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Startup Model of an innovation project: The
planning limitation in high uncertainty context
September 23rd, 2018
Mondher KHANFIR
mondher.khanfir@gmail.com
PMI Tunisia Chapter Annual Event 2018
copyright2018@Mondher.Khanfir
2START-UP CORPORATE SOCIAL BUSINESS
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BARAC (CyberSecurity)
MAGHREB ENTREPRISE
(MEDI)
Mondher Khanfir
https://www.linkedin.com/in/mondherkhanfir/
Serial Entrepreneur, Mentor, Author, Policy Advisor & Impact Investor
MAAP (PR COMPANY)
CAPITALEASE (SEED FUND)
VERTICAL TRADE (e-BUSINESS)
LE NARGUILE BLEU
(e-COMMERCE)
LES ROSEAUX SAUVAGES
(e-COMMERCE)
COLOMBUS (CONSULT. & GOV. ADVISORY)
ATUGE +Club Entrepreneurs
WIKI START UP (INCUBATION)
TAYP (Tunisia Chapter)
THE LEVEL ONE (Co-Work & Fablab)
MKC GROUP (BUSINESS
CONSULTING)
TUNISIA AFRICA BUSINESS COUNCIL
Forum pour une Nouvelle
République
MKC (SUPPLY CHAIN CONSULTING)
METALCHIMIE
(CHEMICALS INDUSTRY)
CARTHAGE BUSINESS
ANGELS
CONVERGENCE INTL (Big Data) ARTS & METIERS Accélération
M2M
BOBLI
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Agenda
1. Introduction of the Startup model of a project
management
2. The ultimate purpose of project planning
3. Planning an innovation project: The Dilemma of
the planner
4. How paradoxes can kill your planning: A study
case
5. Conclusion
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1- Introduction of the Startup model of a project
management
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What was the first project of Humankind ?
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The mammoth hunting
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What’s a project result?
What do we need to plan projects?
What’s a successful project ?
What’s a failed project ?
Consultant perspective
Startuper perspective
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To which extent could you engage
successfully in a project, without having a
body of knowledge?
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Project lifecycle
Result
engagement
induction
contribution
acheivements
Actors
Tasks
Understanding
Preparing and Training
Planning and rules definition
Building synergy
Time
Executing the plan
Extracting value
Work with the group
Working for the group
Solution
dissolution
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Humankind evolution
Does man evolves because he is changing….
Or does he change because he evolves?
Tools producer
Machinery producer
Energy producer
Gene producer
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The Startup Model
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2- The ultimate purpose of project planning
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The ultimate purpose of project planning
1-Dealing with uncertainty
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The ultimate purpose of project planning
2- Dealing with change
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The ultimate purpose of project planning
3- Dealing with conflict
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Project variables
Result
Cost Time
Scope of work
Variables are interdependant
risk
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Project variables of variables
Result
Intuition Chance
Scope of efforts
Variables of variables are independant
Knowledge
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3- Planning an innovation project: The
Dilemma of the planner
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Different approaches for project
planning
Méthode « Aventure »
Méthode prédictive
Méthode adaptative
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Adventure way
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Predictive way
Cascade pattern
Cycle en V
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Adaptative way
Main characteristics:
• Integrates the quality dimension
(customer satisfaction)
• Take into account changes
• Short and iterative cycles
• Tests and validations at all
stages
• Gives power to the project team
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Predictive / Adaptative way
• The paradigm of the predictive
method is predictability
• The paradigm of the adaptive
method is adaptability
• These two methods are at varying
degrees on a scale ranging from the
most "predictive" to the most
"adaptive".
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Project performance perspective
Outcomes Scope Investment
Cost Driven
Time driven
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Technological
challenge
Cette photo par Auteur inconnu est soumis à la licence CC BY-NC
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Economical
challenge
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Societal
challenge
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The dilemma of the project planner
✓ Time Driven v/s Cost Driven
✓ Performance v/s compliance
✓ Planned tasks v/s executed tasks
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4- How paradoxes can kill your planning:
A case study
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What’s a paradox?
• a statement or proposition that seems self-
contradictory or absurd but in reality expresses a possible
truth.
• a self-contradictory and false proposition.
• any person, thing, or situation exhibiting an apparently con
tradictory nature.
Source: www.dictionary.com
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• Contributors to Wasted Protection
– Student Syndrome (“Wait until the last moment and cram”)
– Work released too early (“Resource already in use”; diffused focus)
– Bad Multi-tasking (“Suspend and Set-up” for each task attempt)
– Unreported early finishes (“I fought hard to get this time . .”)
– Parkinson’s Law (“Work expands . . . . to fill time available”)
Inefficiencies are built into our Schedules
The safety time is often wasted
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Inefficiencies are built into our schedules
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Project resources usually have to work on more than one task concurrently.
Inefficiencies are built into our schedules
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Schedule Syndrome
“Work expands so as to fill the time available for its completion”
Parkinson's Law
Prof. Cyril Northcote Parkinson
Inefficiencies are built into our schedules
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Inefficiencies are built into our schedules
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Inefficiencies are built into our schedules
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5- Conclusion
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Project performance relies mainly on project
team behavior and knowledge capitalization
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Building and connecting capacities
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Anticipating Risk
Analysing problems
Implementing solution
Technical capacity
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Anticipating resistance to change / fears
Building confidence
Enabling cooperation
Tactical capacity
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Anticipating failure
Managing paradoxes
Promoting long term / general interest
Political capacity
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The hidden question
What to do to succeed?
What to avoid to do, to not fail ?
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Thank you for your time and
attention !
https://www.linkedin.com/in/mondherkhanfir/
copyright2018@Mondher.Khanfir

Planning limitation in high uncertainty projects