site analysis ,mangaluru

1. DONE BY
SUHANA SB
7TH SEM
B.ARCH
SITE ANALYSIS
PROPOSED DESIGN FOR ARCHITECTURE RESIDENCIAL SCHOOL AT MANGALORE
LOCATION
➢ ADRESS:Jubsil, bajpe
proper,mangaluru,Karnataka-574142
➢ COUNTRY - India
➢ STATE- Karnataka
➢ DISTRICT- Mangaluru
➢ REGION- Jubsil,Bajpe
NEIGHBOURHOOD CONTEXT
BAJPE BUS STOP
2. SHRI NARAYANA
GURU SAMUDHAYA
BHAVANA
1. SIMSON PLAY
SCHOOL
3. BRAHMASHREE
NARAYANA GURU
MANDIRA
BAJPE GRAMA
PANCHAYAT
BUILDING AROUND THE SITE
SIMPSON COTTAGE
24 years old villa with 6
bedrooms and two halls
Sustainable building:
•Using locally available
materials like laterite
stone, mangalore tiles
•Net zero : solar panels
are used for electricity
generation
ST JOSEPH’S CHURCH
The church is 150 years
old
Old Structure: wooden ,
stone and mud
Demolished and rebuilt
BAJPE MARKET
SITE
Lateriate stones
Bajpe is a locality in Mangalore
city of Dakshina Kannada district
in the state of Karnataka, now
also known as Bajpe Town, India.
It is around 18 km from the city of
Mangalore.
ACCESSIBILITY
LANDUSE
THE SITE IS IN
THE INDUSTRIAL
ZONE
NEAREST :
BUS STOP: BAJPE- 400 m
RAILWAY STATION:
MANGALURU
JUCTION -19KM
AIRPORT:
MANGALURU
INTERNATIONAL
AIRPORT -6KM

2. DONE BY
SUHANA SB
7TH SEM
B.ARCH
SITE ANALYSIS
PROPOSED DESIGN FOR ARCHITECTURE RESIDENCIAL SCHOOL AT MANGALORE
160.1
THE SITE
SITE AREA:
EXISTING
BUILDING
ON SITE FEATURES:
WELLS
HOUSE
SET BACKS:
FRONT: 4 m
REAR : 3 m
BY LAWS:
HEIGHT RESTRICTION:
12 m UPTO 14.99 m
EXISTING ROAD WIDTH-5 m
PROPOSED ROAD WIDTH-12 m
TOPOGRAPHY:
The site has a steep of 9 m
towards north.
NATURAL FEATURES
DRAINAGE:
DRAIN-WATER FLOWS ALONG
THE SLOPE TOWARD NORTH
VEGETATION
HIGH POINT
LOW POINT
CONTOURS:
HIGHEST CONTOUR : -9.0m
LOWEST CONTOUR: +0.3 m
CONTOUR INTERVAL; 0.3m
THE SITE HAS DENSE
VEGETATION
SOME OF THE VEGETATION
HERE ARE:
The underlying geological formation is of
archaic origin and consists of
metamorphic schist and crystalline
gneiss with granite and quartzes
outcrops, The soils mostly lateritic and
are well drained with moderate erosion.
SOIL PROFILE
SECTION
NOTE: only major vegetation is shown here ,
low shrubs grown fills most of the white areas
on the site
Bare due to
previous
excavation
JACK FRUIT
COCONUT,,
STAR FRUIT
BAMBOO
NEEM
MANGO

