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  • 01 - Industry Basics
    • What do Architects really do?
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    • Understanding how the Industry works
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    • Working with Consultants
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  • 02 - Site Planning & Building Design Concepts
    • Feasibility Studies
    • Site Planning & Analysis
    • Concept Design
    • Design Methods
    • Parti Diagrams
    • Anthropometry
    • Program & Circulation
    • Planning Parameters
    • Massing & Orientation
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    • Floor Levels
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    • Natural vs Mechanical Ventilation
    • Driveway Design
    • Lighting (Daylighting vs Artificial)
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  • 03 - Building Components, Materials & Specifications
    • Overview of Building Materials, Components & Systems
    • Overview of Finishes in Building Materials
    • Tile Types and Design Considerations
    • Types of Walls and Wall Systems
    • Common Mistakes in Covered Linkway Design
  • 04 - Building Project & Contract Administration
    • Overview of Contract Administration
    • Tender Process for a Measurement Contract
    • Project Management for Young Architects: From Design to Completion
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  1. 02 - Site Planning & Building Design Concepts

Planning Parameters

Key Design Items for Architects

At the inception of an architectural project, architects are confronted with a range of planning parameters that lay the groundwork for design and construction.

These parameters serve as the blueprint for the entire project and have a significant impact on its success.

Here's what architects need to know about these planning parameters:

1. Gross Floor Area (GFA):

Gross Floor Area, often referred to as GFA or Floor Area Ratio (FAR), specifies the total allowable floor space in a building. It's a critical parameter that influences the building's size and scale within the given plot.

2. Building Setbacks:

Setbacks dictate the distance between the building's exterior walls and the property boundaries. They are crucial for maintaining public space, access, and safety, while also shaping the building's visual impact.

3. Building Height:

The maximum allowable building height is a key parameter. It determines how many floors a building can have and directly impacts its vertical profile and overall aesthetics.

4. Building Footprint:

The building footprint defines the area of the plot that the building can cover. It's vital for optimizing land use and ensuring compliance with zoning regulations.

5. Plot Ratio:

Plot ratio, also known as plot coverage or site coverage, is the ratio of the building's total floor area to the total plot area. It influences the density and intensity of land use within the project.

6. Ratio of Program Area:

In mixed-use developments, understanding the ratio of different program areas, such as residential, commercial, and recreational, is essential. It guides the allocation of space to each component and affects the project's functionality.

7. Floor-to-Floor Height Requirements:

Floor-to-floor height directly impacts interior space design, including ceiling heights and the placement of mechanical systems. Meeting these requirements is crucial for creating functional and comfortable spaces.

Why These Parameters Matter:

  • Legal Compliance: Adhering to these planning parameters is often a legal requirement set by local building codes and zoning regulations. Non-compliance can lead to delays and costly revisions.

  • Aesthetic and Functional Considerations: These parameters influence the building's appearance, internal layout, and overall functionality. Architects must balance creative design with compliance.

  • Efficiency and Sustainability: Properly understanding and utilizing these parameters can lead to more efficient use of space, potentially reducing construction costs and environmental impact.

  • Community Impact: The project's impact on the surrounding community, including issues like traffic flow and visual harmony, is heavily influenced by these parameters.

In conclusion, architects need to thoroughly grasp planning parameters at the project's outset.

These parameters provide the framework for design, impacting everything from the building's size and appearance to its functionality and legal compliance.

By embracing these parameters as essential guidelines rather than constraints, architects can embark on projects that are not only aesthetically pleasing but also practical and in harmony with their surroundings.

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Last updated 5 months ago

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