Engineering Chapter 1

Edit Answers
1234567891011121314151617181920
Across
  1. 1. limitations of the design, such as, materials, cost, size and time
  2. 4. engineering of both the design and construction of public works projects or other large construction projects, and the use and control of natural resources, especially water
  3. 5. engineering designing, building, and maintaining of mechanical, thermal, and fluid systems
  4. 6. engineering branch that deals with the research, development, and design involved in the large scale production of chemical products
  5. 8. engineering design and construction of electrical and electronic systems, components, and devices
  6. 10. field that uses biological organisms and tools to help humans and other species live
  7. 14. workers wo build the design products
  8. 15. the _________ also contributed to early engineering principles with their creation of pyramids
  9. 17. this is a set of steps known as the engineering design _________ in which a problem is identified, a hypothesis created with a possible solution that is then tested by creating a model and then checking if the results solve the problem.
  10. 18. process of creating the most optimal solution within the specifications and constraints
  11. 19. the _______ built aqueducts an example of early engineering principles
  12. 20. 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
Down
  1. 2. design requirements of an engineered solution
  2. 3. engineering design of machines, tools, and processes used to manufacture goods
  3. 6. engineering design, development, and testing of various aspects of computer systems; a unique field that overlaps electrical and software engineering
  4. 7. use of math, science and technology to create products and systems that improve the world
  5. 9. engineering application of the combined principles of chemistry, biology, math, and technology to solve environmental problems
  6. 11. a highly trained professional who uses both knowledge and skills to solve problems
  7. 12. an example of great improvement and engineering advancement happened during the _______ revolution from 1760-1840
  8. 13. engineering understanding and modification of the structure and properties of materials to improve the performance and processing of the material
  9. 16. engineering design, building, analysis and troubleshooting of components in aircraft, spacecraft, missiles