| A | B |
|---|
| Mathematical modeling | Using mathematical principles to predict how materials will respond to stress, how chemicals will work together or how electricity will travel through a circuit. |
| Formula | A series of mathematical symbols that represent a rule or a relationship between concepts. |
| Computer modeling | Using computer software to create useful models for engineers |
| Geospatial modeling software | Uses spatial and analytical methods intergrated wth information about the earth's surface and data about people to create models. |
| Mock-up | A physical model that is used to show the design of an object, scaled up or down and used to evaluate a design |
| Computational fluid dynamics | Software that uses many different algorithms and fluid properties to create solutions to design problems. |
| Predictive analysis | Uses many different factors to predict future events. |
| Assumption | Ideas that are believed to be true and used to simplify mathematical models. |
| Aesthetics | Visual appeal of a product |
| Reverse engineering | Determining the properties or functions of a product by taking it apart and examining its design. |
| Engineering economics | All of the financial considerations and decisions made during the production process. |
| Environmental impact | What affect will the product, or its production, have on the environment |
| Final project report | One of the final outputs that summarizes the design process for management and potential customers. |
| Function | One of the first criteria tested to determine if the product works properly |
| Oral presentation | One of the final output options that provides spoken delivery of a report to management teams or potential customers. |
| Fit | The ability of a product to fit into the (existing) production process and its use by the customer. |
