This document is a proposal for the construction of a food grocer prepared by Teo Vi Vien and Wong De-Vin, and supervised by Miss Ann See Peng. It includes an introduction outlining the assignment requirements, details about the chosen site located near residential areas and a university, an analysis and observations of the site, concept proposals and plans for the food grocer building, and discussions of drainage, fire safety, construction attributes, energy usage, roles of professions involved, and requirements for local authority approvals. The proposal puts forth plans and rationale for developing the vacant land into a supermarket to serve the surrounding community.

1.
1
Proposal for the Construction of
Food Grocer
Prepared by:
1. Teo Vi Vien (0321645)
2. Wong De-Vin (0319814)
Tutor: Miss Ann See Peng

2.
2
Content
Topic
Page
Cover
1
Content
2
Introduction
3
Our
Site
4
Site
Analysis
and
Observation
5-­‐8
Rationales
and
Client
Evaluation
9-­‐10
Concept
Proposal
11-­‐12
Plans
and
Elevations
13-­‐21
Drainage
System
22
Fire
Safety
23
Attributes
of
Supermarket
Construction
24
Operational
Energy
Used
25
Task
Of
Professions
Involved
26-­‐27
Local
Authorities
Approval
28-­‐35

3.
3
INTRODUCTION
This is our final project for the module introduction to
construction industry (ICI), for this assignment, we are required
to find a partner and produce a minimum 20 pages report. Our
task is to find a 30m x 30m (900 meters square) to 30m x 40m
(1200 meters square) empty land and come up with a proposal
to consult a potential client to construct a building in the site
chosen.
The proposing construct building is required to serve one of the
purposes as mentioned below: Recreation area, Commercial
area, Industrial area, Agricultural area, Tourism area and
Residential area.
The objective of this assignment is not only to enable students to
develop an understanding of the building team, its organization,
duties and inter-relations within which they will seek
employment, career progression or further study but also To
develop an awareness of their professional responsibilities and
to appreciate their profession in the construction industry.
To make this assignment successful for us, we are encouraged to
explain the need to coordinate and develop an understanding of
coherent working relations among various industry players and
to improve the communication channels. We are also to show
our ability to document our observations and understanding
from our visit to our site and also research towards our site.

4.
4
OUR
SITE
Our
site
is
located
at
3.061732,
101.610481
on
Google
Maps.
The
area
is
67m
x
67m
(4489
meter
squares)
.
The
reason
why
we
chose
this
site
is
because
it
is
an
open
space
which
lacks
buildings
and
design.
It
is
a
big
waste
to
this
empty
land
as
it
is
a
very
strategic
area
because
it
is
located
near
residential
areas
and
also
a
university.

5.
5
SITE
ANALYSIS
AND
OBSERVATION
Our
site
is
located
1.5
km
away
from
Taylor’s
University
Lakeside
Campus.
Our
site
can
be
reached
by
car,
which
is
5
minutes,
or
by
walk,
which
is
22
minutes
from
Taylor’s
University.
Our
site
is
30m
x
35m
(1050
meter
square).
It
is
an
empty
land
next
to
a
High-­‐
Raised
Apartment.
The
only
entrance
that
vehicle
can
enter
to
this
empty
land
is
from
an
entrance
which
shares
the
same
road
to
enter
the
apartment.
Therefore
that
entrance
will
also
be
our
proposed
entrance
for
our
commercial
building.
There
is
a
slope
at
the
East
end
of
our
site
and
that
will
be
our
main
drainage
and
waste
system
for
our
commercial
building.
The
traffic
rate
at
our
site
is
slightly
jam
during
peak
hours
and
traffic
rate
is
low
during
normal
hours.

