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courses:ct60a7000:spring2016:green:indicators:bartoszrzepkowski [2016/04/27 05:19]
m8194
courses:ct60a7000:spring2016:green:indicators:bartoszrzepkowski [2016/04/27 06:11] (current)
m8194 [Individual task after the third seminar]
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 Article shows idea of algorithm, created by MIT researchers,​ which manages cost and usage of electricity in huge companies. Algorithm focuses on routing Internet traffic to data centers, where electricity is less expensive and more "​eco-friendly"​ strategies can be developed. At the end it shows another example of use of sensors and other modernizations used to balance the usage of energy. Article shows idea of algorithm, created by MIT researchers,​ which manages cost and usage of electricity in huge companies. Algorithm focuses on routing Internet traffic to data centers, where electricity is less expensive and more "​eco-friendly"​ strategies can be developed. At the end it shows another example of use of sensors and other modernizations used to balance the usage of energy.
  
 +==== Task missing lecture (lecture 2) ====
  
 +Review of chapters 1, 2 and 3 from '​Sustainability Indicators'​ book: {{:​courses:​ct60a7000:​spring2016:​green:​indicators:​sustainability_indicators_-_review.pdf|}}
  
 ==== Individual task after the first seminar ==== ==== Individual task after the first seminar ====
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 ==== Individual task after the third seminar ==== ==== Individual task after the third seminar ====
  
-==== Task missing lecture (lecture 2) ====+For the purpose of this exercise I decided to create radar diagram for theoretical house resources management. Indicators depend on three pillars:
  
-Review of chapter ​1, 2 and 3 from '​Sustainability ​Indicators' book{{:​courses:​ct60a7000:​spring2016:​green:​indicators:​sustainability_indicators_-_review.pdf|}}+** 1) Environmental Pillar ​Indicators: ​** Waste management, electricity usage, water usage, heating management.
  
 +** 2) Economic Pillar Indicators: ** Profits, infrastructure.
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 +** 3) Social Pillar Indicators: ** Satisfaction of residents.
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 +{{:​courses:​ct60a7000:​spring2016:​green:​indicators:​house_-_si.png?​700|}}
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 +Easiest way to achieve above goals is to implement '​Smart-House'​ system. Moreover it is important to educate the residents about the necessity of the sustainability and how huge impact on environment have their actions.
 ==== Questions after course ==== ==== Questions after course ====
  
 ** 1) Why measuring sustainability is difficult task? ** - Establishing appropriate variables is difficult, because of the lack of single definition of sustainability. For everyone it can mean something different, so there are no fixed variables. Also measurement of each of them can be difficult. For example, we cannot clearly distinguish boundaries of one ecosystem from another, because they overlap each other and can contain many smaller ones. Time, in which we want to achieve sustainability in given area, also varies between different cases. For one it can be 10 years and for other 100. ** 1) Why measuring sustainability is difficult task? ** - Establishing appropriate variables is difficult, because of the lack of single definition of sustainability. For everyone it can mean something different, so there are no fixed variables. Also measurement of each of them can be difficult. For example, we cannot clearly distinguish boundaries of one ecosystem from another, because they overlap each other and can contain many smaller ones. Time, in which we want to achieve sustainability in given area, also varies between different cases. For one it can be 10 years and for other 100.
  
 +** 2) What is measured by Cost-Benefit Analysis (CBA)? ** - CBA measures the proportion between cost of the project and benefits, which it can bring. Other approach to create this SI would be to calculate the cost of restoration of system to sustainable state or expenditures needed to maintain this state.
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 +** 3) What are main differences between '​blueprint'​ and '​adaptive'​ project approaches? ** - '​Blueprint'​ approach tends to be reductionist,​ while '​adaptive'​ is more holistic. '​Adaptive'​ approach can be compared to ongoing transformational process, where feedback is considered at every stage of project. Traditional approach tends to just convert inputs into outputs, while '​adaptive'​ one focuses more on realization of project objectives.
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 +** 4) What is the purpose of finding reference-point while creating Sustainability Indicator? ** - Finding such state of equilibrium is necessary to properly measure considered factors, while crating SI. It can be point, in which impact of humans on environment was significantly smaller. Such point can shows us, if we are going in the right direction, while implementing sustainability.