TECHNOLOGICAL INSTITUTE OF THE PHILIPPINES

938 Aurora Boulevard, Cubao, Quezon City

COLLEGE OF ENGINEERING AND ARCHITECTURE

Civil Engineering Department

CE 013 - BUILDING SYSTEMS DESIGN

CE31S3

CULMINATING ACTIVITY

SUBMITTED BY:

Tenio, Mark Rey G.

2116487

SUBMITTED TO:

ENGR. HEZER A. PEREZ, RMP

Instructor

December 9, 2023
I. Table of Contents
II. Introduction of the Project
a. Project Description
1. Location
2. General Description of the structure
3. Inclusion of the design
b. Code references and Descriptions
c. Other references with description
III. Compilation in Drawing Layout used in Engineering Drawing
a. Drawing
b. Attachment (Assignments)
IV. Profile of Student (Resume Format)
II. Introduction of the Projects

A.) Project Description

- The planned three-story building is 120 square meters in size and is located in
Metrogate Subdivision Trece Martires Cavite. The structure was setback by 2 meters
from the back and front. While the sides are protected by firewalls. The project
includes one master bedroom on the second floor and two bedrooms on the third. It
also has
three bathrooms totaling 5.1851 sqmon the ground and third floors. The other
bathroom is located in the master bedroom and measures 5.1853 square meters. In
addition, the proposed project includes a 5.1851 square meter kitchen. Finally, it has
a living room measuring 15.5548 square meters.

1.) Location
Metrogate Subdivision Trece Martires Cavite

2.) General Description of the structure

- The structure was setback by 2 meters from the back and front. While the sides
are protected by firewalls. The project includes one master bedroom on the
second
floor and two bedrooms on the third. It also has three bathrooms totaling
5.1851 sqmon the ground and third floors. The other bathroom is located in the
master bedroom and measures 5.1853 square meters. In addition, the proposed
project includes a 5.1851 square meter kitchen. Finally, it has a living room
measuring
15.5548 square meters.

3.) Inclusion of Design

- The proposed three-story building may accommodate 3-5 people and is classified as
a residential structure. The house's design features a cement finish. It also has glass
walls from the ground to the third floor. Furthermore, rooms'windows account for
10% of their totalarea. This allows for ventilation and lighting in the room. The living
room can accommodate three to four people. Furthermore, the kitchen is intended
for one cook. The laundry, on the other hand, is outside the house. This will allow
clothes to be washed outside. The dining area may accommodate 3-4 people as
well. The master bedroom accommodates up to two people. While the other
bedrooms
can only accommodate one person.
B.) Code References and Description

National Structural Code of the Philippines 2015 (7th Edition)

- The National Structural Code of the Philippines (NSCP) is a set of guidelines and
standards for building and other structures in the Philippines. The latest edition is
the 7th edition and it was released in 2015. It provides criteria for ensuring a
building's
stability and safety when subjected to of various loads such as earthquakes, wind,
and gravity. The book covers a wide range of topics, including structural engineering,
building materials, methods, and construction practices.

- According to Article 670, Section 5. Easementof Light and View. The Civil Code of the
Philippines, it states that the live load for the ground floor should be 200 kg per
square meter,while for succeeding floors should have 150 kg per square meter.

- Ceiling height requirements are frequently specified in local building codes, zoning
regulations, or architectural standards rather than structural codes. These requirements
can differ depending on the type of building, its use, and local regulations. The
minimum ceiling height for the ground floor is 2.4 meters, while for succeeding floors
should have at least 2.7 meters.

- The minimum area for the kitchen should beat least 3 square meters and have a
dimension of 1.5 meters. In addition, the toilet should have at least 1.2 square meters
and a dimension of 0.9 meters. Furthermore, rooms for human habitation should
have an area of 6 square meters and have at least 2 square meters in dimension.

- The area of windows should be 10% of the room.