6.
6
Pictures
from
our
site:
View
from
the
main
road
to
our
site
View
from
the
entrance
of
the
apartment
to
the
main
road
View
from
entrance
of
condominium
to
the
Highway
connecting
road

7.
7
View
from
the
main
road
to
the
apartment
View
from
main
road
to
the
entrance
of
apartment
View
from
apartment
to
our
site

8.
8
Advantages
Our
site
is
located
just
outside
of
Taylor’s
Lakeside
with
a
distance
of
1.5km.
This
is
one
of
the
main
advantages
of
building
our
site
as
the
core
purpose
of
this
project
is
to
create
convenience
for
university
students
who
stay
in
Bandar
Sunway
to
access
the
building
without
the
hassle
of
traffic
congestion.
Most
high-­‐rise
apartments
are
located
around
the
area
to
create
convenience
for
the
residents
to
access
the
building,
especially
for
those
who
do
not
own
a
vehicle
as
the
walking
distance
is
at
an
average
of
5
minutes
from
the
proposed
building
to
the
apartments.
There
is
a
wide
expanse
of
open
space
to
create
a
potential
space
for
future
development.
It
also
has
an
existing
flat
ground
to
ease
the
process
of
construction.
Disadvantages
Despite
the
good
potential
of
our
site
for
our
proposed
plan,
it
also
has
its
down
side
that
might
be
the
reason
of
its
lack
of
usage
and
abandoned
open
area.
It
only
has
one
access
point
where
vehicles
have
to
turn
in
from
the
apartment
located
next
to
our
site
before
entering.
Therefore,
the
flow
of
traffic
is
a
difficult
procedure
as
it
only
has
one
entry
and
exit
point.
Our
site
is
located
at
a
low
area
where
it
holds
water
after
a
heavy
rainfall.
Standing
water
creates
a
potential
spot
for
mosquitos
to
breed
which
will
cause
a
huge
disadvantage
for
our
proposed
plan.
A
storm
water
catch
basins
(system)
have
to
be
installed
to
solve
this
problem.
Our
site
does
not
have
a
good
view.
It
overlooks
a
low-­‐end
apartment
and
it
is
located
next
to
a
cross
junction.
The
view
is
not
pleasing
to
the
eyes.

9.
9
Rationale
and
Client
Evaluation
After
thorough
discussion
and
research
on
our
site,
also
emphasizing
on
the
advantages
and
disadvantages
of
the
existing
nature
of
the
area,
we
have
decided
to
propose
a
commercial
area
with
a
mid-­‐end
hypermarket,
food
court
and
fast
food
joint
with
drive-­‐thru
service.
For
this
construction
project,
we
look
upon
the
weakness
of
the
nearby
places
of
the
same
facilities
and
functions
to
compare
and
improve
on
their
weaknesses
to
propose
a
plan
to
better
suit
the
clients
of
our
project.
We
have
distinguished
a
few
issues
that
are
not
suitable
for
our
proposed
plan
and
came
up
with
a
list
of
improved
suggestions
according
to
the
areas.
High-­‐end
hypermarket
at
Sunway
Pyramid
1. Price
of
groceries
and
items
are
more
expensive
–
Price
of
goods
sold
at
the
high-­‐end
hypermarket
are
placed
at
a
higher
price
due
to
the
expensive
rental
and
emphasize
on
the
interior
design.
2. High
cost
of
imported
goods
–
High-­‐end
hypermarkets
usually
import
quality
goods
that
are
priced
too
high
and
are
not
affordable
for
students
who
live
near
the
area.
3. Area
too
small
–
High-­‐end
hypermarket
are
smaller
compared
to
mid-­‐end
hypermarkets,
hence
there
are
lesser
varieties
for
customers
to
choose
from.
Restaurants
in
Syopz
Mall
1. Limited
choices
of
restaurants
–
The
students
of
Taylor’s
University
face
dilemmas
of
what
to
eat
for
lunch
everyday
as
there
are
not
much
variety
in
campus.
2. Price
of
food
is
not
affordable
for
students
-­‐
The
price
starts
from
RM15
and
above
with
no
3. Closing
time
too
early
–
Most
restaurants
in
campus
are
closed
at
9pm.
Only
the
“mamak”
and
convenient
stores
are
open
24/7.
Most
students
who
overnight
at
campus
do
not
have
a
complete
meal
to
eat.

