CABLE CAR STATION.

this is two project that I need both quoted to gather.

CABLE CAR STATION

DESIGN
CONCEPT
 The design takes advantage of the height (11m) of
the front building of the hotel
 For comfort and accessibility of the facility, the
proposed design include the utilities on the lower
floor.
 The upper floor is dedicated for the cable cars
landing and take-off

DESIGN
CONCEPT
LOWER FLOOR
• Booking and
tickets
• Sanitary
facilities
• Coffee and Bar
area
• Administration
office
• Waiting Lounge
1
UPPER
FLOOR
• Waiting
Lounge 2
• Cable cars
parking,
take off and
landing

Transparent
roof for
maximum
natural light
Cable Car
landing &
Take-off
Entrance
to station
Waiting/
Boarding area
West
buildin
g Front
buildin
g
East
building
Amenities
Floor
DESIGN LOG

FLOOR LAYOUTS CONCEPT
LOWER FLOOR

FLOOR LAYOUTS CONCEPT
UPPER
FLOOR

SITE ANALYSIS
Location: 53.6486° N,
1.7834° W
23
m
29
m
14
m
5.5m
28
m
7
m
8.5
m

SITE ANALYSIS
Top floor to
be
demolished
to
accommodat
e cable car
station
Proposed lift
location to
cable car
station

3D IMAGES
View from
John William
St
View from St
Georges Sq.
View from Parking

SECTIONS Section 1-Trough
washrooms
Section 2-
Longitudinal
view
Section 3-Stair
case details

ELEVATIONS
Front
Elevation
East
Elevation
Rear View

STRUCTURE
Curtain
wall for
maximum
natural
light
Aluminium
flame with
laminated
glass
panels
Masonry
wall
200mm
thickness
200X300
RC beam Wooden
frame
staircase-
2m width
for smooth
flow of
people
Sky light
Reinforced concrete
Columns
200x200mm

TECHNOLOGY Large
operable
windows
for natural
ventilation
and
double
glazed for
maximum
insulation
Thermally
insulated
walls with
Alucobond

TECHNOLOGY
Skylight
will save
lighting
costs
Also light
in weight
thus
saving on
structural
supports

TECHNOLOGY
Wood
panel
flooring for
comfort
when
moving
around

INTERIOR
Reception
and
waiting
lounge on
lower floor
Cable car
boarding
area

PLAN
West
Building
Front
Building
East
Building
Cable car
station

PLAN

References
Fontani, D., Francini, F., & Sansoni, P. (2015). Building Glasses and Skylights: Optical Characterization.
In Sustainable Indoor Lighting (pp. 167-193). Springer, London.
Linden, P., Banks, D., Daish, N., Fountain, M., Gross, G., Honnekeri, A., ... & Dutton, S. (2016). Natural
ventilation for energy savings in California commercial buildings.