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AUTOMATIC AQUARIUM FISH FEEDER

A Project Study

Presented to the Faculty of the

College of Technology

University of Southeastern Philippines

Obrero, Davao City

In Partial Fulfillment

of the requirements for the degree

Bachelor in Computer Technology

AARON OLIVER R. BANGUISJOHN MARTIN O. VALERO

JEAN G. PAROHINOGJEFFREY M. MACEDAKHAMAR B. BATARA

November 2009

APPROVAL SHEET

This Project Study entitled “AUTOMATIC AQUARIUM FISH FEEDER” prepared and submitted by, Aaron Oliver R. Banguis, John Martin O. Valero, Jean G. Parohinog, Jeffrey M. Maceda, Khamar B. Batara in partial fulfillment of the requirements for the degree, Bachelor in Computer Technology, has been examined and recommended for approval and acceptance.

ROBERTO A. DENILA, MTAdviser

PANEL OF EXAMINERS

APPROVED by the Committee on Oral Examination with a grade of ___1.5___.

MICHAEL G. CALAGO, MVE MICHAEL V. MACHICA, MIT

Chairman Member

ACCEPTED in partial fulfillment of the requirements for the degree, Bachelor in Computer Technology.

ROBERTO A. DENILA, MT ANNWEDA C. MINA, Ed.D

Program Head Dean

ACKNOWLEDGMENT

Our deepest gratitude and appreciation to the following persons

who helped us in different ways to make our undertakings came to

reality;

We would like to thank our Almighty God for giving us the

knowledge and strength in fulfilling this research;

The College of Technology Dean, Dr. Annweda C. Mina, for her

approval of this study;

To Mr. Jayson T. Sasotil our subject adviser for his untiring

support, patience, guidance and as well as his encouragement which

helped us a lot in improving our project study;

To Prof. Roberto A. Denila, who gave his patience, brilliant

opinions and constructive criticisms that made this study possible and

advice that contributed much to the improvement and success of the

study;

To Mr. Michael G. Calago and Engr. Michael V. Machica for their

critical evaluations and suggestions for the betterment of the project;

To our fellow students, classmates and friends for giving us their

time and ideas in making this research;

To our loving and understanding families; for their underlying

sacrifices, financial and moral support, for without them this research

would not be made into reality.

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The Researchers

ABSTRACT

The project study entitled “Automatic Aquarium Fish

Feeder”. Feeding the animals is one of the essential missions of man

here on Earth. For animals needed the care of human to live, even

though they can live on there own. As man have the power to rule over

the things but not to abuse it. Pet is what the usual call of the animals

being took care of man. One of man’s favorite pet is fishes. In which

are kept in the aquarium tank to be seen by many people as

decorations or a lucky charm for business men, others just love to have

one. This project study is focused on designing, constructing and

testing its functionality an Automatic Aquarium Fish Feeder that would

feed the different types of fishes with a microcontroller that would

serve as an alarm clock to feed the fishes.

The completed project would help hobbyist having fun with

friends, window shopping for an hour or having a long time vacation

without having to worry about their pets and the health of the fishes.

The project study findings revealed that the device can be used

as an effective feeding device for aqua culture and aquarium

enthusiast in keeping their pets well nourish and providing them the

exact nutrients their pet needs. They can also include any medicinal

iv

food, when their pets got sick. So they can sell their fishes on a higher

value as the time comes.

