This document provides a site analysis for a coastal area. It includes sections on existing structures, landscape features, climate studies, views and vistas, circulation patterns, and proposed activities. Plans and diagrams show the location, contours, vegetation, and tide patterns. Climate data presents sunlight, wind, rainfall, and temperature information. Soil conditions and their implications are also examined.

1. S I T E B A N A L Y S I
SPREPARED BY: GROUP B

2. P L A N S
PREPARED BY: JAMES TAY & CO.

4. LOCATION PLAN

5. KEY PLAN

6. SECTION A : A
AA
B
B
SECTIONB:B
SITE PLAN (HIGH TIDE)

7. SITE PLAN (LOW TIDE)

8. SITE PLAN (CONTOUR MAP)

11. E X I S T I N G
S T R U C T U R E SPREPARED BY: MIN JUNN & CO.

33. L A N D S C A P E
PREPARED BY: JACK TOO & CO.

43. S W
O
TVast and spacious
Has both open spaces
and dense mangrove
Has limitless amount of
water (cleanliness in
question)

44. S W
O
TExtremely disgusting
smell
Small diversity of flora
and fauna
Barren

45. S W
O
TClear view of the Straits
of Malacca
Mangrove forms a
natural barricade, good
for development
Calm shores, aids in
development

46. S W
O
T High and low tide might
affect buildings
High chance of affecting
the habitat if heavy
development is
undertaken

47. C L I M A T E
S T U D I E SPREPARED BY: YEN MIN & CO.

48. SUN PATH

49. ADJUSTING TO SUN

50. LIGHT INTENSITY
These areas have a high
concentration of UV rays,
which, though beneficial to
the human body in short
amounts, can cause skin
cancer in prolonged
exposures.

51. SHADED AREAS
These shaded areas provide a
refuge from the sunlight, and
thus are shown to have a
noticeably lower temperature
than its surroundings; around
2-3 degrees Celsius difference.

52. SHADOW CASTING
(7AM)

53. SHADOW CASTING
(2PM)

54. SHADOW CASTING
(7PM)

55. ANNUAL WIND
DISTRIBUTION

56. MONSOON WINDS

57. SEA BREEZE

58. LAND BREEZE

59. TIDES (4:15PM)
The tides wax and wane due
to the pull of the moon’s
gravity. The speed of both
incoming and outgoing tides
are the same: 0.023m/s.
This can be dangerous for
those trapped by the rising
tide. Currents brought in by
the tide have been known
to pull unsuspecting victims
into the sea.
Drownings have occurred in
this area.

60. TIDES (4:47PM)
The tides wax and wane due
to the pull of the moon’s
gravity. The speed of both
incoming and outgoing tides
are the same: 0.023m/s.
This can be dangerous for
those trapped by the rising
tide. Currents brought in by
the tide have been known
to pull unsuspecting victims
into the sea.
Drownings have occurred in
this area.

61. TIDES (5:27PM)

62. TIDES (6:40PM)

63. TIDES (8:15PM)
Tides come and go every 6
hours, starting at 12AM
midnight.
At the start of each 6 hour
cycle, the tide rises at a rate
of 0.023m/s, engulfing the
cape. It then maintains its
present depth until the end
of its 6-hour cycle, when it
then recedes at the same
rate: 0.02m/s

64. RAINFALL

65. HUMIDITY
At 100% humidity, the air has
reached its saturation point
and could no longer hold
any more moisture.
The air will feel heavier, and
people will sweat more.
Generally it is an unpleasant
experience.

66. TEMPERATURE

67. TEMPERATURE
VARIANCE BY
HEIGHT
As the altitude increases, the
temperature decreases
noticeably due to lack of
radiation being reflected
from the ground.
Generally it is more
comfortable to build high.

68. SOIL CONDITION

69. SOIL CONDITION
This graph demonstrates the
characteristics of the soil, with different
diameters of particulate
demonstrating different behaviours.
Sedimentation is the tendency for
particles in suspension to settle out of
the fluid in which they are entrained,
and come to rest against a barrier.
Transportation is the displacement of
particles in a medium to another
location which is then deposited.
Erosion of soil occurs due to the
displacement of particles from its
parent medium.

70. S W
O
TSea breeze makes it
cooling during the day.
Safe site due to weak
tides and waves.

71. S W
O
THigh exposure of UV rays
due to sunlight.
Insulation difficulties due
to temperature
differences.
Soft and weak soil
condition.