10.
10
Fast
Food
Joint
next
to
Sunway
Toll
1. No
direct
access
to
campus
from
the
restaurant
–
Students
who
drive
have
to
make
a
huge
round
around
Subang
at
a
proximate
duration
of
15
minutes
before
going
back
to
campus.
2. Isolated
location
–
The
fast
food
joint
is
located
beside
the
toll
in
a
non-­‐strategic
area
and
customers
have
to
pay
the
toll
after
they
finished
dining.
3. No
drive-­‐thru
service
–
Drive-­‐thru
service
is
not
available,
customers
who
are
in
a
rush
will
not
enjoy
the
convenience
of
taking
away
efficiently.
Through
studying
the
weaknesses
of
these
areas,
we
have
decided
to
improve
on
our
construction
project.
The
proposal
is
required
to
fulfill
the
following
criteria.
1. The
whole
project
will
be
finished
within
the
estimated
time.
2. The
space
is
utilized
sufficiently.
3. Benefit
the
society
and
improve
on
the
weakness
of
the
high-­‐
end
hypermarket,
restaurants
in
syopz
and
fast
food
joint
next
to
the
Sunway
Toll.

11.
11
CONCEPT
Rationale
of
our
concept:
The
concept
of
our
site
is
to
provide
a
convenient
and
affordable
hypermarket
including
an
efficient
food
court
on
the
ground
floor.
We
also
aim
to
build
this
building
with
the
cheapest
yet
sustainable
materials
with
an
attractive
exterior
design
of
the
building.
The
interior
of
our
building
is
also
very
organized
for
the
customers
to
have
a
comfortable
and
organized
grocery
shopping
experience.
Organized
shelves
for
easier
access
to
find
products
Attractive
and
sustainable
design

12.
12
Advantages
of
our
concept:
It
is
located
at
a
site
where
it
is
easy
to
be
accessed.
It
also
very
convenient
for
the
residents
nearby.
Our
concept
is
also
very
organized
and
it
is
easy
for
customers
to
find
the
products
they
need.
There
is
also
a
food
court
and
a
fast
food
joint
located
at
the
ground
floor
of
the
building
for
the
convenience
of
the
customers
in
rush.
The
purpose
of
the
food
court
is
to
provide
more
varieties
for
the
customers
as
there
are
limited
choices
of
restaurant
nearby.
Food
Court
with
varieties
Drive
Thru
services
at
fast
food
joints

13.
13
Location
Plan

14.
14
Existing
Plan

15.
15
Floor
Plan
Ground
Floor

16.
16
First
Floor

17.
17
Second
Floor

18.
18
Front
Elevation

19.
19
Side
Elevation

20.
20
Cross
Section

21.
21
Car
park
and
traffic
flow
Car
parks
are
often
associated
with
large
retail
complexes
and
steel
framed
car
parks
are
a
common
solution.
Column
spacing
of
5.2m
and
7.5m
align
with
2
or
3
car
park
spaces
and
spans
are
often
4.5m,
7m
and
4.5m
so
that
a
central
aisle
is
created.
Long-­‐span
steel
framed
car
parks
are
also
popular
and
16.5m
is
the
common
span
in
these
cases.

22.
22
Drainage
System
Catch
Basins
A
catch
basin
is
an
inlet
to
a
storm
drain
system
that
typically
includes
a
grate
where
storm
water
enters,
and
a
sump
to
capture
sediment,
debris
and
associated
pollutants.
Catch
basins
are
designed
specifically
for
capturing
and
conveying
storm
water.
Typically,
on
private
commercial
or
industrial
sites,
there
is
no
standard
for
the
placement
of
catch
basins.
Storm
water
drain
systems
are
often
installed
based
on
the
best
professional
judgment
and
experience
of
the
design
engineer.
The
estimated
peak
storm
water
flow
rate
dictates
the
number
of
catch
basins
needed
on
a
site.
The
percent
impervious
surface,
slope,
average
rainfall
and
rainfall
intensity
are
all
factors
in
calculating
the
peak
flow
rate.
Vacuum
Drainage
System
The
condensation
wastewater
can
be
lifted
vertically
up
from
the
freezer
and
transported
through
piping
in
the
ceiling
to
a
drain
elsewhere
in
the
building.
Special
greater
tanks
called
interceptors
are
used
to
ensure
the
water
transport's
efficiency.
The
piping
for
condensation
water
can
be
moved
easily
when
floor
plans
change.

