Reverse Bio-Engineering Worksheet (In class Tutorial) 11th April 2014 
1. Examine the biological artifact with the intent of
discerning:
a. What does the biological
artifact do?
- sleeps
- run 
- glide 
- eat 
- climb 
- seeks for human interaction 
b. How does the biological artifact
work?
- Nocturnal animal 
- Mammal
- The male glider has 2 separate
genitals 
c. What might the biological
artifact’s “requirements” have been?
                - Attention and care
      - Optimum temperature 
      - Quiet and dark place 
2. Relate the biological artifact’s features to the artifact
requirements listed in 1.c:
    a. List the biological artifact’s features
(geometry, materials, mechanisms, etc.)
    (i)
Mammal - attention and care
    (ii)
Fur - keeps them warm 
    (iii)
Eyes - Big so that they can see in the dark
                                - Contain more light sensitive pigments 
             b. How do the biological artifact’s
features support the requirements?
Features 
 | 
  
Requirements 
 | 
 ||
(i)               
  Defensive 
 | 
  
(ii)             
  Offensive 
 | 
  
(iii)            
  Travel 
 | 
 |
Big Round Eyes 
 | 
  
Better vision at night 
 | 
  
To hunt and see prey 
 | 
  
Find a path 
 | 
 
Flaps 
 | 
  
Glide from predators 
 | 
  
Hunting 
 | 
  
To glide 
 | 
 
Tail 
 | 
  
As a stabilizer 
 | 
  
Climbing 
 | 
  
Hang around from swing area 
 | 
 
Sharp Claws 
 | 
  
Protection 
 | 
  
Climbing 
 | 
  
Swing around 
 | 
 
             c. Are there features that don’t map to any
requirements?
             No
3. Form and function
a. How do the form
(shape) and material of a feature relate to the function that the feature
performs?
Features 
 | 
  
1.      Function 
 | 
  
2.      Form 
 | 
  
3.      Material 
 | 
  
Relationship 
Of 1-2-3 
 | 
 
Big round eyes 
 | 
  
Vision 
 | 
  
Big, black, round 
 | 
  
Photovoltaic cells 
 | 
  
It helps the sugar glider to look around and hunt
  for prey at night 
 | 
 
Flaps 
 | 
  
Glide  
 | 
  
Loose, flappy, stretchable 
 | 
  
Shin membrane 
 | 
  
Able to glide from one spot to another 
 | 
 
Tail 
 | 
  
Climb  
 | 
  
Bendable/ long 
 | 
  
Ligaments & muscles 
 | 
  
Able to access to small places with the tail 
 | 
 
Sharp Claws 
 | 
  
Hunt/Grip 
 | 
  
Sharp & curved pointy 
 | 
  
Keratin 
 | 
  
Able to stay in places 
 | 
 
4. Engineering inspiration
a.     
Suggest a new product or
process based upon what you’ve learned in 1-3 above.
The product that was the choice is a human gliding suit
which utilizes the flaps on the side of the suit.
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