non-negotiable elements of successful projects
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Non-Negotiable Elements of Successful Projects. Presented by Christina Randle CEO / The Effective Edge, Inc. Project Leadership. To deliver on time and on budget with legendary results demands Leadership and Followership . A keen awareness and agility for human dynamics. - PowerPoint PPT PresentationTRANSCRIPT
Non-Negotiable Elements of Successful
Projects
Presented by Christina Randle CEO / The Effective Edge, Inc.
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To deliver on time and on budget with legendary results demands Leadership and
Followership.
Project Leadership
A keen awareness and agility for human dynamics.
And delivering EFFECTIVE ACTION at all levels.
Project Management practices deliver a certain constrained set of outputs - that many times are ineffective at delivering what is necessary for the
Project to be successful.
This is PROJECT LEADERSHIP.
Truly successful Projects require more than traditional Project Management & technical
expertise.
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UK Electronic Health Records program Abandoned. Spent: $12Billion
The Millennium Dome in London, UK£789M (initial investment) – £189 M(recouped ) = £600 M Loss
Ford Motor Co. purchasing system Abandoned. Spent: $400M
Denver Airport Baggage Handling System$560M Overrun.
New York City ‘CityTime’ payroll system Original: $63M Final: $760M
IRS electronic fraud detection system Abandoned. Spent: $185Million
British Columbia Ferry Crossing BoatsOriginal Budget $210M, Final Cost $460M, Boats Auctioned for $19M
Project Failures
Why Projects Fail
Source: PMI
Lack of Change Control Process
Insufficient/No Risk Planning
Unrealistic Budgets
Undefined Project Closure Criteria
Lack of Stakeholder Buy-In
Poor Project Requirements
Unrealistic Schedules
Insufficient Resource Planning
Poor Communications
0% 5% 10% 15% 20% 25% 30%
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Includes 65% of large Capital projects & IT projects
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Process & Science Alone is Failing ProjectsOver 15 years, much has been invested in process
improvement, methods, compliance and project science…
And during that time projects have not shown improvement.
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Typical Answers to Project Failure
MORE / BETTER PROCESS
New Project
Software NEW TECHNOLOGY
OUTSOURCE PMO / EXPERTISE
PROCESS
NEXT
PMO, Inc.
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Typical Answers to Project Failure
MORE / BETTER PROCESS
New Project
Software NEW TECHNOLOGY
OUTSOURCE PMO / EXPERTISE
PROCESS
NEXT
PMO, Inc.
Adaptive Project
Leadership: Balance of
Science & Art
People
Tasks and Meetings
Schedule
Product / Performan
ce
Budget$
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Project Manageme
nt Processes
How Projects Succeed
How Project Managers Succeed
SCIENCE
ART
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Complexity
Too Much ‘Science’“If I’ll just follow the checklist then the Project’s guaranteed to succeed.”
Successful Projects require EVERY PERSON to be be successful.
Not Enough ‘Art’
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ScheduleBudget
Product/Performance
Leading / Inspiring
Communications/Trust
Decision-Making/
CollaborationNegotiating/Conflict
Resolution
Design / Engineering
Constraints/Scope
Requirements Definition
Tasks & Tracking
Traditional Project
ManagementScope TimeCostTasksRequirementsRiskTracking HierarchyProcurementProcessAnalysisDesign/EngineeringConstructionTestingHeadcountProductivity / Efficiency
The New Equation for Success
Traditional Leadership
AdministrationOrganizationExecutionFocusSelf ControlGovernanceStrategyAssertivenessReliabilityResults-OrientedValues EthicsPeopleCultural ChangeOpportunityEffectiveness
Project Leadership
VisionClarityCreativity / InnovationInspirationCollaborationConsensusRelaxationOpennessConsultationNegotiationConflict ResolutionSelf ManagementEmotional IntelligenceCoachingInfluenceEffective Action
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+ +
= Successful Project Outcomes
Science Art
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Developing ‘the Art’ Builds on Key Practices
Individual
Team Practices
Leader
Project Leader
Individual Practices Manages self and time Able to make & keep agreements to self Ability to make smart and fast decisions and
execute Accountability/ownership of decisions &
actions
Flexes with different personal styles, team dynamics & individual feedback
Demonstrates communication skills for negotiating, communicating ideas, challenging dialogue, providing and receiving feedback
Innovative thinking to solve problems creatively
Generates shared vision for effective decision making
Team Member Practices
Leader Practices Balances risk & complexity, art & science Drives & responds to change Practices horizon planning & thinking Straddles strategic priorities & tactical needs Models desired behaviors to the Team Recalibrates expectations for best performance Articulates the ‘why & what’, empowers team on the
‘how’ Allocates resources for leverage and impact Influences without power/control
Generates/owns and drives priorities & deliverablesSelf aware and drives own developmentLeverages technology for best outcome (communication &
information)Focuses in midst of distractions
Agility to fail forward fast and adjust
Aligns behind decisions – inspires others to do the same
Shares information in a timely fashion, enables timely reporting to group
Creates registers for demonstrating success
Ability to deliver timely for the team and self
Effectively juggles ‘Science’ & ‘Art’ based on project complexity
Optimizes resources for best execution
Models urgency of organizational capability
Recalibrates and adjusts organization to provide greater strategic flexibility
Project LeaderEffective Action Practices
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Project Leadership Takeaways
Author and American computer scientist Dr. Ben Schneiderman is Professor for Computer Science at the University of Maryland, College Park, MD.
“Leonardo Da Vinci combined science and art…that kind of unity is needed once again.”- Dr. Ben Shneiderman
Art lives from constraints and dies from freedom. - Leonardo da Vinci
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“How often people speak of art and science as though they were two entirely different things, with no interconnection.
An artist is emotional, they think, and uses only his intuition; he sees all at once and has no need of reason.
A scientist is cold, they think, and uses only his reason; he argues carefully step by step, and needs no imagination.
That is all wrong.
The true artist is quite rational as well as imaginative and knows what he is doing; if he does not, his art suffers.
The true scientist is quite imaginative as well as rational, and sometimes leaps to solutions where reason can follow only slowly; if he does not, his science suffers.”
- Isaac Asimov “Prometheus,” The Roving Mind (1983)
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