
Business Case
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Product Scope and Project Scope
Scope
Product Scope
Features and functions that are to beincluded in the product
Measure of product scope iscompletion against requirements
Project Scope
Work that must be done to deliver thespecified product with specified features
Measure of project scope is completionagainst plan
Both types of scopes must be well integrated to ensure that the work of theproject delivers the product which meets the requirements
Project Management Product Design Management
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Product Design management Vs
Project Management
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Planning, Execution, Control Process go side by side
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Product Development Life Cycle
Research/ Idea Design Production Operate
Start production Deliver to customer Develop and designas per requirements
Get customerrequirements/ R& D/ Idea generation
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R. Attri Engineering Management Series, Paper No. 1, September 2005
What is relation between Research, Design & Development?
Research: what best principle can be applied for current problem solution?
Design: Prepare a solution employing the identified principle to demonstrate its feasibility
Development: Test
and
modify
the
design
to
make
it
more
practical
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Product Design Life Cycle
Identify(Define) Design Construct(Optimize) Evaluate(Validate)
Make a prototypeand optimize thedesign
Validate the resultsof prototyping andprocess
Design the systemand find designparameters as per
customerrequirements
Define Customerrequirements
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Relation of Project & product Life cycle
Research Design Production/Development Operate
Start production Deliver to customer Develop and designas per requirements
Get customerrequirements/ R& D/ Idea generation
Identify(Define) Design
Construct(Optimize)
Evaluate(Validate)
Make a prototypeand optimize thedesign
Validate the resultsof prototyping andprocess
Design the systemand find designparameters as percustomerrequirements
Define Customerrequirements
Initiation
Plan
ning
Exec
ution
Contr ol
Close
out
Initiation
Plan
ning
Exec
ution
Contr ol
Close
out
PROJECT MANAGEMENT
PRO DUCT DEVELOPMENT LIFE CYCLE
PRO DUCT DESIGN LIFE CYCLE
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Product Design Management
A clear statement of requirements, leading to a clear detailed definition of specifications;
A proper constitution of the design team, with optimum input from all appropriate members of the project marketing, production, etc.;
A clear process plan and an optimum schedule, both for the design process itself and its relation with the rest of the project schedule;
Effective treatment of technology;
Effective modeling and testing; Proper deployment of value management and value engineering practices,
Clear input and control over project estimated out turn costs; A clear definition of the scope of work to be included; Effective change control, information management, and configuration
management; A meeting of all planning, health, safety, environmental and other legislative
requirements; Proper management of the Hand Over process
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Recurring Life cycle of Product Design Management (PDM)
There in reality nothing happens in phases in the project. The PDM occurs as spiral.
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R. Attri Engineering Management Series, Paper No. 1, September 2005
VALIDATE
IDENTIFY
DESIGNOPTIMISE
I
DO
V
PHASE 1 and 2
(Conceptual Design)
Business Requt (I)
Concept Design (D)
Proof of Concept ( C)Risk Analysis (E)
PHASE 3(Preliminary Design)
System Requt (I)
Prilim Design (D)
Lab Prototype ( C)
DFX Evaluation (E)
PHASE 4
(Detailed Design)
Sub system reqt (I)Physical Design (D)
Prototype ( C)
Design of Exp (E)
PHASE 4
(Detailed Design)
Unit requit (I)
Final Design (D)
Pilot Build (C )
Test and Validation (E)
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Project Management Vs Product Design Management
PM is a best practice while PDM is a proven methodology PDM and PM goes parallel in integrated manner where products arebeing designed
PM is a bigger canvas which is used to manage the associatedprocesses for effective PDM
PM can manage much more than a line of products, while PDMconcerns with defect free quality of output product.
PM takes care of Project Management Processes to give projectquality, fulfill project scope and achieve business or management
objectives. PDM takes care of Product oriented processes to fulfill productscope, achieve customer satisfaction and design objectives
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What is the relation between DFSS and PM?
PM is on bigger canvas, organizational level activity concentratingon resources, people, customers, outputs and many other variables(may be within or outside projects). Starts well before Researchphase and goes to successful launch of product.
