An Eco Friendly Architecture, H E C. E B At Muller And The City Planning Essay

The buildings designed by early builders and constructed by the craftsmen of the time—though they often incorporated foreign styles—took on local features and became a stylistic synthesis of particular concepts of space, structure, form, and function. Vernacular building is integrated within the nature. If we look upon the vernacular structure it leads towards sustainability and in modern decade sustainable architecture is too much required. Vernacular architecture presents basic and simple solutions for the sustainable issues because it has significant environmentally features that respond to sustainability such as low energy techniques to provide for human comfort, approaches that are integral to the form, orientation, and materials that are obtained from local resources. Thus, vernacular buildings and correspondingly settlements can be accepted as a knowledge source for sustainable building design ideas. Therefore, lessons learned from vernacular architecture can help in designing of environmentally friendly built environments. Studies from vernacular architecture may give birth to new ideas and designs for modern era which will be environmental friendly as well as economical. All buildings must be designed with specific cultures in

This manifesto proposes an approach to sustainable design that I am interested in exploring during my time studying architecture. The idea of sustainability is a complex one, not without apparent contradictions. This makes it difficult to define in a wholly satisfactory manner. For the purposes of this manifesto I will advert to the definition proposed by Jason McLennan who asserts that sustainable design: “seeks to maximize the quality of the built environment, while minimizing or eliminating negative impact to the natural environment.” I find this definition particularly useful in the emphasis which it places on quality. By quality, in this

This essay will discuss the differences between the two architects, Le Corbusier and Laurie Baker and how concerns such as sustainability and climate change relates to contemporary visual culture. Le Corbusier was born in Switzerland on October 6th, 1887 and died in France on August 27th, 1965. Corbusier was known for his minimalist designs and theoretical implementations to his designs. Corbusier uses what he titles it to be the “five points of a new architecture” and in these points, it is clear to see that Corbusier prioritises aesthetics over function. Laurie Baker was born in England on March 2nd, 1917 and died in India on April 1st, 2007. Baker looked at both technical and aesthetic qualities equally and did not prioritise in one. Baker constantly considers the way to provide an eco-friendly way to produce something whereas Corbusier’s designs involved heavy machinery which produces negative contributions to the environment. This essay mainly use the recourses, Architecture of rural housing: some issues in India by Romi Khosla, Le Corbusier’s Ruins: The Changing Face of Chandigarh’s Capitol by Vinayak Bharne, and A contemporary city by Le Corbusier.

The indefinite growth of the human population, has monumental impacts on the natural environment, not only in the UK, but around the globe. Architecturally, the entire process of designing and constructing a building, both domestic and not, can lead to the rapid exhaustion of natural resources across the planet. Building with environmental design strategies in mind not only combats the impact we as humans have on the natural environment, but also has considerable economic benefits, due to lower running costs of buildings and advanced occupant productivity. There are also many social benefits, such as improved air quality which resultantly leads too enhanced health of a buildings occupants.

Wind energy is, “a renewable resource and has no fuel cost”, which helps the wind energy industry rise to prominence (American). With the low prices of wind energy, it is becoming an affordable form of electricity, although it still isn’t a main component in regards to energy production. Hydropower is the United States, “largest source of renewable electricity”; the most common type is conventional, which is typically associated with dams (Valley). Although hydropower is the most prominent green energy source in the United States, it doesn’t take away from the outrageous prices that go along with having this type of energy. Solar energy is the last main source of green energy. There isn’t as much research regarding this industry, because it isn’t as developed as the others. However, millions of dollars have been granted to try and better its development (Howell). Green buildings are structures that, “aim to reduce the negative impacts on the environment through using less natural resources to build and operate” (Dwaikat). These eco-boosting buildings incorporate each of the common types of green energy, however in some cases, they “don’t perform as predicted” (Dwaikat). In a case study over green buildings, it was found that they, “used around 160% more energy than expected”, which became a trend for the majority of the buildings (Dwaikat).

Campbell (1996), argues that it is necessary to focus on three major points, being the environment, economy and society when planning a sustainable city. He constructs a prism which holds each of these features at a

Data related to energy efficiency, utilities and construction is really difficult to obtain for a building, as many multifamily owners and operators never benchmark the energy performance of their building. This critical shortage of information about building energy performance has prevented property markets from valuing energy efficiency and severely undermined both public and private efforts to increase the energy efficiency of multifamily housing. This has really affected the development of energy efficient and green policies in multi family building. Green building is about improving our design and construction practices so that the multifamily homes we build today will last longer, cost less to operate, and won’t harm the health of workers and residents. It is also about protecting natural resources and improving the built environment so that ecosystems, people, enterprises and communities can thrive and prosper.