TABLE OF CONTENTS

PAGE

TITLE PAGE i

APPROVAL SHEET ii

ACKNOWLEDGMENT iii

ABSTRACT iv

TABLE OF CONTENTS v

LIST OF TABLES vii

LIST OF FIGURES viii

CHAPTER

1 INTRODUCTION

A. Origin and Justification 1

B. Objectives of the Study 2

C. Scope and Delimitation of the Project Study 2

2 RELATED LITERATURE AND CONCEPTUAL FRAMEWORK

A. Review of Related Literature 3

B. Review of Related Studies 6

v

C. Conceptual Model 8

D. Definition of Variables 9

3 DEVELOPMENT OF THE STUDY

A. Project Profile 10

B. Supplies and Materials 11

C. Tools and Equipment 12

D. Construction Procedures 14

E. Try-out and Revision 20

F. Construction Time Frame 21

G. Summary of the Sources of Cost 22

4 DESCRIPTION OF THE COMPLETED PROJECT

A. Structure 23

1. Features 23

B. Parts, Functions and Interrelationships 24

5 SUMMARY, CONCLUSION AND RECOMMENDATIONS

A. Summary 26

B. Conclusion 26

C. Recommendations 26

Bibliography 28

Curriculum Vitae

vi

LIST OF TABLES

Table Description Page

1 Supplies and Materials 12

2 Tools and Equipments 13

3 Try-out and Revision 17

4 Construction Time Frame 18

5 Summary of the Sources and Costs 19

6 Major Components 22

vii

LIST OF FIGURES

Figure Description Page

1 Conceptual Model of the Study 9

2 Schematic Diagram of the Project 16

3 Completed Project 17a

4 Interrelationship of the Parts 21

Chapter 1

INTRODUCTION

This chapter includes the origin and justification of the study,

objectives, significance, scope and delimitation.

A. Origin and Justification

Feeding the animals is one of the essential missions of man here

on Earth. For animals needed the care of human to live, even though

they can live on there own. As man have the power to rule over the

things but not to abuse it. Pet is what the usual call of the animals

being took care of man. One of man’s favorite pet is fishes. In which

are kept in the aquarium tank to be seen by many people as

decorations or a lucky charm for business men, others just love to have

one. Aquarium fishes is always been a popular hobby. Be it in your

home or in your office, a beautiful fish tank is indeed a wonderful sight.

An aquarium is a tank, pool or bowl filled with water for keeping

live fish and underwater animals. Appropriate water quality and other

characteristics suitable for the aquarium’s residents. And with this

equipments it would not only benefited the human to its mission for

the betterment of all species especially the fish pet, to make their lives

grow longer and keep their health in good condition.

B. Objectives of the study

1. To design and construct an Automatic Aquarium Fish Feeder.

2. To test the functionality of the Automatic Aquarium Fish Feeder.

3. To revise defects found during testing.

C. Scope and Delimitation of the Study

This device is operated by AC to DC adapter with a 12V supply

that could be able to change the contacts of the relay to switch the

12V motor ON and open the close sliding door of the device while the

spring will prevent it to rotate 360 degrees. It has an LPT male port to

be connected to the computer printer to control the time of the feeding

process. The program has to feed the fish in the aquarium either, for

two times a day which is equal to 12 hours a day or three times a day

or every eight hours. Varies on the types of the fishes to feed, whether

it is big or small fishes.

2

Chapter 2

REVIEW OF RELATED LITERATURE AND RELATED STUDIES

A. Review of the Related Literature

The researchers come up with the idea of having this project

study through the aid of the following related literatures and studies.

Feeds and feeding of fish depend upon the type of farming system

used: extensive, semi-intensive or intensive. In the first two systems,

fish derive all or a substantial part of their nutrients from natural food

organisms in culture ponds. Fish and shrimp maintained in intensive

fish culture systems (tanks, raceways and cages) are totally dependent

on the provision of nutritionally complete diets produced in either a dry

or a semi-moist form. Formulated feeds are produced either by steam

or cold pressure pellets or by an extrusion process in various physical

forms and shape and of different buoyancies (floating, slow- or fast-

sinking). For example, catfish, salmon and shrimp require floating,

slow-sinking and fast-sinking feeds, respectively. Proper feed

distribution in necessary to achieve a better feed efficiency.

M. F. Fuller, (2004) proved that the body temperature and

metabolic rate of cold-blooded fish are commensurate with the water

temperature. The amount of feed offered to fish per day has been

based on feeding tables developed on the basis of a percentage of

body weight and water temperature. Small fish, often called fry or

fingerlings, require feed at a greater percentage of their body weight

(greater than five percent) per day than large fish. Demand or ad

libitum feeding is commonly used in hatcheries where demand feeders

dispense small quantities of feed when activated by the fish. Automatic

feeders or hand feeding are used to feed fish in tanks or sea cages and

their feeding behavior may be monitored by video cameras. Frequency

of feeding is important: larval fish and fry are offered a small amount

of feed more than 12 times per day and the frequency is gradually

decreased to one to three times per day more time is required to feed

fish at low temperatures.