23.
23
Fire
Safety
Fire
safe
design
is
important
in
retail
buildings,
both
for
provision
of
effective
means
of
escape
in
a
fire
and
also
to
protect
the
asset
value
of
the
building
and
its
contents.
The
fire
resistance
is
generally
120
minutes
and
a
life
safety
sprinkler
system
is
also
required.
Intumescent
coatings
are
paint
like
materials
which
are
inert
at
low
temperatures
but
which
provide
insulation
as
a
result
of
a
complex
chemical
reaction
at
temperatures
typically
of
about
200-­‐250°C.
At
these
temperatures
the
properties
of
steel
will
not
be
affected.
Boards
are
used
as
structural
fire
protection.
They
offer
the
specified
a
clean,
boxed
appearance
and
have
the
additional
advantages
that
application
is
a
dry
trade
and
may
not
have
significant
impacts
on
other
activities.
Also,
boards
are
factory
manufactured
and
thicknesses
can
be
guaranteed.
Furthermore,
boards
can
be
applied
on
unpainted
steelwork.

24.
24
Attributes
of
Supermarket
Construction
1. Speed
of
construction
is
increased
by
pre-­‐fabrication.
• Supermarket
construction
is
fast,
with
contract
durations
for
new
build
stores
of
6000–7000m2
typically
ranging
from
22
to
26
weeks.
Rationalized
design
and
standard
products
are
necessary
to
achieve
such
compressed
programs.
2. Economy
in
terms
of
structure
cost
• As
for
all
construction
clients,
supermarket
chains
are
concerned
about
reducing
initial
build
cost,
but
as
owner
occupiers,
they
also
take
into
account
the
long-­‐term
impact
of
investment
decisions.
They
use
payback
and
life
cycle
costing
assessments
to
determine
additional
investment
in
flexibility,
reduced
running
costs
or
sustainability.
3. Sustainable
design
and
lightweight
construction
• A
store's
target
market
will
also
influence
the
architectural
design
of
the
exterior
of
the
building,
and
the
materials
that
are
used,
glazing
systems,
floor
finishes
etc.,
that
are
partially
determined
by
location,
target
market
and
projected
turnover.
4. Long
spans
for
flexible
use
of
space
• Supermarkets
also
have
extensive
back-­‐of-­‐store
facilities
for
staff,
offices
and
storage.
Target
figures
for
total
back-­‐of-­‐house
space
have
fallen
from
50%
of
gross
internal
floor
area
to
25-­‐
40%,
depending
upon
the
size
and
target
market
of
the
store.
5. Convenience
of
traffic
flow
• Parking,
access
and
distribution
are
also
key
aspects
of
the
design
solution.
The
space
for
car
parking
is
also
extensive
and
in
some
locations,
double
level
car
parks
are
required.
Most
supermarkets
are
serviced
at
night
which
requires
suitable
access,
turning
and
off-­‐loading
space.

25.
25
Operational
energy
used
in
supermarkets
Lighting
was
found
to
be
the
most
significant
energy
demand,
accounting
for
around
a
half
of
the
total
operational
carbon
emissions.
Consequently
efficient
lighting
systems
coupled
with
optimum
roof
light
design
are
important
in
delivering
operational
carbon
reductions.
The
complexity
of
the
interaction
between
building
orientation,
roof
light
design,
lighting
systems
and
daylight
dimming
lighting
controls
in
supermarket
buildings
requires
detailed
dynamic
thermal
modelling
in
conjunction
with
good
lighting
design
to
develop
an
optimum
lighting
solution.
Efficient
lighting
of
supermarkets
are
highly
dependent
on
the
presence
and
configuration
of
the
shelving
and
racking
systems
used.
Where
obstructions
such
as
high
bay
racking
are
installed,
the
building
is
effectively
split
into
a
number
of
narrow,
corridor‐type
spaces
which
require
many
more
fittings,
and
hence
more
energy,
to
achieve
the
same
level
and
uniformity
of
lighting.
Special
greater
tanks
called
interceptors
are
used
to
ensure
the
water
transport's
efficiency.
The
piping
for
condensation
water
can
be
moved
easily
when
floor
plans
change.

