K-MOOC

주차

주차명

(주제)

주차별 학습 목표

차시

차시명

학습내용

1

Introduction of nature-inspired technology

The audience can understand

1.what the Nature-inspired Technology is.

2.current issues of Nature-inspired Technology

1-1

Outline of nature

1-2

Terminology & definition

1-3

State-of-the Art

2

Taxonomy of nature-inspired technology

The audience can understand the taxonomy of Nature-inspired Technology

2-1

Taxonomy I

2-2

Taxonomy Ⅱ

2-3

Technology tree

3

Nature-inspired functional surface / structure I (wettability)

The audience can understand

1.the function of structure and surface in nature

2.the wettability of surface in Nature

3.how to control the wettability of different surfaces

3-1

Structures & surfaces in nature & its surface wettability

3-2

Wettability of surfaces

3-3

Controlling the wettability of surfaces

4

Nature - inspired surface / structure Ⅱ (optical property)

The audience can understand

1.Optical properties of structures in nature

2.Nature-inspired anti-reflection

3.Nature-inspired structural color

4-1

Optical property of structures in nature

4-2

Nature-inspired antireflection

4-3

Nature-inspired structural color

5

Nature-inspired technology - materials

The audience can understand general properties of natural materials

The audience can compare natural materials and engineered materials through spider silk and nanofiber.

5-1

Bioinspied materials

5-2

Spider silk

5-3

Nano fiber

6

Nature-inspired robot 1 - Humanoid

The audience can understand

1.what the biomimetic robots are.

2.Various types of biomimetic robots and their mechanism.

6-1

Energy Definition of biomimetic robotsGeneration

6-2

The need for biomemetic robots

6-3

Legged locomotion robots

6-4

Climbing & gripping robots

6-5

Walking & jumping robots

6-6

Swimming robots

7

Nature-inspired robot 2 - Animal

The audience and understand

1.movement principles of biomimetic robots.

2.Current issues of biomimetic robot research and its challenges.

7-1

Various biomimetic robots & movement principles 2

7-2

Biomimetic robot research

7-3

Biomimeitc robot research challenge 1

7-4

Biomimeitc robot research challenge 2

8

Nature-inspired sensors mimicking human sensory system

The audience can understand the human sensory organs and artificial human auditory system such as bio-inspired total implantable cochlear.

8-1

Human sensory organ

8-2

Artificial human auditory system

8-3

Bio-inspired total implantable cochlear system

9

Nature-inspired sensors mimicking animal super sensing organs

The audience can understand the principles of nature-inspired super sensing sensor through the examples of animal super sensing organs.

9-1

Overview of nature-inspired sensors

9-2

Animal super sensing organs

9-3

Natural-inspired super sensing sensor

10

Nature-inspired harvesting (water)

The audience can understand what the Anti-icing is through the condensation and nature-inspired water harvesting from air.

10-1

Method for water harvesting in engineering & nature

10-2

Condensation & Nature-inspired water harvesting from air

10-3

Applications of condensation phenomena : Anti-icing

11

Data base for nature-inspired technology

The audience can understand how to build the nature-inspired database and applications of it.

11-1

Introduction of data base

11-2

Data base inventory

11-3

Data base - ontology

12

Nature-inspired tissue engineering & 3D

bio-printing

The audience can understand the what the nature-inspired design and architecture is.

12-1

3D printing (bio/medical applications)

12-2

Tissue engineering & 3D bio printing technology

12-3

Biomimetic tissue & organ

13

Natural-inspired design and architecture

The audience can understand the golden ratio in nature and convergence technology.

13-1

Nature-inspired design

13-2

Nature-inspired architecture

13-3

Golden ratio in nature & convergence technology

14

Natural-inspired technology - sustainability

The audience can understand

1.what the nature-inspired sustainable technology is.

2.Renewable energy and drag reduction

3.Nature-inspired fluid dynamics

14-1

Sustainability

14-2

Renewable energy & drag reduction

14-3

Nature-inspired fluid dynamics

15

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