C. Other References with Description

Revised National Plumbing Code of the Philippines

- The Revised National Plumbing Code of the Philippines is a document that outlines
the plumbing standards and regulations. It specifies the design, installation, and
maintenance of plumbing systems to ensure safety, efficiency, and hygiene. It helps
in determining the sizes of pipes and vents. Furthermore, it also discusses the
different types of fixtures. It should be noted that the Revised National Plumbing
Code of the
Philippines is a legal document, and compliance with its provisions is frequently a
legal requirement for construction projects.
III. Compilation in Drawing Layout used in Engineering Drawing

D.) Drawings
 SITE

N 64 ° 28'
E S 25 ROAD
° 32'
12.00 m
10.00 m E
1

LOT AREA
120 SQ.M.
N425 ° 32'
W m
10.00
S 64 ° 28' VICINITY MAP
ROAD W 2
12.00 m PLATE 1: LOT PLAN
LINE BEARING
3 1-2 S 25 ° 32' E 10.00 m
2-3 S 64 ° 28' W 12.00 m
3-4 N 25 ° 32' W 10.00 m
4-1 N 64 ° 28' E 12.00 m

Submitted by: Title: Date:

TENIO, MARK REY G. 8/22/2023
Course/Section: PLATE 1: LOT PLAN Instructor:
CE 013- CE31S3 ENGR. HEZER PEREZ
 A B C D E

1 2
1.9502
2.5500
LAUNDRY
1.9498
3
3.4500 T&B
5.1851 sqm
4.7112 3.0138

W
W W
3
D
2

KITCHEN
5.1851 sqm
D
2
DINING ROOM
15.5559 sqm

LIVING ROOM
15.5548 sqm
up to
2nd floor

W D
1
1

A GROUND FLOOR PLAN

SCALE 1:100

Submitted by: Title: Date:

TENIO, MARK REY G. 10/1/2023
Course/Section:
PLATE 2: Instructor:
FLOOR PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 A B C D E

1 2
2.4000
3
3.4500

1.9502 6.5968 3.1530

W
4

COMMON
AREA
D
2 MASTE
R
BEDROO

dn to
ground floor

up to
3rd floor
D

BALCONY

B SECOND FLOOR PLAN

A-2 SCALE 1:100

Submitted by: Title: Date:

TENIO, MARK REY G. 10/1/2023
Course/Section:
PLATE 2: Instructor:
FLOOR PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 A B C D E

1 2
2.4000
3
3.4500
5.1851 sqm

T&B

1.9502 1.7998 4.7112 2.9388

W
W
3 W

BEDROOM 2
D
BEDROO
M 1 5.1855 sqm

D
D
2

dn to
second floor HALLW

C THIRD FLOOR PLAN

A-2 SCALE 1:100

Submitted by: Title: Date:

TENIO, MARK REY G. 10/1/2023
Course/Section:
PLATE 2: Instructor:
FLOOR PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 7.4000

12.0000

FLOW

FLOW

D ROOF PLAN
A-2 SCALE 1:100

Submitted by: Title: Date:

TENIO, MARK REY G. 10/1/2023
Course/Section:
PLATE 2: Instructor:
ROOF PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 2.7000 2.7000 3.7000
A C D E
PLAIN CEMENT

3RD FLOOR

2ND FLOOR
ROOF APEX

0.4500

FIN. FLOOR

FIN. ROAD

E FRONT ELEVATION
A-2 SCALE 1:100

Submitted by: Title: Date:

TENIO, MARK REY G. 10/1/2023
Course/Section:
PLATE 3: Instructor:
ELEVATION PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 E D C B A
2.7000 2.7000 3.7000

3RD FLOOR

ROOF APEX

2ND FLOOR

0.4500

FIN. FLOOR

FIN. LI

F REAR ELEVATION
A-2 SCALE 1:100

Submitted by: Title: Date:

TENIO, MARK REY G. 10/1/2023
Course/Section:
PLATE 3: Instructor:
ELEVATION PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 1 2 3