26.
26
Task
of
professions
involved
in
building
constructions
1. Architect
The
architects
provide
various
designs,
then
prepares
drawings
and
a
report
presenting
ideas
to
the
client
based
on
his
needs.
After
discussing
and
agreeing
on
the
initial
proposal,
architects
develop
final
construction
plans
that
show
the
building's
appearance
and
details
for
its
construction.
The
plan
is
then
passed
to
the
Structural
Engineer
for
his
own
design.
2. Structure
Engineer
After
the
architectural
design
is
completed,
SE
are
the
next
professionals
to
work
on
the
design.
The
job
scope
of
the
Structural
Engineer
includes
-­‐
Designing
the
structural
members
(slabs,
beams,
columns
and
foundations)
with
the
Geotechnical
Engineer.
-­‐
Determine
the
sizes
(thickness
span
and
depth)
of
structural
members
and
the
quality,
size,
type
and
quantity
of
reinforcements.
-­‐
Decide
on
the
quality
and
type
of
materials
used
for
structural
members
and
the
required
concrete
strength
-­‐Designs
the
roof
trusses
to
sustain
all
expected
loads
and
forces
-­‐Produces
the
structural
drawings
which
is
required
for
building
construction
approval.
3. Quantity
Surveyor
The
QS
estimates
the
project
budget,
analysis
the
effect
of
design
changes
on
the
budget
and
the
most
noticeable
role
preparation
of
Bill
of
Quantities
that
assist
in
the
tender
process,
produce
tender
document
and
manage
the
tender
process,
clarify
and
evaluate
tenders,
variations
control,
contract
administration
and
assessment
of
claims,
negotiate
and
settlement
of
accounts,
Valuing
completed
work
and
arranging
for
payments,
expert
witness
report
in
case
of
dispute.

27.
27
4. Builder
The
Builder
study
the
production
information
that
is
the
drawings,
schedules
and
specifications
they
analyze
the
build
ability
and
maintainability
of
buildings.
He
writes
on
the
construction
method
and
program,
assess
the
workmanship
skill
of
artisan
and
suggest
solution
to
technical
problems.
5. Consultant
The
consultant
represents
the
owner
and
to
lend
practical
expertise
to
the
job.
Working
on
behalf
of
the
owner,
the
consultant
can
identify
and
address
potential
construction
problems
in
the
design
stages
and,
as
an
independent
party,
may
be
in
the
best
position
to
suggest
cost
saving
or
time
saving
alternatives
and
to
evaluate
suggestions
made
by
the
other
parties.
6. Mechanical
and
Electrical
Engineer
The
M&E
Engineers
design
layouts
and
requirements
for
building
services
for
which
is
one
of
the
requirements
for
building
approval.
Design
and
development
of
electrical
systems
required
based
on
envisaged
power
consumption
for
safety
and
energy
sustaining
operation
of
buildings,
construction
and
operation
of
Heating,
ventilation
and
air
conditioning
(HVAC)
systems.
7. The
building
contractor
The
BC
is
responsible
for
hiring,
supervising,
firing
and
payment
of
workers
alongside
obtaining
materials
for
the
project
to
precise
specifications,
mostly
using
the
services
of
suppliers.
The
BC
works
based
on
agreed
contract
sum
with
building
owners
so,
he
controls
Budget
issues,
follow
that
budget
as
closely
as
possible
though
there
might
be
slight
variation
at
the
end
of
the
project.
They
ensure
that
the
project
is
completed
within
the
specified
time
frame
as
well
as
reviewing
the
progress
and
implementing
any
changes
along
the
course
of
completion.

