ProblemAnunwelcomeissue orsituationsuccessfulprototypePrototypemeetsconstraintsConstraintsand testingSet upbefore theprototypeis testedcommunicateshare ideasandinformationwith otherpeoplePrototypeTheworkingmodel ofan itemSolutionAn Answerto aproblem orsituationResearchLooking upinformationBlueprintA drawingof theprototypemodifymakechangesDefinetheproblem.step 1Understandand askquestions aboutsituation orproblem.BrainstormToss outevery ideathat comes tomind to solvea problemTest thePrototypeperform theexperiment setup to see whatdoes and doesnot work withthe prototypeConstraintlimitationandrulesEngineerA personwho buildssomething tosolve aproblem.Evaluateyoursolution.What works?What doesnot work?Fix what isnot working.DeveloppossiblesolutionsBrainstormas manyideas aspossible.EngineeringDesignProcessThe list of stepsused to analyzeand build anitem to solve aproblem.EvaluateTestPerforminganexperimentorobservationsQualitiesof a goodbrainstormsessionseveral peopledifferent lifeexperiencesevery idea is agood idea# oftimesto testSeveralDesignyoursolutionDraw ablueprint.Build aprototype.Create aworkingmodel.unsuccessfulprototypeprototypedoes notmeetconstraintsProblemAnunwelcomeissue orsituationsuccessfulprototypePrototypemeetsconstraintsConstraintsand testingSet upbefore theprototypeis testedcommunicateshare ideasandinformationwith otherpeoplePrototypeTheworkingmodel ofan itemSolutionAn Answerto aproblem orsituationResearchLooking upinformationBlueprintA drawingof theprototypemodifymakechangesDefinetheproblem.step 1Understandand askquestions aboutsituation orproblem.BrainstormToss outevery ideathat comes tomind to solvea problemTest thePrototypeperform theexperiment setup to see whatdoes and doesnot work withthe prototypeConstraintlimitationandrulesEngineerA personwho buildssomething tosolve aproblem.Evaluateyoursolution.What works?What doesnot work?Fix what isnot working.DeveloppossiblesolutionsBrainstormas manyideas aspossible.EngineeringDesignProcessThe list of stepsused to analyzeand build anitem to solve aproblem.EvaluateTestPerforminganexperimentorobservationsQualitiesof a goodbrainstormsessionseveral peopledifferent lifeexperiencesevery idea is agood idea# oftimesto testSeveralDesignyoursolutionDraw ablueprint.Build aprototype.Create aworkingmodel.unsuccessfulprototypeprototypedoes notmeetconstraints

Engineering Design Process - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. An unwelcome issue or situation
    Problem
  2. Prototype meets constraints
    successful prototype
  3. Set up before the prototype is tested
    Constraints and testing
  4. share ideas and information with other people
    communicate
  5. The working model of an item
    Prototype
  6. An Answer to a problem or situation
    Solution
  7. Looking up information
    Research
  8. A drawing of the prototype
    Blueprint
  9. make changes
    modify
  10. step 1 Understand and ask questions about situation or problem.
    Define the problem.
  11. Toss out every idea that comes to mind to solve a problem
    Brainstorm
  12. perform the experiment set up to see what does and does not work with the prototype
    Test the Prototype
  13. limitation and rules
    Constraint
  14. A person who builds something to solve a problem.
    Engineer
  15. What works? What does not work? Fix what is not working.
    Evaluate your solution.
  16. Brainstorm as many ideas as possible.
    Develop possible solutions
  17. The list of steps used to analyze and build an item to solve a problem.
    Engineering Design Process
  18. Evaluate
  19. Performing an experiment or observations
    Test
  20. several people different life experiences every idea is a good idea
    Qualities of a good brainstorm session
  21. Several
    # of times to test
  22. Draw a blueprint.
    Design your solution
  23. Create a working model.
    Build a prototype.
  24. prototype does not meet constraints
    unsuccessful prototype