Mosig, et al., (2004) explain that another mechanical feeding

option to have an automatic feeders set over the ponds, cages or

tanks. These can be timed to deliver a given amount of feed at set

times. Some species will learn to trigger a release lever that will enable

them to feed on demand and there are self-feeders designed and built

for this purpose, although these systems fell out of favor when it was

found that some fish triggered the feed release lever to relieve

boredom, rather than to get something to eat. Automatic feeders have

had a mixed reception. They have worked well indoors on re-circulation

units but have been found to clog up in an open pond situation. The

timing of when to deliver food is also crucial and must be set to match

the feeding pond. If the feed input doesn’t match the biomass in the

pond, the result will be under or overfeeding. Underfeeding will see a

4

loss of production as the dominant fish will hog the food and the others

will fall away. Overfeeding will load the water column with excess

nutrients, degrading water quality.

Hargrove et al., (2006) stated an example, that a danios need to

be fed often because they have high metabolism rates. Their high

activity level burns off food quickly. If you have a very clean system

there may not be adequate amounts of natural foods, such as algae, to

provide the fish with something to tide them over until their next

scheduled feeding. Give danios an extra feeding every day. Here are a

few examples of how some species eat (remember, this may vary

slightly depending on the age and temperament of your fish heavy

eaters like tiger barb, swordtail, Oscar, convict cichlid. Medium eaters

such as guppy, gouramis, angelfish, cory. Light eaters like balloon

mollies, bubble eye goldfish, betta, pencilfish. Non-fish manufactured

pet food is difficult for your fish to digest properly and it don’t provide

the essential amino acids and nutrients they really need.

Skomal, (2006) expounded that an animal isn’t eating right, it

won’t be healthy and strong. An unhealthy fish will be stressed. It

won’t be able to power its immune system and the door to diseases

will be wide open.

Your fish or invertebrate may not be eating right for a couple of

reasons. First, you may not be feeding it the right kinds of food or

5

meeting its nutritional needs. Make every effort to offer the right foods

in terms of content, size and placement.

Another cause of poor nutrition can be associated with the

inability of the fish or invertebrate to physically get to the food.

6

B. Review of Related Studies

Companion animals bring positive health effects to their owners;

most commonly cited effects are reduced levels of stress, depression,

and even heart risk.

Mammals, especially dogs and cats, and birds have dominated

the pet scene for a very long time. Many of these are domesticated

while others, often considered novelty pets, are not. The popularity of

aquariums has been slowly migrating from Europe and Asia to North

America. New advances in low cost water filtration offer easy

maintenance for novice enthusiast.

Audet and Martin (2005) stated in their studies of Frozen Fish

feeder that an aquarium keeping is a popular hobby around the world.

The predecessor of the modern aquarium was introduced in 1850 as a

novel curiosity; since then, aquarium ownership has expanded as more

sophisticated systems including lighting and filtration systems were

developed to keep aquarium fish healthy.

Peñaflor et al., (2007) stated in their feasibility study they stated

that modern technology arises as the new devices are digitalized and

old ones are starting to modify from manually used to automate one. It

is easier, less expensive and more practical if the entire devices are

computer based rather than an analog one.

Andrino and Sacupan (2008) stated that technology is one of the

most important innovation develops by a man. Technology and

7

discovery is moving on from time to time. High Technology becomes

fast and adds comfort to our daily doings, as a result.

Gutierrez et. al., (2008) described technology in their study, that

technology has affected society and its surrounding in a number of

ways. In general, “technology” is the relationship that society has with

its tools and crafts and to extent what society can control its

environment. Technology refers to tools and machines that may used

to solve real-world problems.

8

C. Conceptual Model

Figure 1 presents the conceptual framework of the study. This

paradigm helped the researchers in the development of the project it

shows three variables: the input, throughput and the output. The input

included ideas, references, supplies and materials and tools and

equipment. The throughput included designing, lay-outing,

constructing, testing and revising. The output is the completed

Automatic Aquarium Fish Feeder.

Input Throughput Output

a)

Figure 1. Conceptual Paradigm of the Study

1. Combine

Ideas

2. Tools and

Equipments

3. Supplies and

Materials

1. Designing

2. Lay-outing

3. Constructin

g

4. Testing

5. Revising

Automatic

Aquarium

Fish

Feeder

9

D. Operational Definition of Variables

This is to define a variable in terms of operations that are

used to measure it. This also allows other researchers, such as

students to perform the same or similar experiments when

investigating a phenomenon.

Vivarium. A place, such as a laboratory, where live animals or

plants are kept under conditions simulating their natural

environment, as for research.

Danios. A type of pet fish, which have a high metabolism rate.

Relay. A mechanical device being supplied with electrical

switches if the voltage will flow.

Plastic container. A raw material which can be used or recycled

after using.

Feeder. A device that releases food automatically or manually

for the pet to be able to eat.

Matrix PCB. A board which already have holes to insert the

electronic component directly and mount it using the soldering

iron.

Soldering. A process of connecting electronic devices in a PCB

or directly to the component.

LPT Port. A computer part which is connected to the computer

to send and received data being perform by the computer. It is

connected to the printer port of the system unit.

10

Chapter 3

DEVELOPMENT OF THE PROJECT

This chapter presents the profile of the project, the supplies and

materials together with its costs, schematic diagrams, tools and

equipment used in the project, construction procedure, time frame in

building the project, try out and revisions and the total cost of the

Automatic Aquarium Fish Feeder.

A. Profile of the Project

The Automatic Aquarium Fish feeder has a 12V DC motor that is

connected to 12V relay switch, which is powered by a 12V AC-DC

Adapter. This is mounted on a PCB with an LPT male port to be

connected to the computer printer port. Which serve as the

microcontroller alarm clock. The project used also a recyclable empty

bottle with the bottom being sliced, to serve as food container, a

sliding door with a spring attached on it. The sliding door releases the

food that slides from the bottle. The spring serves as the force pulling

the sliding door to prevent it from rotating 360 degrees, the dimension

of the project is 2½” x 5” x 6” and weights half kilogram when it

doesn’t contain food and weights one kilogram if it have. The project

enclosure is made from plastic casing to seal the food inside the fish

feeder preventing it to decay.

B. Supplies and Materials

The Table 1 presents the quantity, unit and description of the

supplies and materials needed for the construction of the study.

Table 1. Supplies and Materials

Quantity Unit Description

1 Piece 12V AC-DC Adapter

1 Piece Aluminum Tin Can

1 Unit Personal Computer

120 Ml Empty Plastic Bottle

1 Piece Extension Spring

1 Unit Male LPT Port

1 Piece 12V DC Motor

1 Case 6’x 8’ Plastic Casing

1 Piece 12 V Relay

2 Meters .2 Solid Wire

13

C. Tools and Equipment

This Table 2 shows the tools and equipments for the construction

of the project.

Table 2. Tools and Equipment

Tools and

Equipments Description

Hand Drill

A device that has a chuck to hold the drill bit

and rotate when switch is on to make holes

on target material.

Long Nose PliersA hand tool that is used to hold object firmly

and also cut wires on one side.

CutterStripes off insulators of wires and cuts or

slices plastics.

Soldering Iron

A tool that applies heat to melt the soldering

lead to join and bond securely the electronic

parts

Soldering PumpSucks the soldering lead of the soldered

components or devices

Glue GunBonding devices that melt the glue stick to

produce hot melted glue to bond.

14

D. Construction Procedures

The construction of the Automatic Aquarium Fish Feeder is

done by the following procedures.

