Assignment 1: Word Association, Solving Complex Problem | CEE 498, Assignments of Civil Engineering

Material Type: Assignment; Class: SPECIAL TOPICS; Subject: Civil and Environmental Engineering; University: University of Washington - Seattle; Term: Unknown 1989;

Typology: Assignments

Pre 2010

Uploaded on 03/19/2009

koofers-user-dku
koofers-user-dku 🇺🇸

3

(1)

10 documents

1 / 9

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
ChemE 355 Autumn 02
In-class assignment
Name: _________________________
The following three activities have been assigned so that the instructors can
better understand your knowledge of biology as a result of this course. This
information will help us to improve the course content and implementation.
There are no right or wrong answers to these tasks.
pf3
pf4
pf5
pf8
pf9

Partial preview of the text

Download Assignment 1: Word Association, Solving Complex Problem | CEE 498 and more Assignments Civil Engineering in PDF only on Docsity!

ChemE 355 Autumn 02

In-class assignment

Name: _________________________

The following three activities have been assigned so that the instructors can

better understand your knowledge of biology as a result of this course. This

information will help us to improve the course content and implementation.

There are no right or wrong answers to these tasks.

Assignment 1: Word Association

Instructions: In this activity, your goal is to generate a list of the ideas that come into

your mind when you are presented with an anchoring term. When you see this term, a

variety of thoughts may cross your mind--your task is to write down whatever topics you

think of, without constraint. Feel free to write down nouns, verbs, phrases, or whatever.

Again, there are no right or wrong answers. You may use the backside of this paper if you

need more space. You will have 5 minutes to do this activity.

Anchoring Term : The concept is “ Biology ”

Assignment 3: Considerations for solving a complex problem

Instructions: You will have 10 minutes to complete this activity. You may use the

backside of this paper if you need more space.

List the factors and concepts that you would consider when designing a genetically

modified food source. State your assumptions about the nature of the problem.

ChemE 355 Autumn 02

Homework

Due: December 18

Name: _________________________

The following assignment will be graded for completeness. As you may remember, you

were asked a similar set of questions on the first day of class. Information from this

assignment will be used to improve this course.

PART A: UNDERSTANDING BIOLOGY

Directions: For the following statements please circle your level of confidence. For example, if you have little or no confidence in your ability to use your understanding of biology to solve a problem, then circle poor. If you are extremely confident of your ability, circle excellent. Given a problem that may require an understanding of biology: Poor Fair Good Very Good Excellent A1. I can explain the relevant biology concepts to another engineer.

A2. I can utilize my understanding of biology to solve the problem.

A3. I can recognize instances of successful engineering solutions to biological problems.

Directions : For the following statements, please circle the number that corresponds to how strongly you disagree or agree. Strongly Agree Agree Disagree Strongly Disagree A4. Organisms that are very complex (e.g., humans) are more likely to have dramatically different DNA structures.

A5. Organisms that are very simple (e.g., bacteria) are more likely to have dramatically different DNA structures.

A6. Biologists utilize equations to describe biology concepts. 1 2 3 4 A7. The properties of biological systems can be derived intuitively (e.g., rules of thumb).

A8. Biological systems can be described mathematically. 1 2 3 4 A9. Biological systems can be described in terms of the same chemical or physical principles that engineers use to describe “man-made” or “technological” systems.

Directions : Please circle the likelihood for the following scenarios. A . As a result of this class, I will seek out other courses that emphasize learning biology concepts. Not Likely Somewha t Likely Likely Very Likely

PART B: UNDERSTANDING HOW ENGINEERING KNOWLEDGE MAY RELATE TO BIOLOGY KNOWLEDGE

Directions : Below is a list of several different skills, principles, and concepts that engineers use for solving technological problems and/or for exploring and understanding physical systems. At the beginning of this course we asked whether or not these skills and principles would be useful for understanding a biological system. Based on your reflections on this course - please circle a rating that reflects why or why not the following skills and principles would be useful for understanding a biological system. If your rating is “useful” or higher, please provide an example of a situation illustrating how this knowledge could be useful in the space provided. For example, if you rate “mathematical modeling and simulation” as “somewhat useful” then you do not need to provide an example. If you rate it as “useful” or “very useful” please try to provide an example. Do not spend more than 30 minutes on this assignment – if you cannot readily come up with an example, then “I can’t think of an example” is an acceptable answer. B1. Mathematical modeling and simulation Not Useful Somewhat Useful Useful Very Useful Extremely Useful Example if “useful” or higher: B2. Mathematical principles (e.g., differential equations) Not Useful Somewhat Useful Useful Very Useful Extremely Useful Example if “useful” or higher: B3. Principles of thermodynamics Not Useful^ Somewhat Useful Useful Very Useful Extremely Useful Example if “useful” or higher:

B4. (^) How structure relates to physical properties (e.g., strength, electrical) Not Useful Somewhat Useful Useful Very Useful Extremely Useful Example if “useful” or higher: B5. (^) Principles of diffusion, transport, kinetics Not Useful Somewhat Useful Useful Very Useful Extremely Useful Example if “useful” or higher: B6. (^) Principles of engineering design Not Useful^ Somewhat Useful Useful Very Useful Extremely Useful Example if “useful” or higher: B7. (^) Digital information processing (storage, copying, retrieving information) Not Useful Somewhat Useful Useful Very Useful Extremely Useful Example if “useful” or higher: