Science practices | Engineering practices |
---|---|
Begins with a question about a phenomenon. | Begins with a problem, need, or desire that leads to an engineered solution. |
Using models to develop explanations about natural phenomena. | Using models and simulations to analyze existing solutions. |
Scientific investigation in field or lab using a systematic approach. | Engineering investigation to obtain data necessary for identifying criteria and constraints and to test design ideas. |
Analyzing and interpreting data from scientific investigations using a range of tools for analysis (tabulation, graphical interpretation, visualization, and statistical analysis) locating patterns. | Analyzing and interpreting data collected from tests of designs and investigations to locate optimal design solutions. |
Mathematical and computational thinking are fundamental tools for representing variables and their relationships. These ways of thinking allow for making predictions, testing theory, and locating patterns or correlations. | Mathematical and computational thinking are integral to design by allowing engineers to run tests and mathematical models to assess the performance of a design solution before prototyping. |
Constructing scientific theory to provide explanations is a goal for scientists and grounding the explanation of a phenomenon with available evidence. | Constructing designing solutions using a systematic approach to solving engineering problems based upon scientific knowledge and models of the material world. Designed solutions are optimized by balancing constraints and criteria off existing conditions. |
Arguments with evidence is key to scientific practices by providing a line of reasoning for explaining a natural phenomenon. Scientists defend explanations, formulate evidence based on data, and examine ideas with experts and peers understandings. | Arguments with evidence is key to engineering for locating the best possible solutions to a problem. The location of the best solution is based on a systematic approach to comparing alternatives, formulating evidence from tests, and revising design solutions. |