Biomimicry is the science of studying nature for the purpose of incoporating its functions and characteristics into the modern technology.
bios-life
mimesis-immitate
1.biomimetics
2.bio-inspired
3. bionic /bionics
1.Model
2.Measure
3.Mentor
To design innovative solutions that are sustainable and harmonious with the environment.
1. Design Value
2. Community Value
3. Project Value
Nature provides blueprints for design (e.g., how birds
fly or how plants manage water).
Measure – Nature sets performance standards that can guide
sustainable and efficient design
Nature is a wise teacher, inspiring a new way of seeing and solving problems.
Design approach that takes inspiration from nature to solve human challenges.
1. Solution-based approach
(bottom-up)
2. Problem-based approach
(top-down)
1. Define – Identify what the design must achieve
2. Biologize – Translate the problem into biological terms.
3. Discover Biological Strategies– Find how nature addresses similar challenges.
4. Abstract Design Strategies– Understand the biological mechanisms and simplify them into design principles.
5. Emulate – Create design concepts using the abstracted natural strategies.
6. Evaluate – Test the design against original goals and refine if needed.
Biological Solution Identification – Research and
observe a natural feature.
2. Define Biological Solution – Clearly describe what
solution nature has provided.
3. Principle Extraction – Identify general concepts
4. Reframe Solution – Describe how this natural idea could
be useful to humans.
5. Problem Search – Look for human problems that fit the
bio-solution.
6. Problem Definition – Select and describe a relevant
problem.
7. Principle Application – Translate biological strategies
into engineering solutions.
i. Copying Form and Shape
ii. Copying a Process
iii. Mimicking at the Ecosystem Level
Blue light
Expand the absorbtion spectrum
alternating single and double bonds which allows for free movements of electrons over them.
Conjugated π-bond systems lower the energy gap so visible photons can excite electrons.
Photosystem
1.Photosystem I
2.Photosystem II
Both are found in the thylakoid membrane inside the chloroplast.
1) multiple antenna proteins containing 300-400 chlorophyll A & B molecules
2) other pigments like carotenoids
a) a light harvesting complex
b) a reaction center
Comes from the splitting of water, which releases oxygen as a waste product.
Chloroplast electron transport chain
a) Photosystem II
b) 2 electrons, 2 hydrogen atoms and one oxygen atom
Acts as an intermediate wire using energy from electrons to pump protons and build a gradient.
NADP+
Photolysis
Layered materials and nano textures
Photovoltaic cells
Means converting sunlight into electricity.