Bioengineering and Engineering Design Process S2 Flashcards

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1
Q

What is engineering?

A

Engineering is a branch of science and technology concerned with design, building, and use of engines, machines, and structures.

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2
Q

What does the Engineering Design Process refer to?

A

Products and Processes that are designed to serve our needs

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3
Q

How many steps are in the Engineering Design Process?

A

5

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4
Q

What are the steps of the Engineering Design Process?

A

Ask, Imagine, Plan, Create, Improve

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5
Q

What is the correct order of those steps?

A

Ask, Imagine, Plan, Create, Improve

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6
Q

What do you do in Step 1: Ask

A

Find the problem and goal and research.

Ex: What have others done?
Ex: What are the constraits

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7
Q

What do you do in Step 2: Imagine

A

Brainstorm Ideas: What are some solutions? Choose the BEST one!

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8
Q

What do you do in Step 3: Plan?

A

Draw a diagram, make a list of materials needed, and make a prototype.

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9
Q

What is a prototype?

A

A test model of a product.

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10
Q

When creating a prototype……………..

A
  1. Make a full scale model when possible.

2. Include all features and improvements which are important to the function of your prototype.

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11
Q

What do you do in Step 4: Create?

A

You have to follow your plan and create the desired product, test it out, and analyze the cost-benefit.

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12
Q

What is Cost-Benefit Analysis? (Answer question in question form)

A

Is the cost of the designing and producing the new product worth its benefit?

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13
Q

What do you do in Step 5: Improve?

A

Modify your design and make it better, then you test it out! (Share information)

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14
Q

What is engineering? (Second answer)

A

Engineering is the process of creating technology

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15
Q

What is engineering? (Second answer)

A

Engineering is the process of creating technology

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16
Q

What is bioengineering?

A

Bioengineering is the application of engineering (technology) to living things, such as humans and plants.

17
Q

What do bioengineers do?

A

Bioengineers look at problems that occur in living things and invent technology that will help these problems.

18
Q

What is assistive bioengineering?

A

Technology that is developed to help organisms, but DOES NOT change them (only temporary).

19
Q

What are some examples of assistive bioengineering?

A

ASSIST = HELP

  • Eyeglasses
  • Wheelchairs
  • Antibiotics
  • Artificial Limbs
20
Q

What is adaptive bioengineering?

A

Technology developed to help living organisms and permanently changes them.

21
Q

What are some examples of adaptive bioengineering?

A

ADAPT = CHANGE

  • Lasik Eye Surgery
  • Knee Replacement
  • New Strains of Disease Resistant Crops
  • Biofuel
22
Q

What can adaptive bioengineering also be?

A

A modification of existing technology.

23
Q

What is an example of a different type of adaptive bioengineering?

A

A watch that not only tells time but jeeps up with how far you have walked.

24
Q

What is biofuel?

A

Biofuel is made from living matter (nature).

25
Q

Example of a biofuel:

A

Ethanol

26
Q

Medical Devices

A

Any material, apparatus, or sofware, or other article that is used to:

  • Diagnose, prevent, monitor, or treat a disease or injury
  • Investigate, replace, or modify a part of the body
27
Q

What is a biomaterial?

A

A biomaterial:

  • is made from a natural or synthetic material that can be engineered to help itself.
  • can be introduced into the body as part of a medical device or used to replace an organ
  • can be temporary or permanent
28
Q

What are biomaterials used for?

A

Medical Devices

29
Q

What is the pro and con of Synthetic Biomaterials?

A

Good: They are easy to make and exactly the way you need it to be.
Bad: Sometimes the body does not like them.

30
Q

Stuff to know

A

Biomaterials can take many forms to support new tissues to grow
Some biomaterials are soft and jelly like and can be injected into the brain or heart.