Green Architecture: An Environmentally Healthy Option Submitted By: May 2, 2013 1. Topic: Green Architecture: An Environmentally Healthy Option 2. Motivation for selecting the topic: As humans, we should be aware of the implications that pollution brings as well as the depletion of what nature that caters the cycle of life is supposed to be. We should provide a solution, if not, a remedy, to the problems that this would bring about. Green Architecture is one modern tool that is sought to be an answer for the need of continuous residential and industrial construction all over the world.
The matter is very essential because of the problems that concern everyone; the decrease in number of agricultural area to till because of technological modernization thus such subject is the means to integrate the area for planting with that of homes of citizens as well as the structures for the working class. 3. Topic: the topic is all about green architecture. Objective: We want to know the advantage of green architecture to conventional architecture. The problem caused by the conventional architecture and how green architecture will solve the problem. We also want to learn the guidelines in using green architecture.
Learn the difference from conventional architecture and contribution in environmental protection significantly. To know what green architecture is all about. We also want to know is green architecture practicing in the Philippine and if it still continue. Methodology: We will use some books in the library of architecture in the mapua, some resources in the internet and we want to ask one professor in mapua that is practicing architecture and have background in topic that we have. Results: We prove after some reading, green architecture is more important than conventional architecture.
The Term Paper on Rsearch On Sustainable Architecture
Sustainable architecture is a general term that describes environmentally conscious design techniques in the field of architecture. Sustainable architecture is framed by the larger discussion of sustainability and the pressing economic and political issues of our world. In the broad context, sustainable architecture seeks to minimize the negative environmental impact of buildings by enhancing ...
Recommendation: A. According to the resources that we have green architecture has a low cost. They are kind of building that use the power of sun in order to meet the energy needs and to reduce global warming. One of the resources talks give example like an Indian. The resources explain what Indian people use for their house and it shows safe from building illnesses. Other resources explaining about having a conventional architecture and the result of having this. Almost all the resources that we have is about the advantage and what green architecture all about.
They also share the result of having the conventional architecture and some guidelines of when using the green architecture. B. They give some principle/ guidelines in using green architecture but we still not it is not enough to know the principles, we need to understand. We decided to interview one of the professors in mapua that will allow us to know more about the green architecture that will explain to us everything, tell us if this program is progressive in the Philippine and if there is someone supporting in this activity. Article1: Going Green Guidelines (2007) Source: Inquirer. net Author: Amado De Jesus
Green Architecture is a new trend currently being used by numerous countries. It is the practice of building structures which are environmentally responsible and resource-efficient all throughout the structure’s life-cycle: from design to deconstruction. It differs from conventional in numerous ways. Green Architecture is a means of reducing building operating costs (such as energy consumption and maintenance), and it also encompasses the basic principles of having a healthy lifestyle. Green Architecture was also used in order to reduce costs in production. De Jesus, A. (2007).
Going green guidelines.
Article2: What is Green Architecture? (2007) Source: Retrieve August 8, 2010 from http://showbizstyle. inquirer. net/lifestyle/view/20070504. 64144/ What_is_green_architecture%3F Author: Amado De Jesus Green Architecture follows five primary principles that separate into sub-principles. The principles stated De Jesus are: 1) Energy Efficiency, 2) Indoor air quality, 3) Green materials, 4) green building systems and 5) Good design. An enrgy efficient structure should have decreased use of electricity for its basic needs. The structure should make the most of other sources of energy available in its surroundings such as the sun.
The Essay on Green Architecture Materials Building Construction
Green Architecture Green architecture is an approach to building which has become more popular in the last 25 to 30 years. Also known as sustainable design, green architecture is a method of design that minimizes the impact of building on the environment. Once thought of as unconventional and nonstandard, both regulatory agencies and the public alike are quickly accepting green architecture as a ...
One example of an energy efficient structure is a passive and active cooling system that is available even when there is a power outage. Indoor air quality focuses on the well being of the occupants. Also, the atmosphere within the structure should not be harmful to people even in prolonged periods of occupancy. The third principle is concerned with the use of recyclable and non-toxic materials in order to preserve the limited natural resources. The next principles, namely green building systems, focuses on the various designs of the structure that help lower various aspects such as power consumption and water use.
