Engineering Design Process

4. To make better.
5. Type of engineer who solves design problems using their knowledge of the physical and natural environment to develop solutions such as constructing roads, airports, and bridges.
6. To find a solution.
7. Type of engineer who solves design problems using their knowledge of math and physics to develop solutions such as the mechanical systems in robots, cars, and airplanes.
8. Type of engineer who solves design problems using their knowledge of electricity and electric currents to develop solutions such as electrical circuits in robots, cars, and computers.
10. The continual process of testing and improving a design solution.
12. To check to see if something is working.
13. Someone who designs, builds and tests things to solve problems.
15. To compare results of a test and make decisions about the results.
16. The gathering of information about ideas related to an engineering solution.
17. Defining the problem is the _____ step of the engineering design process, which defines the purpose, criteria, and constraints of an engineering solution.

1. A challenge that needs a solution.
2. Not passing a test or something that did not work.
3. Type of engineer who solves design problems using their knowledge of chemistry and chemical reactions to develop solutions such as new fuels, medicine, and new materials.
5. The design limitations placed on an engineering solution.
9. The design requirements for success of an engineering solution.
11. The use of scientific, mathematic, and design principles to solve problems.
14. A sketch, model or plan for something.