28.
28
Local
Authorities
Approval
UNDANG - UNDANG KECIL BANGUNAN SERAGAM 1984
BORANG A
PERAKUAN PELAN - PELAN BANGUNAN / STRUKTUR
( Bagi endorsemen atas pelan - pelan untuk dikemukakan untuk diluluskan )
Undang - Undang Kecil 3 (1 ) ( C ) dan 16 ( 2 )
________________20_____
Kepada :
Yang Dipertua,
MAJLIS PERBANDARAN SUBANG JAYA
Saya memperakui bahawa butir - butir dalam pelan - pelan iaitu
atas *Lot / Lot - lot dan No. Bangunan
* Taman / Bandar /
kawasan
Jalan
bagi
adalah menurut kehendak - kehendak Undang - Undang Kecil Bangunan Seragam 1984 dan saya
setuju terima tanggungjawab penuh dengan sewajarnya.
_______________________
Orang Yang Mengemukakan
Nama :
Alamat :
No. Pendaftaran :
Kelas :
MAJLIS PERBANDARAN SUBANG JAYA
Jabatan Bangunan

29.
29
*Potongmanayangtidakberkenaan
1.a)NamadanAlamat:
PemilikTanah/Bangunan
b)No.Telefon:
2.a)NamadanAlamatpemaju:
(JIkaberlainansepertidiatas)
b)No.Telefon:
3.TajukPermohonan:
(No.LotJalan,Mukim)
4.Bilangansetpelanyang:
dikemukakan(termasuk1setlinen)
5.Butir–butirpelanyangdikemukakanadalahsepertiberikut:-
Bil.TajukLukisanNo.Lukisan
Catitan:
1.Kerja–kerjapembinaantidakdibenarkansebelumpelandiluluskan.
Kegagalanpihaktuan/puanmematuhisyarat–syarattersebut,tuan/puanbolehapabiladisabitkan
dikenakandendatidaklebihdaripadaRINGGITMALAYSIA:LIMAPULUHRIBUSAHAJAdanjuga
bolehdikenakandendatambahansebanyakRINGGITMALAYSIA:SATURIBUSAHAJAbagitiap–
tiapharikesalahanituditeruskan,selepassabitandibawahSeksyen70(13)Undang–Undang
MalaysiaAktaJalan,ParitdanBangunan1974Akta133(Pindaan2007),Undang-UndangKecil
BangunanSeragam1984(Pindaan2007).
2.Sebarangpindaankepadapelankelulusanhendaklahdikemukakanterlebihdahuluuntukkelulusan
sebelumkerja-kerjapindaanditapakdilakukan.

30.
30
1. KIRAAN UNTUK BAYARAN PROSES PELAN BANGUNAN DAN CAGARAN /
FI PENDAHULUAN SISA BAHAN BINAAN
NAMA PERUNDING :
NAMA PEMILIK :
JENIS RUMAH / BANGUNAN : .
JUMLAH YUNIT : .
BIL PERKARA KADAR
BAGI TIAP
- TIAP 9
METER
PERSEGI
LUAS
LANTAI
( METER
PERSEGI )
BAYARAN
MINIMUM
JUMLAH
1. TINGKAT BAWAH RM 14.00 RM 140.00
2. TINGKAT SATU RM 12.00 RM 120.00
3. TINGKAT DUA RM 10.00 RM 100.00
4. TINGKAT TIGA RM 8.00 RM 80.00
5. TINGKAT KEEMPAT
DAN TINGKAT ATASNYA
ATAU TINGKAT BAWAH
TANAH ( Selain Daripada
Tingkat Bawah Tanah
Terbuka ).
RM 6.00 RM 60.00
6. TINGKAT BAWAH
TANAH TERBUKA
RM 3.00 RM 30.00
7. BANGUNAN YANG
MEMPUNYAI SISI
TERBUKA ( Teres,
Langkan, Anjung Kereta,
Bangsal Terbuka Dan
Seumpamanya ).
½ daripada
fi yang
ditetapkan
di para 1 - 6
½ daripada
fi yang
ditetapkan
di para 1 - 6
8. PINDAAN PELAN
KELULUSAN YANG
MELIBATKAN
SUSUNATUR LANTAI
DAN PECAH DINDING
DALAMAN (Tidak
Melibatkan Pertambahan
Keluasan)
½ daripada
fi yang
ditetapkan
di para 1-6
½ daripada
fi yang
ditetapkan
di para 1-6
9. KOLAM RENANG,
DERMAGA, JAMBATAN
BANGUNAN KHAS LAIN
RM 50.00 RM 500.00
MAJLIS PERBANDARAN SUBANG JAYA
Jabatan Bangunan
MPSJ.RK.KPT(OSC)-07/01
PINDAAN : 03
TARIKH KUATKUASA : 01 OGOS 2014