1. Prepare the materials and supplies needed.

2. Position the plastic case on a vertical position and mark a

circle that would exactly fit the head of the empty bottle. (A

one inch diameter)

3. Layout a 2x1” square in the left side of the plastic casing. It

should be in the 2 ½” from the bottom of the plastic casing

and mark the right side with a male LPT port. (See Figure 3 in

page 16)

4. Drill the marked circle using a hand drill.

5. Slice your 2x1” layout on the left side and the right side with a

cutter. (You can use an electronic side cutting device if you

have one.)

6. Make a sliding door with a plain plastic such as broken piece

of a ruler. Make sure that it has an allowance of ½”.

7. Layout a small hole on the right side of the 2x1” square. To fit

the rotating pin of the 12V DC motor.

8. Get an empty plastic bottle slice it with a cutter having the

measurement of 2½” from the head of empty bottle.

15

9. Cut the aluminum tin can remove the top and the bottom,

leaving you a hollow circle, cut it again to make a square. (See

Figure 4 in page 17)

10. Layout 3”x 3” square and divide into three parts. (See

Figure 4)

11. Fold the divided part of the aluminum tin can, until you

can have a U shape. This will serve as the slider of the food.

12. Glue the funnel (The slice empty bottle.) inside the plastic

casing. It should be under the hole of the one inch diameter.

The head of the empty bottle should be pointing down, using

a glue gun.

13. Glue the folded aluminum tin can in the 2x1” square holes

and in the funnel also.

14. Insert the rotating pin of the motor. (Try to rotate it and

make sure it can rotate freely, before gluing the motor.)

15. Attach the spring in the door of the feeder (A broken piece

of ruler) Attach the other end of the spring in the plastic

casing. (Try to rotate it first if it comes back like when its

close then you can fix it with a screw.) (See Figure 5 page 18.)

16. Insert the sliding door on the rotating pin of the motor. (It

should be fit and not loose. You can lock it using a toy gear or

a straw of a ball pen.)

17. Solder the components on the PCB, read the connections

as shown in Fig 2.

16

18. Lock the male LPT port in the left side using a screw.

19. Glue the PCB inside the plastic casing.

20. Get another empty plastic bottle and glue it on the top of

the plastic casing.

21. Now you have an Automatic Fish Feeder. (See Figure 6

page 19.)

Figure 2

Schematic Diagram of the Automatic Aquarium Fish Feeder

17

16

Figure 3 shows the completed structure of the project for Automatic Aquarium Fish Feeder. In the figure shows the isometric views of the project.

Figure 3. Completed Project

Front View Top View

Right Side View Left Side View

Figure 4

Lay-outing of 2”x1” square in the plastic casing.

19

20

Figure 5

Aluminum Tin Can Cutting and forming a square

Cut Section

21

Figure 6

Attaching and rotating the spring.

Spring attached to the plastic casing.

Spring attached to the sliding door.

Rotate this.

E. Try-out and Revision

During the process of constructing the project model, several

defects occur. The defects and remedies are listed in Table 3.

Table 3. Try-out and Revisions

Try-Out Revisions

Testing the motor with the closer.

The closer got slip.

Glue the motor and the closer

together with a glue gun.

The circuit connected to the

computer

The circuit is not functional

Check the LPT port if it is

connected properly or check your

components if it is soldered

properly.

The closer wont close Check for something that might

get stocked between the closer

and the opening or the spring got

loose.

The device does not react to the

program

The Printer port of the computer

might be broken.

22

F. Construction Time Frame

In Table 4 shows the Construction Time Frame of the project

study which is the planning, gathering of resources, lay-outing,

soldering, testing the components, circuit construction and creating a

program. One day is equivalent to eight hours.

Table 4. Construction Time Frame

23

G. Summary of the Sources of Cost

The total cost of the completed Automatic Aquarium Fish Feeder

is based on the expenditures for supplies and materials including other

pertinent cost. The Table 5 shows the summary of the sources of cost.

The total cost is worth Php. 444.00.

Table 5. Summary of the Sources of Cost

Description Amount

Supplies & Motor Php 444.00

Labor Php 133.2

Overhead Cost Php 88.8

Total PhP 666.00

24

25

Chapter 4

DESCRIPTION OF THE COMPLETED PROJECT

In this Chapter it describes the features, parts, functions and

interrelationship of the completed project.