DFSS is methodologies to manage purely Design phase to produceerror free designs of the projects till the project is completed. DFSSis PDM.
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Product Vs Project Processes
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Project Management Processes and Product Oriented Processes
Project Management process: Concerns with describingand organizing the work of the project
Product processes: concerns specifying and creating theproject product.
Project Processes and Product Processes overlap eachothers and interact with each other through out theproject.
Scope of project can not be defined without some basicunderstanding of the product being created.
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R. Attri Engineering Management Series, Paper No. 1, September 2005
PM process vs Product oriented Process?
PM process : takes care of management of Organization project relationship variables to ensure:
Achievement of organization goals through products Incubate the project baby and protect from external variables Process support for focused Product Development
Product Oriented Process : Takes care of management of variables, inputs and outputs to ensure
Achievement of product specific goals Design robustness Customer Requirements Defect Free output
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Project & Product Risk Management
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R A i E i i M S i P N 1 S b 2005
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Risk Analysis and Management
Risk Identification
Risk Quantification
Risk ResponseDevelopment
RiskResponse
Control
Which risks are likely toaffect the project
What is the Severity or impact of the effectscaused by risks
Steps to be taken torespond to opportunitiesand threats
Responding to changesin risks
Risk Analysis / Assessment
Risk Mitigation
RiskManagement
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Risk Quantification technique
Expectedmonetary value
(EV)StatisticalSums Simulation DecisionTree
RiskQuantific
ation
Product of two factors:
1. Risk probability (Chances of risk event happening)2. Risk Event value (estimatedMonetary loss or gain value if event occurs)
Calculation of
range of totalproject costs fromindividual costestimates of workitems
Simulation of project
many times to getstatistical distributionof schedules and risksassociated withschedule costs
Calculates estimated
monetary value of eachof the outcome comingthrough a decision. Itgives interaction of keydecisions and itsoutcomes.
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Project Performance Reporting
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What is performance reporting?
Status Reporting
Where the project stands now Progress Reporting
what the project team has accomplished? Forecasting
predicting future project progress and status What is reported:
Scope, Cost, schedule, quality, Procurement, risks,
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R. Attri Engineering Management Series, Paper No. 1, September 2005
Project Performance Reporting techniques
Project Status Review Meetings Cost and Schedule variance Analysis (Comparing Actualresults to planned results)
Trend Analysis of project performance over time (if it isimproving or deteriorating)
Earned value (Budgeted cost of work performed) analysis
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g g g , p , p
EV For performance reporting
BCWS: approved costs to be spend on an activity in a given time
ACWP: actual cost of work performed under that activity EV= BCWP: percentage of total budget equal to percentage of actual work performed Cost Variance CV= BCWS ACWP Schedule Variance SV= BCWPBCWS Cost Performance Index CPI= BCWP/ACWP (used for forecasting project completion cost)
Schedule Performance index SPI= BCWP/BCWS (used to forecast project completion dates
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Project and Product Quality
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What is meaning of quality?
Minimum possible waste of resources and error free output
Quality means observing error free processes close to the best to achieve:
Less cost
Less errors and variance in process Defect free products Customer satisfaction Meeting schedule Meeting budget Best use of resources
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Project Quality vs Product Quality
Quality Management should take care of 2 things
Quality of the project (on time and on budget) Quality of product (as per customer needs, defectfree)
The enterprise wide management processes complements
the Project Management and Product processes.
