Architectural Design And The Role Of Sustainability

sustainable building design

Architectural design is an art or science that aims at maximization of space, time, cost, performance, aesthetics, sustainability, health, and reliability of a structure. Architectural design is generally described as an attempt to create a work of art, using technical and structural factors as its primary constraints. The focus of architectural design is on form rather than on function; therefore, it has a more aesthetic element than fundamental structural engineering. Architectural design encompasses a wide range of disciplines such as structural engineering, building sciences, and building analysis. Architectural design is one of the key elements of sustainable building design which considers energy consumption and climate change adaptation, leading the way towards greater sustainability globally.

Architectural design, as well as sustainable hotel design, are defined by an inclusive approach to a wide variety of topics focusing on technological, structural, and functional changes. Architectural design is also related to sustainable building design, sustainable landscape architecture, and landscape architecture. Architectural design can be both consciously and unconsciously developed in response to current environmental issues. Sustainable hotel design involves both conscious and unconscious rethinking of architectural design principles.

contemporary hotel design

Sustainable design, as opposed to conventional architecture, aims at long-term efficiency. Most contemporary hotel design involves a mix of passive and active structures, energy management, and energy use. In the case of small buildings, passive techniques include utilization of natural light, passive heating and cooling, the use of wood, concrete, or brick, and use of common materials for construction. Active structures include various technologies such as high velocity steam systems, water-conserving appliances, sustainable materials, and energy efficient operation and design. These techniques reduce the environmental impact of buildings while increasing the capacity of human occupants.

Besides the benefits of reduced environmental impact and increased capacity for human occupants, sustainable development also provides numerous other significant benefits to architects and occupants. These include improved comfort, health, and safety, improved quality of life, reduction of dependence on fossil fuels, and increased economic performance. Many architects around the world are incorporating sustainability principles in their designs. Some notable examples include the Eco Districts project in London, UK; the Glade House in Copenhagen, Denmark; and the Le Corbusier Energy Park in Zurich, Switzerland.

causes of negative environmental impact

Sustainable architecture refers to the use of design principles such as energy conservation, active and passive solar thermal design, efficient glazing, and high grade windows, which can significantly reduce the building’s energy consumption. Furthermore, architects involved in the field of sustainable architecture make use of building design principles that are cost effective. They also aim to increase building resale value and build equity within the communities in which they live. Such building designs often promote sustainability through the employment creation potential of lower cost construction methods and improved livability for residents.

Architects implementing sustainable development principles are required to demonstrate consistent sustainability practices throughout the project life cycle. In addition, the overall design of the building should be well suited to the locality and context. The ultimate aim is to minimize the negative environmental impact of the project while ensuring that it meets all the requirements of its users, and contributes to the social, aesthetic and economic well-being of the residents. Sustainable architecture addresses a wide range of topics such as sustainable building design, site selection, waste management and energy consumption. Some of these topics overlap and some require independent research.

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