Importance of Architecture and Construction Built Environment | SmartGuy

Importance of Architecture and Construction Built Environment

Architectural & Construction Specs

Aware of the Importance of Architecture and Construction Built Environment? When taking a closer look at the Architectural and Construction built environment you will be amazed at how much more is involved in designing the buildings, developments, roadways and the many, many structures we live and work in. An architect and designer consider more than just the structure.

What does the term “built environment” mean?

“Man-made structures, features, and facilities viewed collectively as an environment in which people live and work.”

There are three (3) phase cycles of Architecture and Construction “build environment” are:

  • Core Architectural Education Pathways 
  • Design and Pre-Constructions
  • Construction, Maintenance and Operations

Every man-made building or structure is being designed, constructed, altered, repaired or maintained, or demolished. Components of the architectural environment include:

  • structures (residential, commercial, industrial, educational, recreational, institutional, etc.); 
  • site (landscaped grounds, parking lots, pathways, sidewalks, etc.); 
  • public utilities (water, sewer, streetlights, etc.) and 
  • right-of-way (public sidewalks, streets, bike lanes, etc.); 
  • civic infrastructure (bridges, canals, highways, railroads, trolleys, etc.).

Architects are trained to build for the Future. They are trained in the Art and Science of Buildings:

As students, architects learn: 

  • that architecture and structures have often been used as signs of a society or kingdom's strength, wealth and energy.
  • that architecture and structures were often used as symbols of a civilization or kingdom's greatness, power and power.
  • Egypt's great pyramids represented a civilization that valued the energy, the heavens, and the afterlife above the Nile's earthly existence. Gothic cathedrals reached for the heavens with their spires and were part of the Middle Ages elaborate pilgrimage routes.
  • The skyscraper, historically the U.S. architectural icon, is now a symbol of worldwide success and wealth — and relentless competition aims to create bigger and bigger.
  • Modernist architecture conveyed a love for mechanization, standardization and great design by means of simplicity, material reality, and ergonomic considerations.

A tall, compact skyline today is one of a world-class city's key markers. To better understand the impact of construction, however, we need to grasp the air of construction industry typologies and sectors. This unit explores the love affair with technology, science, and innovation of architectures. It explores the building's art and science through the most influential professions: the architect and the engineer.

Focus on Green Architecture and Construction:

Are the materials used not depleting the resources or draining too much energy?

Architects and Construction Designers need to learn that the construction industry consumes tremendous amounts of resources, makes a significant contribution to landfills, and produces a large percentage of the world's greenhouse gases.

Buildings accounted for 30%-40% of the world's energy use and related greenhouse gas emissions in 2008, according to the U.S. Green Building Commission. Sustainable building practice is referred to as sustainable construction. Sustainable building has grown dramatically to form a large economic sector.

In fact, green building takes energy efficiency into account, building according to environment (not against it), using natural energy sources (sun, wind, water, air), and using sustainable, recycled and reusable materials. Green building accounts for and recognizes a building's life cycle from cradle to grave, including the storage and transport of building materials, building site maintenance, and the building's own energy efficiency. No single agency had a greater impact on green building than the United States. Green Building Council (USGBC) and its certification system for construction projects and practitioners for the LEED (Leadership in Energy and Environmental Design). The USGBC now boasts 76 chapters, 13,000-member companies and associations, and over 181,000 practitioners holding LEED credentials.

Does the creative genius of architects get in the way of designing the build environment? No.

Creatives - the next level to architecture and design—

The field of architecture had produced the latest crop of design stars, a group of international talents upending convention, celebrating cultural differences, and revitalizing traditions of all kinds. This is what is being taught to students of architecture build environment: 

Students will learn that the architect is not solely responsible for creativity and artistic expression. Within Architecture & Construction, apart from problem-solving skills, there are many professions, also called specialties, employing creative skills and styles of artistic personality. There are many careers ranging from illustrators using computer animation, to an iron worker commissioned to create a one-of - a-kind ornamental fence, to a preservation trader skilled in historical construction methods. The interdisciplinary integration of history, building arts, visual arts, botany, and fashion to create a unique product is key to these highly specialized careers in all Architecture & Construction pathways.

Does the building and infrastructure meet the needs of the community?

Students will learn that there is no isolated house. There is a building not only on its site and in relation to its landscape, but also in relation to other buildings and often in relation to a cityscape or an agricultural area. Students will learn that there is no isolated house. There is a building not only on its site and in relation to its landscape, but also in relation to other buildings and often in relation to a cityscape or an agricultural area. The notion of urbanization dates back more than 6,000 years ago to the first Bronze Age settlements. The notion of urbanization dates back to more than 6,000 years ago, the first Bronze Age settlements. With the construction of these roads, public aqueducts, bridges, and docks, the Roman Empire marks the true beginning of city architecture and the unofficial beginning of the civil engineering profession. By contrast with the history of human urbanization itself, urban planners are a relatively new occupation. Field-based professionals are guided by fundamental planning concepts, working with civil engineers to create vibrant spaces for individuals and communities.