Technology

4. Step 3 in the Engineering Design Process is to generate ________ solutions.
5. Step 6 in the Engineering Design Process is to ______ and evaluate the prototype.
7. Step 5 in the Engineering Design Process is to develop __________.
8. The use of technologies that have the ability to record, store, manipulate, analyze and transmit data over long distances.
11. The effect or impression of one thing on another.
12. The use of technology for diagnostic and treatment practices.
15. The use of transportation over land, sea, air and space to transport people, resources and products.
16. The production of physical goods from material resources.
18. Involves using living organisms or parts thereof to make or modify products, to improve humans, plants or animals, or to develop microorganisms for a specific use.
19. The name of the student who created this puzzle.

1. An example of transportation is ____________, which is an ultra-high-speed transportation ecosystem.
2. Step 4 in the Engineering Design Process is to choose the _______ option.
3. Step 2 in the Engineering Design Process is to ______ and investigate.
6. The processing and controlling of ______ and its resources for the development of technology.
9. The use of technology to develop tools and practices to improve productivity so that fewer people are needed to feed all of society.
10. The building of large structures such as buildings, roads, and bridges amongst other structures to serve a purpose in a technological society.
13. Step 1 in the Engineering Design Process is to ______ the problem.
14. An example of construction can be 3D _______ Homes that have a goal of ending global homelessness.
17. Instead of using morse code, now we have _____ phones to communicate.