FIREWALL

G RIGHT ELEVATION
A-2 SCALE 1:100

Submitted by: Title: Date:

TENIO, MARK REY G. 10/1/2023
Course/Section:
PLATE 3: Instructor:
ELEVATION PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 3 2 1

FIREWALL

H LEFT ELEVATION
A-2 SCALE 1:100

Submitted by: Title: Date:

TENIO, MARK REY G. 10/1/2023
Course/Section:
PLATE 3: Instructor:
ELEVATION PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 BEDR BEDR

DINI
NG
ST

COMMON
AREA MAST
STAIRS

LIVING
AREA

AND

I LONGITUDINAL SECTION
A-2 SCALE 1:100

Submitted by: Title: Date:

TENIO, MARK REY G. 10/1/2023
Course/Section:
PLATE 3: Instructor:
ELEVATION PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 BEDROOM
1

MASTER' S
BEDROOM CO

KITCHEN
AREA

J CROSS SECTION
A-2 SCALE 1:100

Submitted by: Title: Date:

TENIO, MARK REY G. 10/1/2023
Course/Section:
PLATE 3: Instructor:
ELEVATION PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 A B C D E

2.5500
1 2
3.1500

FIREWALL
3
1.9498 5.0112 2.9388 FIREWALL

C1 C1
C
1 F1 FTB F2
FTB FTB
100 mm THK CONCRETE
SLAB-ON-FILL (SOF) W/
100mm Ø RSB SP @ 0.40
F FTB F FTB M.O.C., BOTHWAYS
C
1
FTB
C1
C
1
100mm THK GRAVEL BED

C C1
C C F2
1 F FTB 1 F 1 F

K FOUNDATION PLAN
SCALE 1:100
A-2

Submitted by: Title: Date:

TENIO, MARK REY G. 11/7/2023
Course/Section:
PLATE 4: Instructor:
FOUNDATION PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 A B D E
SCHEDULE OF BEAM
DIMENSIONS (M) REINFORCEMENT BARS LATERAL TIES
MARK X Y
6 pcs -16 mm
RB 0.25 0.40 Ø VERTICAL BAR
6 pcs -16 mm Ø

SCHEDULE OF GIRDER
DIMENSIONS (M) REINFORCEMENT BARS LATERAL TIES
12.00 MARK X Y
6 pcs -16 mm
RB 0.25 0.40 Ø VERTICAL BAR
6 pcs -16 mm Ø

SCHEDULE OF SLAB
C C1 C1 C1 ALONG LONG SPAN
MARK THICKNESS

1 2 3
SUPPORT MIDSPAN

G1 G1 S-1 100 150 300

G1 S-2 150
G1 300 150
S-2 S-2

6.0000

STAIRWE S-1 S-2

G1
S-2

C C1 C1
C1
C C C C
G1
G G G

G1 G1 G1

L 2ND & 3RD FLOOR FRAMING PLAN

A-2
SCALE 1:100

Submitted by: Title: Date:

TENIO, MARK REY G. 11/7/2023
Course/Section:
PLATE 5: Instructor:
FRAMING PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 A B C D E

1 2 3
RB RB

6.0000
12.0000

C1
C C C1

RB RB
R R

C1
C C C1

RB
R R R

C1 C1 C1 C1

RB RB RB

M ROOF BEAM FRAMING PLAN

SCALE 1:100 M

Submitted by: Title: Date:

TENIO, MARK REY G. 11/7/2023
Course/Section:
PLATE 5: Instructor:
FRAMING PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 A B C E
D
12.00

1 2 3
C PURLINS @ 300 mm
spacing o.c.