(ASBEC) suggests that the building sector is directly responsible for around 24% of the total energy use. At present this is split fairly evenly between the residential and commercial building sectors. Reducing energy use

Sustainability, a common vocab being used in design industry nowadays. It is mean to design something with a well consideration of improve environment, people and economic, which has become the fundamental aspect when comes to initiate the design thinking. According to Oxford Institute for sustainable development, the tools to measure and construct sustainable urban development are prejudicial focus on environmental and economic aspects. Most of the time, ecological and economical sustainability are well concerned but Social sustainable, which merely shown or mentioned on any press or architect’s forum. This essay will talk about the social sustainability in design, by defining the social sustainability in design, the key elements of the

Therefore, part of an architect in creating a design for a building and producing an effective usage of land is stunted as they do not have full access to unleash their creativity in creating a proficient land use that contributes to a sustainable environment. It may be true that architects have limited influence, which inhibits the goal of creating a sustainable urban redevelopment especially in managing an efficient use of land, as they do not have access to certain sector such as choosing a specific building site. However, architects are able to contribute to an efficient usage of land, as they are usually part of a large committed group, which consist of an architect, engineer and developer. In ‘architect’s role in urban regeneration, economic development and sustainability’, Fred W (2012) Clark promotes that great architecture requires great clients where the architect works along with the engineers and developer to achieve sustainable development. Therefore, most of the decisions made are discussed collectively as they would consider the ideas from an architecture perspective, engineers and also developers before making a final conclusion. For example, engineering plans will be issued to an architect before beginning of a new project where architects will survey for quality control. Other than that, the

It seeks to increase the sustainability of planning and design interventions by taking into account the existing built environment, intangible heritage, cultural diversity, socio-economic and environmental factors along with local community values( Recommendation on the Historic Urban Landscape, including a glossary of definitions, 10 November 2011). Recent development shows a lot of concern for designing in the historic and traditional context and there are varied approaches of

Urban transformation, has been rapidly increasing at a global scale as witnessed in the past century. Crossing the 50th percentile, the global population is moving towards inhabiting purely urban spaces. Amid a post-industrial world, it is crucial the ecological knowledge be applied to building systems to solve urban environmental needs and concerns. Ian McHarg, in his seminal text Design with Nature, suggests that landscape should be the overarching principle that governs urban space . The incorporation of green infrastructure such as native vegetation, natural materials, and fabricated soils, into urban spaces is crucial in improving overall human ecology

Technological advancements and their rapid effects on humanity are forcing our cities to transform at all levels, as modern cities are becoming more dynamic and opened for future changes. During the urban planning process, the traditional conceptual design phase usually comprises a complex set of objectives and requirements that needs to be addressed, such as site considerations, circulation, land use, and environmental issues. To respond to these complexities, a number of design alternatives is developed and assessed against certain criteria, which require a lot of repetitive steps resulting in fewer and slowly-developed design varieties. The traditional development processes are no longer able to give the optimum design solution, as they are considered static ones. They lack the flexibility and responsiveness needed to follow the speed of new paradigm shifts. Urban planners find themselves at the mid-point of an ongoing cycle of adaptation to comply with the demand for an increased level of complexity. It is not simply the use of pre-compiled computer aided design software that aims to replicate the drawing board, but rather the development of computer

At one point in life, one must decide on what one would like to do in their future. My studies would focus on detail studies in the sustainability cluster. Nowadays, sustainability is a topic which research is still maturing and design relative new. My research would emphasize in ruralization of current urban cities that would help increase innovative design presented in urban environment in Japan. Many major cities in the US and around the world have developed such that much of the land has been converted into urbanized areas. With an estimated 3 million people and greater living in those urban areas, people have exhausted the land usage and have no choice but to rely on high-rise buildings. Many modern architects and landscape architects focus their careers on trying to create sustainable cities, but are still limited by the maximum space they can work with. Others emphasize in the incorporation of biophilic medium to solve the problem. As land-space in some countries are limited and most are reaching its capacities, architecture should focus on innovating designs that can create an environment that would allow the people to benefit from its agricultural and urban function.

Effective use of renewable energy sources - solar energy resources Multifunctional building components formed , clever and efficient use of space Synchronized planning design, simultaneous construction and installation , saving installation costs of solar energy systems and construction costs Solar energy systems and building integration as a whole , does not affect the appearance of the building (Figure?)