72. S W
O
TPotential for solar energy
exploitation.
Potential for beach
activities.

73. S W
O
T Haze due to wind
blowing from Indonesia
during the South-west
Monsoon.
Contamination and
pollution from littering
and poor drainage.
Building corrosion due to
high salt content in air.
Erosion and major
settlement issues due to
soil condition.

74. C I R C U L A T I O NPREPARED BY: SCHANI BHARAT & CO.

75. M A C R O

76. HAZARDS
SOLUTION:
Hire security guard and
lifeguard services
Maintain cleanliness of
beach
Impose fines on
litterbugs.
Erect a notice board.

77. AVERAGE DAILY
HUMAN DENSITY
Tends to stay near the
beach.
Most of the visitors gather
under the shaded trees.
More crowded to the
North-east, as that side
has more complete
facilities.
South-west is commonly
occupied by snail
hunters.

78. PARKING SITUATIONSTRENGTHS:
Avoids congestion on
main roads and
driveways.
WEAKNESSES:
Insufficient parking bays
during public holidays.
THREATS:
The size of the parking
bays are too small.
OPPORTUNITY:
Increase size and
quantity of bays.

79. AREA ZONING

80. ANNUAL FREQUENCY OF
VISITORS

81. TIDE-DEPENDENT
ACTIVITY/CIRCULATIO
N

82. WALKABILITY FROM
SITE
PNB ILHAM
RESORT

83. TRAFFIC
INGRESS/EGRESS
STRENGTHS:
One road to access
everywhere
WEAKNESSES:
No motorcycle roads
Narrow roads
Lacking streetlights
THREATS:
Accident-prone area
OPPORTUNITY:
Increase street lighting
HIGHEST
LOWEST
TRAFFIC COMPOSITION

84. BOAT LOADING
ZONES

85. ROAD TYPES

86. M I C R O

87. HUMAN CIRCULATION
TO BEACH
(FROM RESORT)
STRENGTHS:
Various access points.
WEAKNESSES:
Poor security.
THREATS:
Not wide enough
doors/entrance to way
to beach.
OPPORTUNITY:
Indication of direction to
beach and which beach
(sign boards)

88. SNAILHUNTER
CIRCULATION SPEED
They are move active on
the mangrove area.
Access through open car
park.
Slowest speed.

89. GROUP CIRCULATION
SPEED Team building activities
on the South-west side.
Water sports on North-
east side.

90. INVIDUAL
CIRCULATION SPEEDWalk along the beach.
Wouldn’t access further
away form the shore.
Fastest circulation speed.

91. BOAT
EGRESS/INGRESS
STRENGTHS:
Boats are congested
during docking and
egress.
THREATS:
Ramp is not well
maintained, boat
docking stations poorly
indicated.
OPPORTUNITY:
Maintain external beach
interfaces, specific to the
public or private sector.

92. PROPOSED
CIRCULATION PATH
IMPROVEMENT
STRENGTHS:
Amazing ambiance,
views and experience
Interaction with wildlife
WEAKNESSES:
Path is unsafe due to
forest and rubbish
Divergent pathways
No clear indications
OPPORTUNITY:
Create a “natural” deck
leading to main zone
A proper pathway
leading to entrance from
hotel.
Creates sense of
adventure.

93. BIRD MIGRATION
PATTERN
Birds migrate once a year towards the north, from early March to early April.

94. V I E W S &
V I S T A SPREPARED BY: EE SHIUNG & CO.

147. S W
O
TBoth swamp and beach
available for
comparisons and
ecological studies
Wide view area
A large area of shallow
waters and sand
available during low tide
Different stages of
mangrove growth can
be observed and
appreciated.

148. S W
O
TSwamp area hardly
accessible due to
muddy waters
Rubbish can be found on
the beach
Broken drainage
structures which leads to
the beach
The difference between
the water level and
during high tide and low
tide is very large

149. S W
O
TWater activities
Animal spotting
(mudskippers, fish, birds)
Trees on the side can be
subjected to further
landscaping and
beautifying the site

150. S W
O
T Waves may erode
structures over time
Small but deep holes in
muddy soil near swamp
area
Rubbish accumulated on
beach may bring
unwanted diseases

151. A C T I V I T I E SPREPARED BY: ADAM TAN & CO.

166. C A S E S T U D Y
PINOHUACHO OBSERVATION DECK
PREPARED BY: LEE CZEN SHING & CO.

184. END
PREPARED BY: GROUP B