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MODULE 4 SOCIOTECHNOLOGY
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STRUCTURE - MAIN MODULE
Sub-module 1
ENVIROMENTAL SYSTEMS I
Sub-module 2
ENVIROMENTAL SYSTEMS II
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STRUCTURE Sub Module 1 Environment Systems I
Historical aspects of Technology
Lecture Sub-module
Sociotechnology systems
Lecture Sub-module
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STRUCTURE Sub Module 2 Environment Systems II
Environmental Systems
Lecture Sub-module
Evaluation of consequences
Lecture Sub-module
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STRUCTURE of Sub-modules
Sub Module 1
Sub Module 2
Environment Systems I
Environment Systems II
Historical aspects of technology
Environmental Systems
Sub Module a
Sub Module a
Socio-technology systems
Evaluation of Consequences
Sub Module b
Sub Module b
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Socio-technology
Outcomes

• The target group to be informed about the
  sociotechnology and the impact of technology to
  society.

• The target group to understand the importance of
  technological education to human life and to
  develop their perception to environmental systems
  for a better quality of life.

• To understand the consequences of technological
  development to environment and society.

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Sub-module b Sociotechnology systems
Outcomes

• To enhance their knowledge for the rules that
  have follow in order to keep safe the
  environment and ecosystem.

• To develop skills, which make them active
  workforce in the market.

• To adopt new attitudes for the human being, the
  role of society and to apply new techniques and
  methods in their productive process.

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Sub-module b Sociotechnology systems
Enclosed subjects

• Sociotechnology

2. Society
3. Sociotechnology and Science
4. Sociotechnology and communication
5. Ethics and sociotechnology
6. Environment
7. Sociotechnology challenges
8. Cooperative strategies
9. Media technology and society
10. Consequences
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Sub-module a Environmental systems
Enclosed subjects

• Ecology and Society

2. Ecosystem
3. Ecosystem and development
4. Environment Management Systems
5. Protection of Environment and society
6. Rules for soil protection
7. Case study?
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Sub-module b Evaluation of consequences
Enclosed subjects

• Human activities

2. Environmental effects of stress
3. Technologies and consequences of lead
4. Desertification
5. Evaluation of activities
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Sub-module b Sociotechnology systems

• The field of the sociotechnology
• Terminology
• Different aspects

Sociotechnology

• What is society
• Connected group in society
• Societal goal
• Interactions

Society
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Sub-module b Sociotechnology systems

• The field of the sociotechnology
• Terminology
• Different aspects

Sociotechnology

• What is society
• Connected group in society
• Societal goal
• Interactions

Society
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Sub-module b Sociotechnology systems

• Technology what includes.
• what offers sociotechnology to science.
• How sociotechnology shapes and is
• shaped by general environment.

Sociotechnology and science
Sociotechnology and communication

• Communication and its important.
• Consequences of communication.
• Types of communication.
• Knowledge and how it is obtained.

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Sub-module b Sociotechnology systems

• What is ethics.
• Its importance to new technology
• and society.
• Technological literacy.
• Abilities that a person must have in
• order to be able to manage an analysis.

Ethics and sociotechnology
Environment

• Environment and impacts to social life.
• Principles for word development
• sustainability.
• Importance of its protection.

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Sub-module b Sociotechnology systems

• Aims of challenges.
• Threats of knowledge.
• Knowledge strategy.

Sociotechnology challenges

• Necessity of cooperative strategies.
• Responsibility of organizations.
• Dimension of central-decentralised
• orientation.
• Dimension of human factor orientation.

Cooperative strategies
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Sub-module b Sociotechnology systems
Media technology and society

• Media technology and affects to society.
• Importance of media technology.
• Its impact to culture and civilization.
• Attitudes, behavior and feelings that create.

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Sub-module b Sociotechnology systems

• Improvement the quality of life.
• Improvement of communication.
• Impact on personal organization.
• Enhanced productivity and creativity.
• Creation of new jobs more profitable.
• Change of culture.
• Social changes.
• Society collaborative opportunities.
• Division of people.
• People are depended on technology.