31.
31
BIL PERKARA KADAR
BAGI TIAP
- TIAP 9
METER
PERSEGI
LUAS
LANTAI
( METER
PERSEGI )
BAYARAN
MINIMA
JUMLAH
10. TEMBOK PENAHAN RM 6.00 RM 60.00
11. SATU PAPAN TANDA
PROJEK
RM 100.00
12. SATU PAGAR - - RM 100.00
13. JUMLAH FI BAGI SEBUAH BANGUNAN
14. PEPASANGAN
SANITARI @ 1 UNIT
WATER
CLOSET
BASIN /
SINK
‘LONG
BATH’ /
‘URINAL’
RM 5.00
15. JUMLAH FI BAGI SANITARI RM
16. JUMLAH BAYARAN PROSES PELAN – (13) + (15) RM
17.
SIJIL KELULUSAN BAGI TAMBAHAN/UBAHSUAIAN RUMAH
KEDIAMAN @ RM 10.00
RM
18. JUMLAH BAYARAN CAGARAN / PINDAAN @ RM 120.00 / FI
PENDAHULUAN SISA BAHAN BINAAN (DIBAYAR KEPADA ALAM
FLORA SDN. BHD)
RM
19. MENDEPOSITKAN BAHAN-BAHAN BINAAN ATAS JALAN RM
360.00 MINIMA (9 METER PERSEGI @ 1 BULAN) BAGI
TAMBAHAN/UBAHSUAIAN BANGUNAN
RM
20. PERMIT PEMASANGAN PAPAN DENDENG / KANVAS / PLASTIK /
@ RM 150.00 UNTUK TAMBAHAN/UBAHSUAI BANGUNAN
RM
21. BAYARAN 9 KALI GANDAAN FI PROSES PELAN BANGUNAN
(BAGI TAMBAHAN / UBAHSUAIAN RUMAH KEDIAMAN SEDIA ADA)
RM
22. JUMLAH BAYARAN KESELURUHAN (16) + (17) + (18) + (19) + (20)
+ (21)
RM
Disemak Oleh : Disahkan Oleh :
. . . .
Tarikh Tandatangan dan Cop Jawatan Tarikh Tandatangan dan Cop Jawatan

32.
32
2. KIRAAN PROSES PELAN UNTUK SKIM PERUMAHAN BERBILANG TINGKAT /
RANGKAIAN / DERETAN BANGUNAN DAN LAIN-LAIN YANG BERKAITAN.
JENIS RUMAH :
JUMLAH YUNIT :
YUNIT
TINGKAT
(A)
1 yunit
100 %
2 hingga 5
4 x (A) x
90 %
6 hingga 10
5 x (A) x
85 %
11 hingga 25
15 x (A) x
75 %
26 ke atas
___x (A) x
60 %
JUMLAH
(RM)
Bawah
Minima RM 140.00
Satu
Minima RM 120.00
Dua
Minima RM 100.00
Tiga
Minima RM 80.00
Empat ke atas
Minima RM 60.00
Tingkat bawah
tanah
tertutup
Minima RM 60.00
Tingkat bawah
tanah terbuka
Minima RM 30.00
Lain-lain
JUMLAH FI BAGI BANGUNAN – (A) RM
PEPASANGAN SANITARI
SINK / BASIN - YUNIT X RM 5.00 RM
WC / SWC - YUNIT X RM 5.00 RM
URINAL - YUNIT X RM 5.00 RM
LONG BATH - YUNIT X RM 5.00 RM
JUMLAH FI BAGI SANITAR – (B) RM
JUMLAH KESELURUHAN - (A) + (B) RM

