Design Process
Criteria/Constraints
Design Principles
Prototyping/Modeling
Data/Information
100

Defined linear procedure.

Scientific Method

100

Identified elements and/or features of a product or system are the _______________.

Criteria

100

WILDCARD!

What is expanding of dough in a warm moist place?

Proofing

100

A prototype is a model that:

performs exactly as the final solution would.

100

The process of collecting, organizing, and analyzing data is called:

Statistics

200

WILDCARD!

The list of computers, laptops, software, equipment owned by an organization.

Inventory

200

Identified limitations to the design of a product or system are the _________________.

Constraints

200

A characteristic of a 3D model that a 2D model does not have is:

Volume

200

WILDCARD!

Cutting small parts of the ends of the hair with the tips of the scissors with a fast motion.

Point Cutting

200

The average number in a data set is the:

Mean

300

A systematic application of mathematical, scientific and technical principles is:

Engineering Design

300

When designers make compromises during the Engineering Design Process, this is called _______________.

Tradeoff

300

Isometric and orthographic are different types of:

Technical sketches/drawings

300

Mock-ups and prototypes are different types of:

Physical models

300

What is the median of the following data set: 1, 3, 3, 8, 8

3
400

By defining the problem, the designer clearly identifies what humans:

Need and want

400

WILDCARD!

What blood type is the universal donor?

O

400

Design portfolios, design journals, drawings and schematics are all used to:

communicate.

400

Mathematical modeling aids in technological design by simulating how:

A proposed system might behave

400

The mode in a data set is the number:

most frequently occurring

500

The process of checking to see if a solution to a problem already exists is called:

Research

500

Efficiency is an example of a:

(criteria/constraint)

Criteria

500

Engineers, architects, and others who engage in design to solve practical problems use:

Scientific knowledge and mathematical applications.

500

Mathematical models allow engineers and designers to express ideas

Precisely

500

WILDCARD!

Allows driver to control the direction of the vehicle.

Steering Wheel