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CAVITE STATE UNIVERSITY
INDANG,CAVITE
COLLEGE OF ENGINEERING AND INFORMATION TECHNOLOGY
CS: SUPERMARKET
NIKO A. VILLAPANDO
201012046
BS.ARCHITECTURE 2-1
AR. CHRISTINE MARIZ GONZALES
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I. Introduction
A supermarket is a departmentalized self-service retail store offering a
wide variety of food products such as meat, fresh products, dairy, and so forth,
along with various household merchandise consumed regularly; for such are
alcohol, medicine, clothes and a wide range of non-food products. A larger full-
service supermarket combined with a department store is sometimes known as
a hypermarket. Other services offered at some larger full-service supermarkets
may include those of banks, cafs, childcare centers or crches, photoprocessing, video rentals, pharmacies and/or petrol stations.
Architecturally, the supermarket is a large scale emporium of
merchandise that doesn't have to shout to be noticed. It is larger in size and has
a wider selection than a traditional grocery store but is smaller and more limited
in the range of merchandise than a hypermarket or big-box store. Other
advantages include ease of parking and frequently the convenience of
shopping hours that extend far into the evening. Supermarkets usually allocate
large budgets to advertising, typically through newspapers. They also present
elaborate in-store displays of products. The stores are usually part of corporate
chains that own or control, sometimes by franchise, other supermarkets located
nearby, or even transnational; thus, increasing opportunities for economies of
scale.
History
In the early days of retailing, all products had to be fetched by an
assistant from shelves on one side of a counter while the customers stood on the
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other side and pointed to what they wanted. Also, many foods did not come in
the individually wrapped consumer-size packages taken for granted today, so
an assistant had to measure out the precise amount desired by the consumer.
These practices were obviously labor-intensive and therefore quite expensive.
The shopping process was slow, as the number of clerks employed in the store
limited the number of customers who could be attended at one time.
The concept of a self-service grocery store was developed by Clarence
Saunders and his Piggly Wiggly stores. His first store opened in
Memphis, Tennessee in 1916. Saunders was awarded several patents for the
ideas he incorporated into the Piggly Wiggly stores. The stores were a financial
success and Saunders began to offer franchises. A&P was another successful
early chain in Canada and the United States, having become common in North
American cities in the 1920s.
clare
Fig. 102 Piggly Wiggly
Fig. 101 Clarence Saunders
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Fig. 103 inside the Piggly Wiggly
general trend in retail since then has been to stack shelves at night and let
the customers get their own goods and bring them to the front of the store to
pay for them. Although there is a higher risk of shoplifting, the costs of
appropriate security measures will be ideally outweighed by the economies of
scale and reduced labor costs.
According to the Smithsonian Institution, the first true supermarket in the
United States, and the world, was opened by ex-Kroger employee Michael J.
Cullen, on August 4, 1930, in a 6,000 square foot (560 m) former garage inJamaica, Queens, New York. The store, King Kullen, named for King Kong,
operated under the slogan "Pile it high. Sell it low." The main difference between
this store and the Piggly Wiggly stores was that Cullen's store was much larger,
and they stocked national brands of food that were not easily found at
neighborhood markets. The rise of the refrigerator also gave Cullen the idea to
install a parking lot near the supermarket so people could buy large quantities of
food for storage. When Cullen died in 1936, there were 17 stores in operation.
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II. Design Guidelines
A. Parking
In accordance to the National Building Code of the Philippine, Table VII.4.
Division E-2, there should only be one (1) car slot for every 100 sq. meters of
shopping floor area.
B. Allowable Maximum Total Gross Floor Area(TGFA)
Referring to the National Building Code of the Philippines, Table VII.1. the
Allowable Maximum Total Gross Floor Area (TGFA) Based on the Allowed
Percentage of the Site Occupancy (PSO) of the Total Lot Area (TLA);
Intrior
(or rear)
Lot
and
End lot
(see
Fig.VIII.8
.
&VII.5.1
4.
Of Rule
VII)
Inside
(or
regular)
lot
(seeVIII.
9 of
Rule
VIII)
Corner
Lot
See.
