Engineersusescientificknowledge.Engineers use aprototype duringthe design processto test the designand makeimprovements.The testmodel of aproduct is aprototype.Engineering isthe applicationof science andmath to solvereal-lifeproblems.Results need tobecommunicated.Technologycan becomplex.Math isimportant inall fields ofengineering.Engineers need touse a variety oftools, equipment,and software todesign, build, andtest a newproduct.Technology isthe applicationof science forpracticalpurposes.The engineeringdesign process isa series of stepsthat lead to a newproduct processor technique.Atrebuchetis a kind ofcatapult.ConductingresearchWhen workingon problems,engineers firstconductresearch.There aremanytypes ofengineers.Chemical engineersapply math andscientific knowledgeto make usefulchemical such ascleaners, medicines,and fuels.The first step inthe engineeringdesign processis to select aneed toaddress.Methodicalthinking meansthinking in anorganized way andpaying closeattention to details.Technology is notnecessarilycomplicated,expensive, orsomething thatneeds to beplugged in.Technologycan besimple.Prototypes arealmost alwaysrevised tomakeimprovements.Complextechnologies found inautomobiles are onlypossible becauseengineers follow theengineering designprocess.Many technologieshave beendeveloped toimprove the waypeople get, grow,and process food.Trade-off isthe act ofgiving up oneadvantage tokeep another.Civil engineersuse math andtheir knowledgeof materials todesign bridges.The methodused todevelop newtechnology.Complextechnologiesoften useelectricalenergy.Engineers usemany skillswhen theydesign complexstructures.Creativity leads tonew ways of doingthings that aremore efficient ormore enjoyable orthat improvequality of life.Constraintsarelimitations.Engineersusescientificknowledge.Engineers use aprototype duringthe design processto test the designand makeimprovements.The testmodel of aproduct is aprototype.Engineering isthe applicationof science andmath to solvereal-lifeproblems.Results need tobecommunicated.Technologycan becomplex.Math isimportant inall fields ofengineering.Engineers need touse a variety oftools, equipment,and software todesign, build, andtest a newproduct.Technology isthe applicationof science forpracticalpurposes.The engineeringdesign process isa series of stepsthat lead to a newproduct processor technique.Atrebuchetis a kind ofcatapult.ConductingresearchWhen workingon problems,engineers firstconductresearch.There aremanytypes ofengineers.Chemical engineersapply math andscientific knowledgeto make usefulchemical such ascleaners, medicines,and fuels.The first step inthe engineeringdesign processis to select aneed toaddress.Methodicalthinking meansthinking in anorganized way andpaying closeattention to details.Technology is notnecessarilycomplicated,expensive, orsomething thatneeds to beplugged in.Technologycan besimple.Prototypes arealmost alwaysrevised tomakeimprovements.Complextechnologies found inautomobiles are onlypossible becauseengineers follow theengineering designprocess.Many technologieshave beendeveloped toimprove the waypeople get, grow,and process food.Trade-off isthe act ofgiving up oneadvantage tokeep another.Civil engineersuse math andtheir knowledgeof materials todesign bridges.The methodused todevelop newtechnology.Complextechnologiesoften useelectricalenergy.Engineers usemany skillswhen theydesign complexstructures.Creativity leads tonew ways of doingthings that aremore efficient ormore enjoyable orthat improvequality of life.Constraintsarelimitations.

The 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. Engineers use scientific knowledge.
  2. Engineers use a prototype during the design process to test the design and make improvements.
  3. The test model of a product is a prototype.
  4. Engineering is the application of science and math to solve real-life problems.
  5. Results need to be communicated.
  6. Technology can be complex.
  7. Math is important in all fields of engineering.
  8. Engineers need to use a variety of tools, equipment, and software to design, build, and test a new product.
  9. Technology is the application of science for practical purposes.
  10. The engineering design process is a series of steps that lead to a new product process or technique.
  11. A trebuchet is a kind of catapult.
  12. Conducting research
  13. When working on problems, engineers first conduct research.
  14. There are many types of engineers.
  15. Chemical engineers apply math and scientific knowledge to make useful chemical such as cleaners, medicines, and fuels.
  16. The first step in the engineering design process is to select a need to address.
  17. Methodical thinking means thinking in an organized way and paying close attention to details.
  18. Technology is not necessarily complicated, expensive, or something that needs to be plugged in.
  19. Technology can be simple.
  20. Prototypes are almost always revised to make improvements.
  21. Complex technologies found in automobiles are only possible because engineers follow the engineering design process.
  22. Many technologies have been developed to improve the way people get, grow, and process food.
  23. Trade-off is the act of giving up one advantage to keep another.
  24. Civil engineers use math and their knowledge of materials to design bridges.
  25. The method used to develop new technology.
  26. Complex technologies often use electrical energy.
  27. Engineers use many skills when they design complex structures.
  28. Creativity leads to new ways of doing things that are more efficient or more enjoyable or that improve quality of life.
  29. Constraints are limitations.