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Problem solving consists of using generic or ad hoc methods, in an orderly manner, for finding solutions to problems. Some of the problem-solving techniques developed and used in artificial intelligence, computer science, engineering, mathematics, medicine, etc. are related to mental problem-solving techniques studied in psychology.

Outline

Key Learning Points:

Lesson 1: Becoming Aware of a Problem

    •  Ways to recognize indications of problems
    •  Ideas to help decide which problems to work on first.

Lesson 2: Why Use a Structured Problem-Solving Process?

    •  How a formal problem-solving approach can improve the effectiveness of the whole organization.
    •  Building a common problem-solving language.

Lesson 3: Do You Need a Team?

    •  Five questions to determine which problems need a team and which problems one person working alone can effectively handle.

Lesson 4: The Importance of Data

    •  How data leads to information and information points the way to knowledge.
    •  Subjective versus objective data.
    •  Attribute data versus variable data.
    •  Using data to infer and make judgments.

Lesson 5: Different Problem-Solving Models

    •  8-Discipline Problem-Solving Model
    •  DMAIC Project Cycle
    •  Xerox Problem-Solving Process
    •  Boeing Process Flow for Working Projects
    •  A generic Six-Step Problem-Solving Model

Lesson 6: Use a Team Approach

    •  Establishing team membership, roles of the members, boundaries of freedom for the team, and getting the team started up.
    •  Developing the Problem Statement.
    •  Designing and putting temporary measures into place and verifying that they are working.
    •  Using a systematic approach to collect, display, and analyze data to identify the root cause(s).
    •  Verifying that the cause identified is truly the root cause.

Lesson 6: Develop Solutions

    •  Finding a solution to attack the root cause and correct the problem.
    •  Using mistake-proofing techniques.
    •  Developing simple and complex action plans.
    •  Using Gantt and PERT Charts to plan the implementation and monitor progress.
    •  Finishing the job to ensure the problem does not come back.
    •  Ensuring training, audit practices, and knowledge transfer are completed.

Lesson 7: Congratulate the Team

    •  Providing recognition for the problem-solving team.
    •  Ensuring the problem-solving team recognizes those that have assisted them.
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