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Product Quality and Project Quality?Enterprise level Quality Standards (TQM, ISO)
Project Quality Product Quality
Project management Best PracticePRINCE2ISO10006
Project Design Management Proven MethodologyDFSS
DMAICStageGATE2
Extensive Risk analysis of threats & opportunities &its management across businessBy proper scheduling and cost analysis for on-timeand on-budget completionReusable pre-tested modules to use off-the shelffor quick and assured completion
Proper flow down and mapping of requirementsthrough QFDProper full proof design methods which preventdefectsExtensive FMEA analysis on process anddesign
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Product Quality CriteriaEnterprise level Quality Standards (TQM, ISO)
Project Quality Product Quality
Project management Best PracticePRINCE2ISO10006
Project Design Management Proven Methodology
DFSSDMAIC
StageGATE2
Extensive Risk analysis of threats &opportunities & its managementacross business
By proper scheduling and costanalysis for on-time and on-budgetcompletionReusable pre-tested modules to useoff-the shelf for quick and assuredcompletion
Customer Quality Engg Quality
The features that customers want:includes items such as function,features, colors and designs. The betterthe customer quality, the bigger the
market size becomes
The problems customers do notwant. includes defects, failures,noise, vibration, unwantedphenomena, lowering the cost of
manufacture, and minimizingmanufacturing problems
QFD DFSS, DFMEA, RD, TD
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Quality Planning, Assurance and ControlQuality Planning
Quality Assurance
QualityControl
preparation, checking, andrecording of actionsthat are necessary toachieve the standard of
product or service that thecustomer and legislationrequires.
set of processes andprocedures required to
demonstrate that the work hasbeen performed according tothe quality plan.
set of processes for planning
and monitoring theproject to ensure that qualityis being achieved.
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Tools for Quality Planning
Benefit/ Cost Analysis
BenchMarking
DesignofExperiments
Quality
Planning
Benefit of spendingon quality control vsbenefits in cost savedon rework
To provide standardsagainst which theperformance is to bemeasured
Analytical techniquewhich helps identifying
which variable has themaximum effect on theoutcome
FlowCharting
Used to analyze how aproblem is occurring in
the process
Use C& E diagramsProcess Flow charts
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Tools for Quality Control
InspectionControlCharts
ParetoDiagram
StatisticalSampling
QualityControl
Measuring,examiningand testingat any level
Graphical results of the project over thetime in form of achart indicatingmaximum andminimumspecification limits
Histogram showingthe frequency of occurrence of acause again andagain i.e. number of defects vs variouscategories of cause
A selectedsamplingfrom apopulationof interest
Trend Analysis
FlowCharting
Used to analyzehow a problem isoccurring in theprocess
Amathematicaltechnique tofind the futuretrends basedon historicalresults
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Quality Management Approaches
Standards Proprietary Approaches
Non-Proprietary Approaches
QualityManagement Approaches
ISO 9000
ISO 10000
Juran
DemingCrosby
Total Quality Management(TQM)Continuous Improvement
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Total Quality Management in context of Project Management
Total Quality Management is a much broader and more ambitious system (philosophy) for
identifying what the client really wants,
defining the organisations mission,
measuring throughout the whole process how well performance meets the required standards,
and involving the total organisation in the
implementation of
a deliberate
policy
of
continuous
improvement.
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Project Scheduling
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What is difference between Activity and Process?
Process : It is an defined way to control the effect of undefined variables on defined inputs to make them shine better in formsof defined outputs
Activity : It is combination of defined tasks which are grouped onsome basis to accomplish a Defined Process
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Project Schedule Development Tools
Mathematical analysis CPM GERT PERT
Duration Compression Crashing Fast Track
Simulation Resource Leveling heuristics PM software
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CPM
Calculated single deterministic time of early and late startand finish timings
Takes input as fixed network logic and fixed single durationestimate
Focus is on calculating the float for each activity to see which has least flexibility of schedule. Used most likely time of finish of each activity.
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GERT
Allow probabilistic treatment of both network logic andthe activity durations
Some activities may not be performed at all, some may beperformed in part and other may be performed more than
once
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PERT
Uses sequential logic and probabilistic time of activities.