3. DONE BY
SUHANA SB
7TH SEM
B.ARCH
SITE ANALYSIS
PROPOSED DESIGN FOR ARCHITECTURE RESIDENCIAL SCHOOL AT MANGALORE
ARCHITECTURAL FEATURES
➢ Mangalore tiles are used
➢ To protect the home from heat gain and
rain water flat sheets are placed under
mangalore tiles hence creating double
layer of roof.
➢ Laterite stones are used for
construction.
➢ Granite is found underground and used
extensively.
Mangalore tiles
Mangalore tiles
Layer 1
Flat sheets
Layer 2
SITE INFLUENCE & SENSORY
LESS TRAFFIC &
PRIVATE EMPTY SITES
RESIDENTIAL
/AGRICULTURAL
ZONE
RESIDENTIAL
/AGRICULTURAL
ZONE
NOISE
FROM
SCHOOL
VEHICULAR
NOISE
HUMAN AND CULTURAL STUDY
Bajpe is a Census Town city situated in Mangalore
taluka of Dakshina Kannada district.
POPULATION DENSITY
➢ The current site has dense vegetation With coconut, pepper, cocoa,
jackfruit and mango fruit bearing trees.
➢ An existing residential house is located on the south side of the site
for care taking purpose, Which was previously a school
➢ An attempt to promote organic farming some part of the existing
plantation is to be conserved in the site
CONTEXT ANALYSIS
ENVIRONMENTAL ISSUES
➢ The construction of SEZ ( special economic zone)
industries 20 years ago led to destruction of 700
acres of trees which affected the climatic conditions
and increased humidity
SOCIO - ECONOMIC FACTORS
➢ Bajpe Census Town has total administration over 1,976 houses to
which it supplies basic amenities such as water and sewerage.
➢ It is also authorize to build roads within Census Town limits and
impose taxes on properties coming under its jurisdiction.
➢ There are about 61 colleges
in Mangalore city as shown
in figure.
➢ This is not enough to serve
the all the people of
Mangalore cities.
➢ According to URDPFI
standard, there should be 1
college for 10000
populations.
➢ Almost 11 more colleges are
required .
➢ And there are only 4
architectural or design
college in mangalore.
MORPHOLOGY
➢ Bajpe was a village earlier then it is converted
into taluk 2 years back.
➢ Increase of building blocks and build more
facilities for give this area an importance as a
mode of trading and fishing
➢ Stating of new facilities like municipality,
anganwadi, primary and secondary
school,Church, temples, etc.
➢ Everything was in a control of gram
panchayat, later bajpe got a municipality
which maintain the city now.
➢ Manglore international airport is in bajpe city.
➢ More infrastructure development and more
facilities for bajpe people have started
because of presence of international airport
in the city.

4. DONE BY
SUHANA SB
7TH SEM
B.ARCH
SITE ANALYSIS
PROPOSED DESIGN FOR ARCHITECTURE RESIDENCIAL SCHOOL AT MANGALORE
CLIMATE ANALYSIS
Hot and oppressive year round.
Summer : 3 months March-may. (32.2)
Hottest month: April (33.3)
Winter: 2.7 months jun-sept.(29.4)
Coldest month : August (24.4 - 28.8)
Rainy : 4.7 months, (May to Oct),
February: partly cloudy 64%
July : mostly cloudy 90%
drier season : 7.3 months, (Oct to May)
Rainy season : June to September
Average annual temperature: 27 °C Annual
total solar radiation: 2,051 kWh/m
Average wind speed- 3m/s
SOLAR ANALYSIS
The site is located in tropical humid climate with high solar intensity in
summer and moderate in winters..
ANALYSIS
Use light colored building material to reflect
the sunlight back
WIND ANALYSIS
From January to July
Prevailing winds blow from west direction
from august to december
Prevailing winds are from west direction
Wind speed from the prevailing side is 8m/s -10.8m/s
Wind turbines can be placed for generating energy
On the west and east side
Windows can be placed on these sides to receive
max
wind in humid climate
The months of June to august receive the
most rain and water tanks
for rain water harvesting can be built beside
the borewells in the site
RAIN ANALYSIS
MATERIAL STUDY
MANGALORE TILES
environmentally friendly, because
they’re made out of a natural material.
Insulation: Air freely circulates beneath
these tiles, helps maintain
temperatures inside.
Low maintenance and Long lasting,
Durability.
Fire and weather resistant.
DIURNAL AVERAGES
LATERITE STONE:
Strong and gain strength over
a period of time.
cost-effective as it’s locally
available.
Large in size
(304x203x203mm), less
bricks are required in the
overall construction process.
They produce no greenhouse gas
also helps in reducing the emission
of carbon-di-oxide.
Laterite stone has good thermal
insulation properties easily
adapt adjust with the weather.
cooling properties- keeps the
interior cool during summers.
rustic natural look. Ref: climate studio