Across
- 3. The use of mathematics, science, and technology to create products and systems that improve the world.
- 7. Something an engineer gives up in order to meet specifications while staying within the constraints; the consideration that gaining one positive quality in a design means you lose one other quality.
- 8. ____________________ engineering is considered the oldest of the engineering fields, as its principles have been used for thousands of years.
- 10. The limitations of the design, such as materials, cost, size, and time.
- 12. To solve problems, ____________________ combine their knowledge of math and science with the use of materials and natural forces.
- 14. The designing, building, and maintaining of mechanical and fluid systems.
- 15. ____________________ engineering is divided into two main categories¾aeronautics and astronautics.
Down
- 1. The design requirements of an engineered solution.
- 2. A specific set of steps that lead the engineer from a problem statement to a final solution.
- 4. The process of creating the most optimal solution within the specifications and constraints.
- 5. The people who carry out technical work of engineers by using more technology and less scientific and mathematical knowledge.
- 6. Electrical engineers developed the radio, television, computer, electronics, satellite technology, and the infrastructure to support these technologies all in the ____________________ century.
- 9. As part of the engineering team, the ____________________ are those people who have specific technical knowledge and skills in material processing or construction and who follow the plans made by the rest of the team.
- 11. Engineering requires a strong background in various types of mathematics, such as using ____________________ to determine the relationship between two variables in a system.
- 13. The designing and maintaining of systems that reduce air and water pollution and erosion.