TRUSS TRUSS TRUSS TRUSS 7.4000

TRUSS TRUSS

N ROOF FRAME PLAN

A-2
SCALE 1:100 M

Submitted by: Title: Date:

TENIO, MARK REY G. 11/7/2023
Course/Section:
PLATE 5 Instructor:
FRAMING PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 LEGEND

CHECK VALVE

GATE VALVE
1st M WATER METER
Floor
SHO- WATERLINE
WC-3
KS-2

2nd
Floor PIPE RISER 1ӯ PVC
LAV-1 1ӯ PVC CWL
SHO-2
GV 1ӯ PVC CWL
BT-2

GV LAV WC
WC
PROPERTY
LAV LINE

GV
PIPE RISER

SHO KS SHO B
1ӯ PVC
GV
1ӯ PVC CWL
3rd
Floor
LAV-1
SHO-2 2N
D
Ave Water Pressure at water main 345 kPa 1ӯ PVC CW

Total Fixture Load= 22 wsfu

Estimated Water Demand = 1.288 lps GV 1ӯ PVC CWL

Type of Top most fixture = Shower

Height of topmost fixture = 7.3 1ӯ PVC
Length of Piping = 30.3161
LAV WC
Fixture pressure requirement at topmost fixture =104 kPa

Pressure loss= 55.1 kPa

Static head= 9.79(2.7) = 26.433kPa
Pa = 345-(26.433+55.10+104) To PROPER
M
Maynilad TY
Pa= 159.467 kPa SHO
DL= 27.6161+2.7 =30.3161
DI'=(30.3161)1.5= 45.4742

TEL = 30.3161+45.4742= 75.7903

WATERLINE LAYOUT
O
PLAN
(159.467-75.7903)(100)= 210.405 3R
D
Service pipe = 32 mm = 1" Ø
Building Supply & branches = 32 mm = 1"Ø

Submitted by: Title: Date:

TENIO, MARK REY G. 11/14/2023
Course/Section:
PLATE 6 Instructor:
WATER LAYOUT PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
 P WATERLINE ISOMETRY PLAN
A-2 SCALE 1:100 M

Submitted by: Title: Date:

TENIO, MARK REY G. 11/14/2023
Course/Section:
PLATE 7 Instructor:
WATER ISOMETRY
CE 013- CE31S3 ENGR. HEZER PEREZ
TECHNOLOGICAL INSTITUTE OF THE PHILIPPINES - QUEZON CITY
938 Aurora Boulevard, Cubao, Quezon City

COLLEGE OF ENGINEERING AND ARCHITECTURE

Civil Engineering Department

CE 013-CE31S3 - Building Systems Design

ASSIGNMENT No. 1
Lot Plan

SUBMITTED BY:
TENIO, MARK REY G. - 2116487

SUBMITTED TO:
ENGR. HEZER A. PEREZ
Instructor

September 24, 2023

Description

The property is in the Metrogate Subdivision Trece Martires Cavite. The lot plan is
relatively small, measuring approximately 120 square meters. It is perfect for families.
Furthermore, the land is suitable for building a house. Because the lot is 12x10, I just put
a 2 meter
setback in front of it. Furthermore, the sides feature a firewall. There are no other
structures in the immediate vicinity. The only thing in front of you is a road.
 SITE

PLATE 1: LOT PLAN

LINE BEARING
1-2 S 25 ° 32' E 10.00 m
2-3 S 64 ° 28' W 12.00 m
3-4 N 25 ° 32' W 10.00 m
4-1 N 64 ° 28' E 12.00 m

VICINITY MAP
Submitted by: Title: Date:
TENIO, MARK REY G. 9/24/2023
ASSIGNMENT 1: Instructor:
Course/Section:
LOT PLAN
CE 013- CE31S3 ENGR. HEZER PEREZ
TECHNOLOGICAL INSTITUTE OF THE PHILIPPINES - QUEZON CITY
938 Aurora Boulevard, Cubao, Quezon City

COLLEGE OF ENGINEERING AND ARCHITECTURE

Civil Engineering Department

CE 013-CE31S3 - Building Systems Design

ASSIGNMENT No. 2
Architectural Finishes, Furniture, Type of Door, Window to be use