An example given by De Jesus is water-recycling systems. The last principles coincide with the other four principles. Good design focuses on designing structures that make it convenient, safe, and also encompasses the other four principles. Green architecture and conventional architecture are different from one another. Conventional architecture is the most common type of architecture. One difference is the materials used in building structures. Conventional architecture uses materials usually obtained from the environment such as wood but it can also use recyclable materials.
Also, conventional buildings have disadvantages that green buildings do not have. One is that conventional buildings have a major influence on some of the problems facing society today. Two such problems are global warming and air pollution. A green building is capable of: a) providing a healthier and more comfortable environment, b) incorporating energy and water-efficient technologies, c) reducing construction and demolition waste, d) bringing high resale value, f) improving indoor air quality and occupant satisfaction, g) being easier to maintain and built to last. De Jesus, A. (2007).
The Essay on Green Building: Passive House or Zero Energy Building?
Green Building: Passive House or Zero Energy Building? The building sector is responsible for a large share of the world’s total energy consumption. It is estimated that built environment contributes around 30-40% of the worldwide energy usage and associated greenhouse gases emission (IEA 2012). “Green buildings” emerges to minimize the environmental damages caused by the construction and ...
What is Green Architecture?
Retrieve August 08, 2010 from http://showbizstyle. inquirer. net/lifestyle/view/20070504. 64144/ What_is_green_architecture%3F Article 3: Air Quality of Cities (2009) Source: Philippine Daily Inquirer, p B2-3 Author: Amado De Jesus The estimated total carbon dioxide emissions thrown into the atmosphere by a 6. 7 billion world population is 50 billion tons every year and this continues to increase. And because of these problems, they increase the rate of decay of building materials which lower the life cycle of buildings. Although the use of green architecture started hundreds of years ago, it was not relatively popular at the time.
The preference of green architecture started to rise after numerous events occurred. One is the growing number of environmental problems such as global warming, depletion of natural resources and air pollution. De Jesus, A. (2009, May 1).
Air Quality of Cities. Philippine Daily Inquirer. P. B2-3 Article 4: Green Building Initiative (2009) Source: Philippine Daily Inquirer, p B2-3 Author: Amado De Jesus In developed countries like the United States, this kind of building uses the power of the sun or solar power in order to meet this energy needs and reduce global warming.
Green architecture follows numerous principles that need to be considered. One of these principles is energy efficiency. Green buildings need to have measures or installations that will reduce the use of energy or maximize it. For example, effective window placement can provide more natural light and lessen the need for electric lighting during the day. One of the first green buildings was the stone houses of the Anasazi Indians. These Indians made their houses while taking into account some of the principles of green architecture. Their houses featured natural entilation, completely non-toxic, water irrigation, and healthy in a way that keeps them safe from building related illnesses. Low-energy design will follow the principles of passive and bioclimatic design in order to reduce air-condition and ventilating systems. These buildings must be allowed to breathe for more air flows and thus less heat again. There are also organizations that create a rating system on green structures. One example is the LEED (Leadership in Energy and Environmental Design) Green Building Rating System. De Jesus, A (2009, May 16).
The Term Paper on The Architecture and Design of Walter Gropius
He was born in Berlin Germany on 18th May 1883 as the third child of Walter Adolph Gropius and Manan Auguste Pauline Scharn Weber. He studied in Technical Universities in Munich and Berlin. He started his career in 1908 as an architect with Peter Behrens who was a German Architect and designer. Noted architects Ludwig Mies and Le Corbusier were his colleagues there. Gropius continued there for two ...
Green building initiative. Philippine Daily Inquirer. P. B2-3 Article 5: Environmentally responsible design: Green and sustainable design for interior designers (2008) Source: New Jersey: Wiley Author: Jones, D. The constructing, furnishing, and operating of buildings use up as much as fifty percent of the world’s natural resources. In the United States alone, conventional buildings consume about 65% of electricity production annually which leads to heightened coal use which then results to greenhouse gas emissions that contribute to global warming.
