1
An engineering discipline that involves designing, improving, and working with mechanical systems, or machines that cause or involve movement.
2
Engineering discipline that focuses on electricity and electromagnetism.
3
A modification of scientific notation in which all of the powers of 10 are multiples of three. This method allows numbers to more easily conform to International System of Units prefixes.
4
Engineering discipline that involves the conversion of raw materials into useful products.
7
Problem-solving process that follows a specific set practice including defining problems,developing and using models,planning and conducting investigations,analyzing and interpreting data,using computational thinking,designing solutions,arguing based on evidence,and collecting,assessing, and communicating information.
8
Engineering discipline that focuses on design and improvement structures such as bridges,skyscrapers,roadways,and dams.
10
Limitations
11
Rough calculations
12
Thinking in a way that is different from the norm.
13
Tool that illustrates a project schedule using horizontal bars that represent each phase and activity that makes up the project.
14
A measurable feature of an object such as length, width, or height.
15
Repetitive manner.
16
A tendency to look at the more favorable side of events or to expect the best outcomes in various situations.
17
make the best or most effective use of a situation, opportunity, or resource.
19
Principles of conduct that govern the actions of an individual or group.
20
A set of beliefs that is established to guide a person's actions.
