Introduction to Engineering

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Across
  1. 4. document the final results using formal outcome documentation
  2. 7. pick the best solution(s) and prototype
  3. 9. A type of engineering that uses engineering and business principles to oversee the entire construction process including estimating/budgeting, contract law, construction methods and materials, scheduling, safety, and effective communication
  4. 11. type of engineering that applies engineering principles to living organisms and systems, whether those include plants, animals, humans, or the environment
  5. 12. type of engineering that works on the design, installation, and maintenace of the infrastructure systems we use every day and/or in large-scale surveying and coastal subsidence projects
  6. 14. a type of engineering that uses math, physics, materials science, and engineering principles to design, analyze, manufacture, and maintain machines
Down
  1. 1. a type of engineering that uses the principles of engineering, biology, chemistry, and soil science to address challenges such as waste disposal, recycling, pollution control, and public health
  2. 2. a type of engineering that helps find and produce the natural gas and oil resources that make everyday life possible; involved in finding, producing, and maxmizing oil and natural gas products
  3. 3. a type of engineering where you learn the math and theory behind modern-day computing, develop and hone your programming skills, and then use computers to solve problems in almost any industry
  4. 5. research the problem and come up with multiple solutions
  5. 6. a type of engineering that combines several fields of science (chemistry, physics, and biology) with engineering design principles to create new chemical and biochemical processes-usually in the form of chemical reactions or separations
  6. 8. a type of engineering that designs products and systems that use electricity to run the modern world
  7. 10. evaluate the prototye(s) and redesign as needed
  8. 13. A type of engineering that applies the principles of engineering design to create or improve any type of system
  9. 15. identify the problem and constraints