SUBMITTED BY:
TENIO, MARK REY G. - 2116487

SUBMITTED TO:
ENGR. HEZER A. PEREZ
Instructor

October 1, 2023
Couches

. Four Seaters
2.29 m length
0.9 width

Toilet
0.71 m length
0.5 m width
Dining Table
1.22 m length
1.02 m width

Television

1.1 m width
Bathroom Sinks (Width)
0.58 m length
0.61 m width

Bed
. Single
1.83 m long
1.22 m width
. King
1.98 m long
1.8 m width
Stove
0.69 m length
0.76 m width

Bathtub
1.75 m length
0.7 m width
Doors
2.1 m height
0.9 m width
Door 1
2- 0.9 m width
Door 2
0.9 m width
Door 3
Sliding Door
Windows
0.9 m height
1.5240 m height (bathroom)

Cabinets
0.61 m length
1.52 m width
REFERENCES
https://www.wayfair.com/sca/ideas-and-advice/renovation/toilet-dimensions-measurements-to-know-
T68#:~:text=Standard%20toilet%20dimensions%20are%20typically,can%20find%20the%20perfect%20toil
et.

https://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=&cad=rja&uact=8&ved=2ahUKEwiw9
pSGrNSBAxXoxDgGHbpkBHsQFnoECBIQAw&url=https%3A%2F%2Fwww.livingcozy.com%2Fblog%2Fdi
ning-room-table-
size%23%3A~%3Atext%3DTo%2520seat%2520up%2520to%2520four%2Cwide%2520and
%252060%252 0inches%2520long.&usg=AOvVaw1udmmqWz8edQDhh1eN1nR9&opi=89978449

https://rapportfurniture.com/blogs/rapport-furniture/sofa-dimensions-guide

https://alliedphs.com/blog/what-are-standard-sizes-for-bathroom-
vanities/#:~:text=Bathroom%20sinks%20come%20in%20standard,to%2023%20inches%20in%20length.

https://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=&cad=rja&uact=8&ved=2ahUKEwjN4
KP_rNSBAxU5pVYBHelrDlYQFnoECAgQAw&url=https%3A%2F%2Fwww.wakefit.co%2Fselect-bed-
size&usg=AOvVaw0fPaFxwE1GGV7DyA698p08&opi=89978449

https://www.google.com/url?
sa=t&rct=j&q=&esrc=s&source=web&cd=&cad=rja&uact=8&ved=2ahUKEwjqy oeVrdSBAxVH-
WEKHa8TBhUQFnoECAoQAw&url=https%3A%2F%2Fwww.wakefit.co%2Fselect-bed-
size%23%3A~%3Atext%3DA%2520king%252Dsize%2520bed%2520furniture%2Chave%2520plenty
%252 0of%2520personal%2520space.&usg=AOvVaw0fPaFxwE1GGV7DyA698p08&opi=89978449

https://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=&cad=rja&uact=8&ved=2ahUKEwiuz
MjlrdSBAxUef_UHHQ3MC9cQFnoECAoQAw&url=https%3A%2F%2Fwww.linkedin.com%2Fpulse%2Fwhat
-sizes-household-bathtubs-circular-bathtub-size-common-suki-
tang%23%3A~%3Atext%3DHowever%252C%2520most%2520bathtubs%2520use%2520a%2Cused%252
0bathtub%2520is%25200.8%2520meters.&usg=AOvVaw3RSshJ1rbnJXulH-L1-wYt&opi=89978449
 TECHNOLOGICAL INSTITUTE OF THE PHILIPPINES - QUEZON CITY
938 Aurora Boulevard, Cubao, Quezon City

COLLEGE OF ENGINEERING AND ARCHITECTURE

Civil Engineering Department

CE 013-CE31S3 - Building Systems Design

ASSIGNMENT No. 3
Computation of Air Space, Natural Lighting and Ventilation, Space Planning