33.
33
3. PENGESAHAN BAYARAN PROSES PELAN / WANG CAGARAN / PINDAAN
DAN FI PENDAHULUAN SISA BAHAN BINAAN.
BIL. JENIS BANGUNAN JUMLAH BAYARAN
(RM)
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
JUMLAH BAYARAN PROSES PELAN – (A)
BAYARAN CAGARAN/PINDAAN / FI PENDAHULUAN
SISA BAHAN BINAAN – (B)
JUMLAH BAYARAN – (A) + (B) RM
Disemak Oleh : Disahkan Oleh :
. . . .
Tarikh Tandatangan dan Cop
Jawatan
Tarikh Tandatangan dan Cop
Jawatan

34.
34
1 Borang Perakuan Pemohon | Jabatan Bangunan
MAJLIS PERBANDARAN SUBANG JAYA
Jabatan Bangunan
BORANG PERAKUAN PEMOHON
Ruj Kami :
Tarikh :
………………………………………………
………………………………………………
………………………………………………
………………………………………………
(Pemohon)
Kepada :
Yang Dipertua,
Majlis Perbandaran Subang Jaya
1. * CADANGAN TAMBAHAN DAN UBAHSUAIAN KE ATAS RUMAH TERES / RUMAH
BERKEMBAR / RUMAH SESEBUAH ………. TINGKAT YANG SEDIADA DI ATAS
NO………. P.T. NO. …………………JALAN ……………………………………………….
TAMAN / BANDAR / KAWASAN …………………………………………………………….
MUKIM * DAMANSARA / PETALING, SELANGOR DARUL EHSAN.
2. * CADANGAN MEMBINA RUMAH SESEBUAH ………. TINGKAT DI ATAS NO. ……...
P.T. NO. ………………… JALAN………………………………………TAMAN / BANDAR
/ KAWASAN ……………………………………………….. ……..MUKIM * DAMANSARA
/ PETALING, DAERAH PETALING, SELANGOR DARUL EHSAN.
UNTUK : …………………………………………………………………………………………
Merujuk kepada perkara di atas saya / kami dengan ini mengeluarkan perakuan bahawa pihak
pemilik : -
1.1 * Belum memulakan / telah memulakan kerja-kerja tambahan ubahsuaian di premis tersebut.
Pihak Majlis berhak mengeluarkan notis kompaun atau denda 10 x gandaan proses pelan
sebanyak RM ……………………….. sekiranya mendapati pembinaan telah dimulakan tanpa
kelulusan daripada pihak Majlis berdasarkan :-
Undang-undang kecil 17 dalam Jadual Pertama, Undang-Undang Kecil Bangunan
Seragam 1984, Pindaan 2007.
“ Bagi semua hal jika kerja telah dimulakan sebelum pelan-pelan diluluskan atau sesuatu
permit diperolehi, suatu fee yang sama dengan sepuluh kali ganda daripada yang
ditetapkan dalam paragraph yang releven terdahulu itu boleh dikenakan.Pembayaran fee
yang dinaikkan ini tidak akan mengecualikan seseorang daripada didakwa oleh pihak
berkuasa tempatan jika ia memutuskan untuk berbuat demikian. ”

35.
35
2 Borang Perakuan Pemohon | Jabatan Bangunan
2. Sekian, terima kasih.
………………………………………………….
( Tandatangan orang yang berkelayakan )
s.k. : ……………………………………………
……………………………………………
……………………………………………
……………………………………………
……………………………………………
( Pemilik bangunan)
Nota
* Potong mana yang tidak berkenaan.