Also, global warming leads to other problems such as rising temperatures. Green Architecture, if implemented effectively can offer a solution to this problem. Green Architecture is a micro perspective that focuses on the health, safety and well-being of a person in the environment while sustainable architecture is a macro perspective that addresses the health and well-being of the global ecosystems that support life for both the current and future generations. Conventional buildings produce thirty percent of the annual greenhouse gas emissions.
Conventional Buildings also create acid rain which damages the environment. The gases that cause acid rain, namely sulfur dioxide and nitrogen oxide, also damage the health society, as they can cause heart and lung disorders. Jones, D. (2008).
Environmentally responsible design: and sustainable design for Interior Designers. New Jersey: Wiley Article 6: Energy manual: Sustainable Architecture (2008) Source: Munich: Edition Detail Author: Hegger, Fuchs, Starks & Zeumer An energy-saving building envelope can bring thermal insulation during summer and winter.
Also proper dimensioning and positioning of the windows will give good daylight conditions and prevent overheating while saving energy and costs at the same time. Apart from these advantages, green architecture can help in the protection of the environment. Since green structures are capable of lowering the energy consumption, the dependence on electricity will decrease which helps lower the greenhouse gas emissions that cause global warming and prevent other environmental problems such as acid rain and smog.
The Report on Intelligent Buildings Design and Building Management System
intelligent buildings design and building management systems overview of 'intelligent buildings' and 'intelligent homes' technologies The field of Intelligent Buildings, Intelligent Homes, Building Management Systems (BMS) encompasses an enormous variety of technologies, across commercial, industrial, institutional and domestic buildings, including energy management systems and building controls. ...
Green architecture also encourages recycling available materials which can lower the need for using limited natural resources. Since green architecture uses environmental-friendly materials and concepts, these produce lesser pollution and conserve energy as well. And in the long run, lower carbon emissions thereby reducing the effect of global warming which is one of the worst environmental problems the world is currently facing. Like conventional architecture, green architecture needs to follow certain guidelines in order to meet the standards.
One such guideline is the location on where the structure is to be built or the use of the land. Numerous factors such as climate, landscape, topography, neighboring structures and many others all have an effect on the effectiveness of green architecture. Green structures should be built in dense urban structures so as to prevent the minimization of open spaces and preserve wildlife habitats. Another guideline they also added is available energy sources in the vicinity. One of the most common energy sources in the surroundings is the sun but there are many other sources. Other examples are the wind and geothermal energy.
Green structures should be able to utilize these sources to become energy-efficient. In order to obtain energy from the wind, rotors and turbines have to be installed on the structure and ground couplings or drill wells have to be used for geothermal energy. Although the cost of using these sources of energy is expensive, the energy sources are safe, free-of-charge and environmentally-friendly on a long-term basis. Most buildings are usually arbitrarily facing the street but a green building should turn toward the sun and the wild in order to utilize them to obtain energy.
These materials, via physical processes, have a decisive influence on the energy performance of a building. That is why it is to necessary to check the effects of the use of a material in accordance with energy, environment and sustainability. One example is a life-cycle analysis which looks at the material’s chains, reveals the effects of the material to energy and the environment, and therefore establishes a basis on which material to use. Hegger, Fuchs, Starks & Zeumer (2008).
The Essay on Green Buildings
Green buildings (aka sustainable buildings) ideas became much more popular during the 1990s. In 1992 the first green building program began in Austin, Texas, the following year the U. S. Green Building Council (USGBC) was founded and in 1998 they launched the Leadership in Energy and Environmental Design (LEED) which is a green building rating system and certification program that is nationally ...
