2.1.1 The Engineering Design Process

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The Engineering Design Process is a
systematic, iterative problem-solving method
that produces solutions to meet human needs
and wants.

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Multiple Choice

__________ means you must often go through the steps numerous times.

• Scientific

• Professional

• Iterative

• Process

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Multiple Choice

_____________ focuses on how and why things happen.

• Science

• Technology

Multiple Choice

_____________ focuses on making things happen.

• Science

• Technology

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Multiple Choice

Identify the following as either the Scientific Method or the Engineering Design Process:

Defined Starting point

• Scientific Method

• Engineering Design Process

• Both

Multiple Choice

Identify the following as either the Scientific Method or the Engineering Design Process:

Meets Human Need or Want

• Scientific Method

• Engineering Design Process

• Both

Multiple Choice

Identify the following as either the Scientific Method or the Engineering Design Process:

Continuous Improvement

• Scientific Method

• Engineering Design Process

• Both

Multiple Choice

Identify the following as either the Scientific Method or the Engineering Design Process:

Hypothesis

• Scientific Method

• Engineering Design Process

• Both

Multiple Choice

Identify the following as either the Scientific Method or the Engineering Design Process:

Linear Procedure

• Scientific Method

• Engineering Design Process

• Both

Multiple Choice

Identify the following as either the Scientific Method or the Engineering Design Process:

Involves Criteria and Constraints

• Scientific Method

• Engineering Design Process

• Both

Multiple Choice

Identify the following as either the Scientific Method or the Engineering Design Process:

Conduct Research

• Scientific Method

• Engineering Design Process

• Both

Multiple Choice

Identify the following as either the Scientific Method or the Engineering Design Process:

Follow a Process

• Scientific Method

• Engineering Design Process

• Both

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Multiple Choice

The problem statement should be long, and vague. Once you create the problem statement you can move on and forget about it.

• True

• False

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Multiple Choice

When brainstorming, you should disregard wild ideas, and come up with only a few very easily achievable ideas.

• True

• False

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Match

Match the following

• Criteria

• Constraints

• TED

Guidelines

Limitations

Technology Engineering and Design

• Guidelines

• Limitations

• Technology Engineering and Design

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Multiple Choice

When considering alternative solutions, it is important to stay open-minded.

• True

• False

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Multiple Choice

What is a way to manage simple projects?

• brainstorming

• defining a problem

• outsourcing

• a design proposal

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Multiple Choice

Models should only be a physical representation of your idea.

• True

• False

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Multiple Choice

Testing and evaluation are only successful if there were no problems with your prototype/model.

• True

• False

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