SUBMITTED BY:
TENIO, MARK REY G. - 2116487

SUBMITTED TO:
ENGR. HEZER A. PEREZ
Instructor

October 1, 2023
 COMPUTATIONS
Living Room Computation:
Airspace: 14m3
Ceiling Height: 2.7 m
Occupants: 3
Ratio: 4:2
14m3 x3 = 42 m3
42 m3 / 2.7 m =15.5556 m2
15.5556 m2= 4x(2x)
x = 1.3944

Minimum Dimensions:
4 (1.3944) = 5.5776 m
2 (1.3944) = 2.7888 m

Minimum Area:
5.5776 m x 2.7888 m = 15.5548 m2

For Window:
1.5555 m2

Dining Area Computation:

Airspace: 14m3
Ceiling Height: 2.7 m
Occupants: 3
Ratio: 1.6:2.3
14m3x3 = 42 m3
42 m3 / 2.7 m = 15.5556 m2

15.5556 m2 = 1.6x(2.3x)
x = 2.0560

Minimum Dimensions:
1.6 (2.0560) = 3.2896 m
2.3 (2.0560) = 4.7288 m

Minimum Area:
3.2896m x 4.7288 m = 15.5559 m2

For Window:
1.5556 m2
Kitchen Computation:
Airspace: 14m3
Ceiling Height: 2.7 m
Occupants: 1
Ratio: 2.7:4
14m3x 1 = 14 m3
14 m3 / 2.7 m = 5.1852 m2
5.8152 m2 = 2.7x(4x)
x = 0.6929

Minimum Dimensions:
2.7(0.6929) = 1.8708 m
4(0.6929) = 2.7716 m

Minimum Area:
1.8708 m x 2.7716 m = 5.1851 m2

For Window:
0.5185 m2

Toilet and Bathroom (Ground & 3rd Floor) Computation:

Airspace: 14m3
Ceiling Height: 2.7 m
Occupants: 1
Ratio: 2:3.2
14m3 x2 = 14 m3
14 m3/ 2.7 m = 5.1852 m2

5.1852 m2 = 2x(3.2x)
x = 0.9001
Minimum Dimensions:
2 (0.9001) = 1.8002 m
3.2 (0.9001) = 2.8803 m
Minimum Area:
1.8002 m x 2.8803 m = 5.1851 m2

For Window:
0.5185 m2
 Bedroom Computation:
Airspace: 14m3
Ceiling Height: 2.7 m
Occupants: 1
Ratio: 2:4
14m3 x 2 = 14 m3
14 m3 / 2.7 m = 5.1852 m2
5.1852 m2 = 3x(4x)
x = 0.6573 m

Minimum Dimensions:
3(0.6573) = 1.9719 m
4(0.6573) = 2.6292 m

Minimum Area:
1.6102 m x 3.2204 m = 5.1855 m2

For Window:
0.5186 m2

Master Bedroom Computation:

Airspace: 14m3
Ceiling Height: 2.7 m
Occupants: 2
Ratio: 2:4
14m3 x 2 = 28 m3
42 m3 / 2.7 m = 10.3703 m2

10.3703 m2 = 3.4x(4x)
x = 0.8732

Minimum Dimensions:
3.4(0.8732) = 2.969 m
4(0.8732) = 3.4928 m

Minimum Area:
2.969 m x 3.4928 m = 10.3701 m2

For Window:
1.0370 m2
Toilet and Bathroom Computation(Master Bedroom):
Airspace: 14m3
Ceiling Height: 2.7 m
Occupants: 1
Ratio: 1.7:2.1
14m3x2 = 14 m3
14 m3/ / 2.7 m = 5.1852 m2

5.1852 m2 = 1.7x(2.1x)
x = 1.2052 m

Minimum Dimensions:
1.7 (1.2052) = 2.0488 m
2.1 (1.2052) = 2.5309 m
Minimum Area:
2.0488 m x 2.5309 m = 5.1853 m2

For Window:
0.5185 m2
 10 mm Ø TIES 10 mm Ø TIES 10 mm Ø TIES
@ 150 mm o.c. @ 150 mm o.c. @ 150 mm o.c.