Energy manual: Sustainable Architecture. Munich: Edition detail
Article 7: Characterizing Energy Efficiency and Deployment Efficiency Relations for Green architecture design Source: Communications Workshops (ICC), 2010 IEEE International Conference (2010) Author: Yan Chen, Shunqing Zhang & Shugong Xu Global warming and climate changing is among the major challenges in the 21st century. In wireless communications, green architecture design is an urgent demand for operators, not only because of the social responsibilities but also their willingness to reduce the network construction and operating ost. Previous literatures tried to tackle deployment cost and energy efficiency in a separated manner. However, these two aspects are interacting with each other and the design of green architecture needs a holistic consideration of both. In this paper, we try to shed some light on the green architecture design by analytically characterizing the open relations between energy efficiency and deployment efficiency, which is found somehow different from our intuition and there might not be a simple tradeoff between the two.
This study has positive impact on the future network planning and optimization. Chen, Zhang & Xu (2010).
Characterizing Energy Efficiency and Deployment Efficiency Relations for Green Architecture Design. Communications Workshops (ICC), 2010 IEEE International Conference. Article 8: Green buildings as a part of the infrastructure: Supporter, symbol or stranger Source: Built Environment 28, 2002, (1) page 22-32 Author: Jensen, Jesper Ole Building green has to balance between fitting into the specific local conditions and being different from them.
But being too different leads to conflicts – too much adaptation destroy the greenness of the building. In relation to infrastructure, it is argued that green buildings can have the role as supporter, symbol or stranger. Through three case studies of green buildings in Denmark the relation between buildings and infrastructure is explored, and discussed in relation to the future role of green buildings. Jensen, J. O. (2002).
Green buildings as a part of the infrastructure: Supporter, symbol or stranger.
Built Environment 28, 2002. P. 22-23. Article 9: How can we adapt education programmes to the architecture of the future? Source: Nordisk Arkitekturforskning 22, 2010, (1/2) page 61-74 Author: Knudstrup, Mary-Ann Architects and engineers in the building and construction industry are facing great challenges today due to the fact that energy consumption will have to be reduced to a considerable degree within the next few years in order to ensure that no further harm is done to the global environment.
The industry is thus facing major changes in terms of public regulation and in the way building and construction is carried out in practice, whereby former habits seen in relation to energy optimisation of the building will have to give way to new and better methods. It has been a logical challenge to develop teaching methods at the Department of Architecture & Design at Aalborg University that are tailored to dealing with current societal/technological, environmental and sustainability issues.
In terms of both research and teaching, Aalborg University utilises an interdisciplinary approach to a considerable extent. At Architecture & Design at Aalborg University, we are working with environmentally sustainable architecture. We use a method called the Integrated Design Process, which is developed for this purpose and which is an interdisciplinary approach to designing environmentally sustainable architecture. Two examples of students’ projects in which this method is applied for a low-energy building and for a zero-emission building respectively are included in this article.
Knudstrup, M. (2010).
can we adapt education programmes to the architecture of the future?. Nordisk Arkitekturforskning 22, 2010 (1/2).
P. 61-74 Article 10: From ecological houses to sustainable cities: Architectural minds Source: Nordisk Arkitekturforskning 22, 2010, (1/2) page 47-60 Author: Lauring, Michael Decades of Danish architects are educated in the Beaux-arts tradition putting art and aesthetics above techniques and hard knowledge.
This has influenced the development of environmental and sustainable architecture, of which the article gives a brief survey covering the period from the first oil crisis in 1973 to present day also seen in relation to resource, political and cultural preconditions. The article shows, how sustainability forces architects to reintegrate techniques and urban aspects as crucial parts of design considerations, thus questioning artificial and autonomous approaches to making architecture. Louring, M. From ecological houses to sustainable cities: Architectural minds. Nordisk Arkitekturforskning 22, 2010, (1/2).
P. 47-60 Note: Good morning mam, Im not sure if I will be around on Thursday. That will be the schedule of submission. Mam you said po in the 1st meeting that signature is need in front page so I just picture my signature and paste it. I will be in province this holiday. I will be coming back Thursday morning. Baka hindi po ako mkahabol sa klase niyo po. Kaya baka po pagnatraffic o malalate po talaga kaya naglagay n lang po ako ng picture na signature para po sure. Sana po payagan nyo . promise po mayginawa ako sa project . Thank you po godbless Kathrine Grace E. Balbacal