Engineering Design Process
Technology & The Designed World
Risk-Benefit & Life Cycle Analysis
Prototypes & Design Tools
Science vs. Engineering
100


This is the first step in the engineering design process, when engineers identify what needs to be solved.



What is identifying a need?


100


This is the use of tools, materials, or processes to meet human needs.



What is technology?


100


This analysis compares the unfavorable effects of a decision or technology with its favorable effects.



What is risk-benefit analysis?


100


This test model of a product helps engineers try out a design.



What is a prototype?


100


This field aims to construct explanations about the natural world.



What is science?


200


Engineers do this after identifying a need and before brainstorming solutions.



What is conducting research?


200


Technology is developed to meet these.



 What are people’s wants and needs?


200


A technology may be worth using when its benefits are greater than these.



 What are the risks?


200


This chart is used to compare features of multiple items.



What is a Pugh chart?


200


This field uses scientific and mathematical knowledge to solve practical problems.



What is engineering?


300


This skill helps engineers come up with original ideas during the design process



What is creativity?


300


Trees, grass, and flowers belong to this world, not the designed world.



What is the natural world?


300


This analysis examines the materials and energy used to manufacture, transport, sell, use, and dispose of a product.



What is life cycle analysis?


300


When comparing technologies, engineers examine each of these.



What are the features?


300


The goal of engineering is to address these.



What are the needs of society?


400


These three broad kinds of skills are needed for engineering design: research, technical, and these.



What are thinking skills?


400


 This includes structures, environments, and products people use every day.



What is the designed world?


400


A technology can have effects that are expected or unexpected, and these two kinds of effects.



What are favorable and unfavorable effects?


400


Engineers use this model to test a product idea before deciding on a final design.



What is a prototype?


400


Science and engineering have different goals: science explains the natural world, while engineering designs solutions to meet these.



What are human or societal needs?


500


Put the engineering design steps in order: research; communicate results; build a prototype; identify a need; test, evaluate, and redesign; brainstorm and select solutions.



What is identify a need, conduct research, brainstorm and select solutions, build a prototype, test/evaluate/redesign, and communicate results?


500


Nature can inspire engineers. The design of a submarine, for example, may be inspired by the movement and shape of this animal.



What is a salmon?


500


A community accepts a technology’s possible risks in exchange for its benefits. This decision reflects this idea: accepting risks to gain benefits or giving up one benefit to gain another.



What is a trade-off?


500


Engineers compare several possible designs with a chart, build a test version of their strongest idea, then use test results to improve it. Name the chart and the test version.



What are a Pugh chart and a prototype?


500


A team skips research and brainstorming, then immediately builds a device. Name two parts of the engineering design process the team skipped.



What are conducting research and brainstorming/selecting solutions?