6-16 mm Ø
Vertical 6-16 mm Ø 6-16 mm Ø
Bars
Vertical Vertical Bars
Bars

J COLUMN AND FOOTING SECTION DETAIL

SCALE 1:100
A-2
 C1 G1
TO THIRD FLOOR
GROUND FLOOR

THIRD FLOOR
SECOND TO
SIZE 300 mm x 300 mm SIZE 250 mm x 400 mm
MAIN BARS 6 BARS 16 Ø MAIN BARS 6 BARS 16 Ø
STIRRUPS 10 mm Ø 6" spacing STIRRUPS 5-10 mm Ø @ 150 mm spacing both
ends Rest 10 mm Ø @300 mm spacing

SCHEDULE OF REINFORCED FOOTING

DIMENSIONS (M) REINFORCEMENT BARS
MARK L W T LONGITUDINAL BARS TRANSVERSE BARS

F1 1.5 1.5 0.3 6 pcs -16 mm Ø 6 pcs -16 mm Ø

F2 1.5 1.5 0.3 6 pcs -16 mm Ø 6 pcs -16 mm Ø

F3 1.5 4.5 0.3 6 pcs -16 mm Ø 6 pcs -16 mm Ø

SCHEDULE OF REINFORCED COLUMN

DIMENSIONS (M) REINFORCEMENT BARS LATERAL TIES
MARK X Y
6 pcs -16 mm
C1 0.3 0.3 Ø VERTICAL BAR
6 pcs -16 mm Ø
TECHNOLOGICAL INSTITUTE OF THE PHILIPPINES - QUEZON CITY
938 Aurora Boulevard, Cubao, Quezon City

COLLEGE OF ENGINEERING AND ARCHITECTURE

Civil Engineering Department

CE 013-CE31S3 - Building Systems Design

ASSIGNMENT No. 6
Plumbing Fixtures and Accessories

SUBMITTED BY:
TENIO, MARK REY G. - 2116487

SUBMITTED TO:
ENGR. HEZERA. PEREZ
Instructor

December 9, 2023
FURNITURE LOCATION NUMBER OF SETS

Water Closet Ground Floor to 3 sets

Third Floor

Lavatory Ground Floor to 3 sets

Third Floor

Shower 3 sets
Ground Floor to
Third Floor

Kitchen Sink Ground Floor 1 set

 2nd Floor 1 set

Soap Holder Ground Floor to 3 sets

Third Floor

Toothbrush Holder Ground Floor to 3 sets

Third Floor
IV. Profile of Student (Resume Format)

MARK REY G. TENIO

Science, Technology, Engineering, and Mathematics
Technological Institute of the Philippines (T.I.P.),Quezon City
S.Y. 2023-2024
#513 Sunflower St. Barangay Central Quezion City
marktenio04@gmail.com
09055939464

EDUCATIONAL ATTAINMENT
• Technological Institute of the Philippines (Senior High School)– Quezon City
• Sto. Nino Parochial School - Quezon City
• Sto. Nino Parochial School - Quezon City

ACHIEVEMENTS/HONORS
Academic Awards Achieved
• Recipient, With Honors
Grade 10 Academic Excellence Award
Sto. Nino Parochial School - Quezon City

• Recipient, With Honors

Grade 11 Academic Excellence Award
Technological Institute of the Philippines (Senior High School)– Quezon City

• Recipient, With High Honors

Grade 12 Academic Excellence Award
Technological Institute of the Philippines (Senior High School)– Quezon City
SKILLS AND INTERESTS

• Intermediate Computer skills

• Microsoft Word, Excel, PowerPoint, and Publisher
• Mathematics
• Good oral and written communicationskill (Filipino & English)

PERSONAL QUALITIES

• Friendly
• Responsible
• Communication skills
• Open-mindedness
• Empathy
• Respectful
• Good Listener
• Appreciative