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Chapter 3: Solving Problems Analy8cally and Crea8vely
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Developing Management Skills
Learning Objec8ves
1. Increase proficiency in analy9cal problem solving
2. Recognize personal conceptual blocks
3. Enhance crea9vity by overcoming conceptual blocks
4. Foster innova9on among others
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A Model of Problem Solving
• Step 1: Define the Problem – Differen9ate fact from opinion – Specify underlying causes – Tap everyone involved for informa9on – State the problem explicitly – Iden9fy what standard is violated – Determine whose problem it is – Avoid sta9ng the problem as a disguised
solu9on
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A Model of Problem Solving
• Step 2: Generate Alterna9ve Solu9ons – Postpone evalua9ng alterna9ves – Be sure all involved individuals generate
alterna9ves – Specify alterna9ves that are consistent with
goals – Specify both short-‐ and long-‐term solu9ons – Build on others’ ideas – Specify alterna9ves that solve the problem
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A Model of Problem Solving
• Step 3: Evaluate and Select an Alterna9ve – Evaluate rela9ve to an op9mal standard – Evaluate systema9cally – Evaluate rela9ve to goals – Evaluate main effects and side effects – State the selected alterna9ve explicitly
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A Model of Problem Solving
• Step 4: Implement and Follow Up on the Solu9on
– Implement at proper 9me and in the right sequence
– Provide opportuni9es for feedback – Engender acceptance – Establish ongoing monitoring system – Evaluate based on problem solu9on
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Constraints on the Analy8cal Problem-‐ Solving Model
• Step 1: Defining the problems – Lack of consensus on the problem – Acceptance of problem defini9on – Symptoms are oTen confused
with the real problem – Confusing informa9on
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Constraints on the Analy8cal Problem-‐ Solving Model
• Step 2: Genera9ng Alterna9ves – Alterna9ves are evaluated as they
are proposed – Few possible alterna9ves are
usually known – The first acceptable solu9on is
usually accepted – Alterna9ves are based on what
was successful in the past
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Constraints on the Analy8cal Problem-‐ Solving Model
• Step 3: Evalua9ng and Selec9ng an Alterna9ve
– Informa9on on alterna9ves is limited – Search for informa9on occurs close to
home – The type of informa9on is constrained by
other factors – Gathering informa9on is costly – Preferences for the best alterna9ves are
not always known
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Constraints on the Analy8cal Problem-‐ Solving Model
• Step 4: Implementa9on and Follow up – Acceptance is not always forthcoming – Resistance to change – Uncertainty about what part of
solu9on to monitor – Poli9cal and organiza9onal processes
must be managed – It may take a long 9me to implement a
solu9on
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Impediments to Crea8ve Problem Solving
• Most people assume crea9vity is one dimensional
• Almost everyone has created blocks that inhibit our crea9vity
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Four Types of Crea8vity
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Key Dimensions of the Four Types
Insert Figure 3.2
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Examples for Four Types
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Conceptual Blocks Mental obstacles that constrain the way problems are defined. Examples of overcoming blocks: 1. Percy Spencer’s Magnetron led
to the inven9on of the microwave
2. Spence Silver’s Glue led to the development of the enormously popular Post-‐It Notes
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Conceptual Blocks
1. Constancy 2. Commitment 3. Compression 4. Complacency
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deBono’s Ways of Thinking
• Ver9cal Thinking – Con9nuity – Chooses – Stability – Searches for
what is right – Analy9c – Where the idea
came from – Develops an idea
• Lateral Thinking – Discon9nuity – Changes – Instability – Searches for what is different
– Provoca9ve – Where the idea is going
– Discovers the idea
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Mul8ple Thinking Languages The more languages available to problem solvers, the more crea9ve the solu9on will be: • Words • Symbols • Sensory (i.e. smell) • Feelings and emo9ons • Visual imagery
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The Matchs8ck Configura8on
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Perceptual Stereotyping
When individuals define present problems in terms of problems that they have faced in the past.
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Shakespeare Riddle
Insert figure 3.5
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Ignoring Commonali8es
Crea9vity is blocked when individuals fail to find the common thread that exists between dissimilar problems.
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Name That Ship!
Insert figure 3.6
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Examples of Compression
Ar9ficial Constraints
Separating Figure From Ground
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Examples of Complacency
• Noninquisi9veness: Unwillingness to ask ques9ons
• Bias against thinking: Inclina9on to avoid doing mental work
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Insert Table 3.4
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Stages in Crea8ve Thought
• Prepara9on • Incuba9on • Illumina9on • Verifica9on
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Ways to Improve Problem Defini8on
• Make the strange familiar and the familiar strange – Synec9cs – Use analogies: personal, direct
symbolic, and fantasy
• Elaborate the defini9on • Reverse the defini9on
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The Five-‐Figure Problem
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Ways to Generate More Alterna8ves
1. Defer judgment – Brainstorming 2. Expand current alterna9ves 3. Combine unrelated a`ributes
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Rules of Brainstorming
1. No evalua9on of ideas is permi`ed
2. Wild ideas are encouraged 3. Quan9ty before quality 4. Build on ideas of others
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Morphological Synthesis
1. The problem is wri`en down 2. A`ributes of the problem are
listed 3. Alterna9ves to each a`ribute are
listed 4. Different alterna9ves from the
a`ributes are combined
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Rela8onal Algorithm
Applying connec9ng words that force a rela9onship between two elements in a problem.
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Hints to Facilitate Crea8ve Problem Solving
• Give yourself relaxa9on 9me • Find a place where you can think • Talk to other people about ideas • Ask other people for their sugges9ons about your problems
• Read a lot • Protect yourself from idea-‐killers
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A Model of Analy8c and Crea8ve Problem Solving
Insert figure 3.10
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Three Principles for Fostering Crea8vity
1. Pull people apart; put people together
2. Monitor and prod 3. Reward mul9ple roles
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Enabling Crea8vity in Others
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Behavioral Guidelines • Follow the four-‐step procedure for analy9cal decision-‐making
• Employ the four types of crea9ve decision-‐making
• Try to overcome conceptual blocks • Elaborate problem defini9ons • Elaborate possible alterna9ves • Foster crea9vity with coworkers
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Copyright Informa8on
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