THE PROBLEM-SOLVING PROCESS
 
by Jeffrey Leaf
Thomas Jefferson High School for Science and Technology

When confronted with a problem, successful people in any field follow a similar process to find an effective solution. This process differs from the Scientific Method in a very basic way. The Scientific Method establishes a single hypothesis for the situation. Hypotheses proofs provide a yes-or-no answer. The Problem-Solving Process, however, avoids any initial hypothesis. The final result is one of many possible solutions to the problem.

DEFINE THE PROBLEM

Determine what must the solution do. Be specific and detailed. Be careful of word selection. General terms allow the imagination the widest field of view. Specific verbs can prejudiced thinking and eliminate better solutions.

If you are asked to get people from one side of a river to the other, you could define the problem as building a bridge or you could define the problem as moving people, which brings in more possible solutions as boats, a tunnel, helicopters, travel upstream and ford at a shallow place, etc.


DETERMINE CONSTRAINTS

Determine what gets in the way of the solution. Identify restrictions which limit the possible solutions. Some possible constraints are:


GATHER DATA

There are many sources of available information.

These are just a few places to look. Every problem provides new challenges and opportunities to find new solutions.

BRAINSTORM

The Brainstorming activity is an exercise in creativity.

REMEMBER! There are no bad ideas. Some will be less effective than others, but every idea is to be respected because it may be the basis for the final solution.

ANALYZE

Now you can let the Judge out of the closet. Evaluate each brainstorming idea. Judge the probability of success of each idea. Prioritize ideas, if needed. Select the idea(s) to pursue.


DEVELOP

Design the solution.

Test ideas as required. Evaluate the results.

BUILD
 
Build the solution.


TEST
 
Try it. Determine if the solution works as planned.


EVALUATE

Does the solution solve the problem? If the answer is YES, does the solution meet the constraints of the problem?
 
If the answer is NO to either question, return to the beginning. Determine if the problem is defined correctly? If the answer is YES, determine if the constraints are defined accurately? If not, redefine them.



Developed by Jeffrey Leaf
Last Updated 12/2/98