Fig.VIII.1
0 of rule
VIII)
Through
lot
seeFig.VI
I. of Rule
VIII)
Corner
throug
h lot
See
Fi.VIII.1
2 of
rule
VIII)
Corner lot
abbuting # or
more
Streets,etc.Rivers,e
tc.
See (fig.VIII.13 of
Rule VIII)
Commerci
al
Groups
B,C,E,H,I
Commerci
al 1
(Com-1)l
5x80% 5x75% 5x8o% 5x8o% 5x9o% 5x9o%
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C. Building Height Limit (BHL)
According to the National Building Code if the Philippines, Table VII.2, the
Building Height Limit (BHL) by Type of use or Occupancy;
Character of Use
or Occupancy
Type of Building
Structure
No. of allowable
storey/floors
above
established grade
Meters above
highest grade
2. Commercial Commercial
(c-1) 3-5 10.00-15.00
D. Setbacks
Referring to the National Building Code of the Philippines, Table VIII.3. the
Allowable setbacks for commercial,industrial,institutional and recreational
buildings;
Road Right-of-
Way(RROW) Width
(meters)
Front(meters)
Side(meters)
Rear(meters)
30.00 & above
25.00 to 29.00
20.00 to 24.00
10.00 to 19.00Below 10.00
8.00
6.00
5.00
5.005.00
5.00
3.00
3.00
2.002.00
5.00
3.00
3.00
2.002.00
E. Sidewalk
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Referring to the National Building Code of the Philippines,Table VIII.G.4
the Range of Required Sidewalk and Planting Strip Widths (total at both sides of
RROW) by RROW width;
Road Right-Of-Way(RROW) Width
Rang of Required Sidewalk Widths(Total at both sides of RROW)
30.00 meters & above
25.00 29.00 meters
20.00 24.00 meters
10.00 19.00 meters
Below 10.00 meters
From 1/6 up to 1/4 of RROW Width
From 1/6 up to 1/3 of RROW Width
From 1/6 up to 1/3 of RROW Width
From 1/4 up to 1/3 of RROW Width
From 1/4 up to 1/3 of RROW Width
Table VII.G.5 Minimum Planting Strip Widths By RROW Width;
Road Right-Of-Way
(RROW) Width
Total Minimum Widths of Planting Strip
within RROW
(width per sides of RROW)
(meters)
30.00 meters & above
1.20
(0.60)
25.00 29.00 meters
0.60
(0.30)
20.00 24.00 meters
0.60
(0.30)
10.00 19.00 meters
0.40
(0.20)
Below 10.00 meters optional
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Typical Free-Standing Supermarket:
TOTAL STORE AREA = 30,000 SQ. FT.
TOTAL SALES AREA = 22,500 SQ. FT.
TOTAL SERVICE AREA = 7,500 SQ. FT.
TOTAL PARKING AREA = 108,000 SQ. FT.
(RECOMENDED)
TOTAL ANTICIPATED WEEKLY SALES $90 (@ $3 .75 PER SQ. FT OF
SALES AREA) = 590,000.00
TOTALCHECKOUTS (ONE FOR EACH $19,000.00 OF SALES PLUS
ONE 10 FOR EXPANSION) = 10
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EQUIPMENTS:
Good vision arc demands that
top shelf be not over 5 ft. 3 in. high,
permitting an angle of view not more than15 degrees above the horizontal. Easy-to-
reach zone starts at about 15 in. above the
floor, the minimum height for the bottom
shelf. Face of cans or packages should be
as nearly at right angles to eye as practical
cans for bottom shelves are now legible
lying on their side.
SUPER SHELVING(note: shelves may be 13/16 boards.)
TUMBLE DISPLAY END DISPLAY
CUSTOMERS ARE NOT APT TO DISTURBA SYMMETRICAL DISPLAY, so goods
are placed in random.
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CHECK-OUT COUNTER CAKE SHELVES(note: shelves may be plywood)
CAKE SHELVES FRUIT AND VEGETABLE BIN(note: shelves may be plywood)
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Length of "super island" unitsvaries, 9 ft. being the longest in
common use. Distance between shelf
supports varies about a norm of 2 ft. 6
in. Supports should be set back to
permit an appearance of uninterrupted
merchandise.
SUPER SHELVING
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Fig. 104 estimated sketch floor plan of the super market
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Fig. 105