Consequences
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Sub-module a Environmental systems
Ecology and Society

• What ecology.
• Interactive relation between human
• and environment.
• Connection between climate changes
• and social-ecological problems.
• Balance between human society and
• environment.
• Ecological systems and their dynamics
• to society.

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Sub-module a Environmental systems
Air, climate, weather
Ecosystem
Thermosphere
Mesosphere
Stratosphee
Sub-modules
Land
Water
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Sub-module a Environmental systems
Energy
Ecosystem
Nuclear energy
Hydrogen
Biomass
Sub-modules
Geothermal energy
Water energy
Wind energy
Solar energy
Food chain
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Sub-module a Environmental systems
Ecosystem

• Its importance to human life.
• Terminology.
• Concept of ecosystem.
• Characteristics.
• Air.
• Climate.
• Weather.
• What is Thermosphere.
• What is Mesosphere.

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Sub-module a Environmental systems
Ecosystem

• What is stratosphere.
• Land and its use for humans by using
• technology.
• Water technology and society.
• Energy.
• Nuclear energy.
• Hydrogen.
• Biomass, Geothermal energy, Water
• energy, Wind energy and solar energy
• (RES).
• Food chain.

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Sub-module a Environmental systems
Ecosystem development

• Definition.
• Parameters.
• Sequence of communities.
• Structural characteristics.
• Functional characteristics.
• Development and prospects.

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Sub-module a Environmental systems
Environment Management Systems

• Approach of environment
• management systems.
• ISO.
• Aspects of environment management
• systems.
• ISO 14000.
• ISO 14001.
• Commitment and policy.
• Planning.
• Implementation.
• Measurements and evaluation.
• Review and improvement

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Sub-module a Environmental systems
Protection of environment and society

• Protection of environment and society
• through new technology.
• Wild birds and mammals.
• Honey bees.
• Other beneficial insects.
• Livestock.

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Sub-module a Environmental systems
Waste disposal
Rules for soil protection
Contaminated Land
Sub-modules
Water Pollution
Soil Fertility
Biological activity
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Sub-module a Environmental systems
Rules for soil protection
Soil acidity
Sub-modules
Degradation
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Sub-module a Environmental systems
Rules for soil protection

• Protection of soil.
• Rules that must follow in order to
• avoid risks.
• Strategies and measures for
• - Waste disposal. Land. Water
• pollution. Fertility. Biological
• agriculture. Acid. Nutrient content.
• Degradation.

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Sub-module b Evaluation of consequences
Human activities
European environment
Sub-modules
Environment priorities
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Sub-module a Evaluation of consequences
Human activities

• Impacts to landscape.
• Domestication and technology.
• Sociological problems and human
• civilization.
• Prospects and priorities.

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Sub-module a Evaluation of consequences
Environment effects of stress

• Types of stress.
• Dimension of effects.

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Sub-module a Evaluation of consequences
Technologies and consequences of lead

• Gasoline and human environment.
• Effect of lead additives.
• Health consequences.

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Sub-module b Evaluation of consequences
Desertification
Sources
Sub-modules
Affections
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Sub-module a Evaluation of consequences
Desertification

• What is desertification and the impact
• of technology.
• Consequences.
• Factors for desertification.
• Influences to productivity.
• Increase of poverty.
• Affections to social life.

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Sub-module a Evaluation of consequences
Environment functions and activities
Evaluation of activities
Factors that affect stakeholders
Sub-modules
Environment values
Types of values
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Sub-module a Evaluation of consequences
Evaluation of activities

• Connection between evaluation
• activities and societys values.
• Outcomes of functions.
• Social cost.
• Market consequences to environment.
• Measure for environment values.
• Types of values.

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CVT GEORGIKI ANAPTIXI
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(30) 2 410 553 203 Fax [phone]
075 e-mail keklar_at_geo.edu.gr Web
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