DESIGN OF THE TRANSIT ORIENTED DEVELOPMENT GEDEBAGE AREA BASED ON PHYSICAL AND ENVIRONMENTAL LIMITATIONS
Transit Oriented Development (TOD) is a concept that is able to offer various functions in a small area, which has a radius of 400 – 800 meters, making it easier for users to access these various functions in a short time. However, in the application of TOD, it needs to be adjusted to the charact...
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Format: | Final Project |
Language: | Indonesia |
Online Access: | https://digilib.itb.ac.id/gdl/view/65178 |
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Institution: | Institut Teknologi Bandung |
Language: | Indonesia |
Summary: | Transit Oriented Development (TOD) is a concept that is able to offer various
functions in a small area, which has a radius of 400 – 800 meters, making it easier
for users to access these various functions in a short time. However, in the
application of TOD, it needs to be adjusted to the characteristics of the area so that
each TOD will have its own uniqueness according to the potential and problems
that exist in the area. One of the TOD development locations is in Gedebage which
will become the Bandung City Service Center. However, it is known that Gedebage
has physical and environmental problems such as the type of clay soil, high levels
of land subsidence, and flooding in the area, that can affect the development of
TOD in this area. So it is necessary to adjust the design of the Gedebage TOD area
which takes into account physical and environmental limitations. This study uses a
qualitative descriptive method in formulating principles based on literature,
regional potentials and problems, and design principles for the Gedebage TOD
Area. The design method will use the fragmental method. This study concludes that
the main constraint factor that causes various physical and environmental
problems is the type of clay soil which is difficult to absorb runoff water. Therefore,
the physical and environmental problems that exist in this area can be overcome by
limiting the intensity of development, a spatial program that applies Water Sensitive
Urban Design (WSUD), and design principles that adapt to regional
characteristics. The intensity limitation is regulated by setting a building height
limit of up to 20 floors, a total floor area of up to 1068,005 hectares, and a ground
floor area of up to 63,135 hectares with an KLB value of 5.0. The main design
principle in overcoming these physical and environmental problems is to preserve
the TOD Gedebage area by applying Water Sensitive Urban Design to the land use
and open space components as a response to soil physical conditions and flood
disasters. |
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