Use weighted average duration based on optimistic , pessimistic and most likely times to calculate project duration
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Activity Duration Estimation
ActivityEstimation
AnalogousSimulation
Monte CarloSimulation
Using actual duration of previous similar activity tofind duration of the futureactivity
Calculated the multiple setsof durations with differentassumptions and finddistribution of probabledurations
ExpertJudgment
Expert judgment of theindividual linked to historicaldata
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Ways of presentation of Project ScheduleSchedule
ProjectNetworkdiagram Bar Gantt
ChartsMilestone
chartsTime scalednetworks
Shows project
logic aw well asdates alongwithCP
Activity start andend dates withexpected durationsbut do not showthe dependencies
Similar to Bar charts but showsschedule start or finish of importantmilestones
Blend of NW logic,activities duration,schedule start andfinish dates andfloats also.
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Activities Sequencing Techniques
ActivitySequencing
Arrow DiagramMethod
ConditionalDiagram Method
AOA and nodes show the connectiondependencies. Uses only finish-to-start dependencies and requiredummy activities to define networklogic correctly
GERT etc allows the networkdiagram with non-sequentialactivities like loops
PrecedenceDiagram Method
AON and arrows show thedependencies. Uses mostly finish-to-start relationship.
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Put it
all
together
Project
Planning
&
Control
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How Scope, Schedule, Resources and Costing are connected together?
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Overall Integration of Project Plan, Execution and Control Elements
Three elements are integrated intoINTEGRATION MANAGEMENT
1. Project Plan Development
2. Project Execution
3. Overall Change Control1. Project PlanDevelopment
Other planning outputs
Organizational policies
Project Planoutputs
inputs
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Techniques for Change Control
Change Control
ConfigurationManagement
Performancemeasurement
Documented procedure to identify andmake changes, control changes andimplement changes in the characteristics of the item and to ensure that description of item is correct and complete
Performance measurement techniqueslike Earned values, variances etc toindicate the necessary corrective actions
ChangeControl System
Collection of formal documentedprocedures defining steps by which anychange can be implemented
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Performance
OverallChange
CONTROL
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SchedulePlanning
OrgnPlanning
Risk Identification
Risk Response Dev
Resource
Planning
CostPlanning
ActivityDefinition
ActivitySeq
ActivityDuration
ScheduleDev
ResourceLeveling
Resource
Allocation
CostEstimating
CostBudgeting
Risk MngtPlanning
ProjectPlanning
ScopePlanning
ScopeDefinition
Staff Acquisition
QualityPlanning
Commn
Planning
SolicitationPlanning
ProcurementPlanning
TeamDev
ScopeVerification
Quality Assu rance
InformationDistribution
Solicitation SourceSelectionContract Admin.
Risk quantification
ScopeChangeControl
Quality
Control
PerformanceReporting
Risk
Contl
CostCtrl
ScheduleCtrl
gControl
EXECUTION
PLANNING
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What are current PM standards / maturity Models?
PMIs PM Book of Knowledge 2009
ISO s 10006:1997 Guidelines for quality Project Management PRINCE2 (Projects IN Controlled Environment) Agile Method Serum
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Project Learning
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Why to accumulate learning?
TO SQEEZ SUBSEQUENT PRODUCT DESIGN CYCLES
Every products design is iterated 4 times: Conceptual, Preliminary,Detailed, Prototype
Every iteration generates 10 lessons
Every project generate: 40 learning For 10 projects a year: total 400 learning Over 5 years period: 2000 learning
The new designer will have 2000 DONTS and 2000 DOs, directly start working with proven design.
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Authors contact
About Author: Author is Global Learning and Training Consultant. He has over 15 years of project management,product development and quality management experience in leading MNC product developmentcorporations. He has earned numerous international certification awards Certified ManagementConsultant (MSI USA/ MRA USA), Certified Six Sigma Green Belt Professional (Six Sigma India),Certified Quality Director (ACI USA), Certified Engineering Manager (SME USA), Certified ProjectDirector (IAPPM USA), to name a few. He holds MBA, Executive MBA, Masters in Technology andBachelor in Technology. In addition to this, he has 60+ educational qualifications, credentials andcertifications in his name. His research and training interests are in learning, development, performance
management, research management and product development. Email: [email protected] Website: http://sites.google.com/site/ramankumarattri LinkedIn: http://www.linkedin.com/in/rkattri/
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Copyright 2005 Raman K. Attri