A. Structure

1. Features

a. Variable quantity controls a computer/manual operation. 20

gram capacity.

b. Power Source: built-in 12 V DC adapters.

c. See-through food container for better control of quantity.

d. Easy to Clean.

e. Works with flakes or pellets.

f. Tank side mounting stand.

2. Parts and Functions

The device is composed of several parts with

different set of specification. The scope of the specification

depends on the performance required of the parts. The role

of the component parts in the written requirement was

very necessary to ensure that the finished project will

perform as expected.

3. Interrelationship of parts

The Figure 4 shows the interrelationship of parts, in the

figure computer sends a signal voltage to the relay of the project

that when the relay receives the signal voltage it will trigger and

turn the 12V DC motor on and releases the food that feeds the

fishes in the aquarium. Each component has a common path of

understandable play that we call interrelationship of the parts. It

determines the different function that is being applied from

program to circuit.

Figure 4. Interrelationship of parts

Computer Relay

AutomaticAquarium

FishFeeder

26

The table below describes the functions of the major component

parts of the project.

Functions of the major components

Component Parts Functions

DeviceWhere in the circuit are implanted

and the one who will be working.

Programming Language

Computer software on which control

the device to adjust its function and

work properly.

Computer

A storage device where in the

device software being installed

with.

AC-DC AdapterGives voltage supply to motor to

make it work.

LPT Port

Which connects the Computer and

the device properly and to make

the device functional.

DC Motor

Allowing the rotating door of a

device to widely open and work

properly.

Relay

A switch in which allow the motor to

accelerate according to the given

data of the user.

27

28

Chapter 5

SUMMARY, RECOMMENDATION AND CONCLUSION

A. Summary

The present study has been made in an effort to provide an

advance technology that could help our country as well as the

local aqua culturist, hobbyist and businessmen in providing a

well nourished fishes in the market. The feeder will feed the fish

on the number of times it would be feed to maintain the stability

of metabolism for the fishes.

B. Conclusion

The purpose of the study is to design and construct an

Automatic Aquarium Fish Feeder which the functionality would

be a great ease to the hobbyist. Defects and revisions are

studied carefully to obtain this project.

C. Recommendation

There will be a lot of developments in terms of automation

and electronic information system. Furthermore the search for

effective technology is notable.

The Automatic Aquarium Fish Feeder is a helpful device for

those people who love pets. It could also be used as a learning

guide for further related studies. It can be developed by having it

self-timer rather than computer controlled.

Now that this project is completed it is recommended:

At Home: This project is intended for pet lovers at home

who have busy times and spend only small periods of their

time at home, but do love to see fishes swimming on the

aquarium.

At Business: Businessmen will have more time computing

their income without worrying on their fish’s health. That

they believe as the lucky charms on their business.

At School: The Automatic Aquarium Fish Feeder can be

used as tool of learning and as a guide for future related

studies. It can be developed by the next researchers and

developers for the improvement of the gadget.

29

Bibliography

A. Book

Gregory Skomal, 2006. Freshwater Aquariums for Dummies Edition2.

Publisher for Dummies.

2006 Saltwater Aquariums for Dummies, 2nd Edition, Published by Wiley

Publishing, Inc.

F. Fuller, 2004. The encyclopedia of farm animal nutrition, CABI

Publishing Series.

B. Internet

http://saltaquarium.about.com/od/toppicks/tp/TPautofeeders.htm

http://www.aquariumfish.net/information/feeding_fish_2.htm

http://www.aqua-fish.net/show.php?h=automaticfishfeeders

http://www.aquariumguys.com/feeders.html

http://www.instructables.com/automaticfishfeeder.htm

30

CURRICULUM

VITAE

31

Khamar B. Batara

42. Quezon Blvd. Davao City

09199842433

PERSONAL INFORMATION

Sex : MaleAge : 20Birth date : March 13, 1989Birthplace : Davao CityCitizenship : FilipinoCivil Status : Single

EDUCATIONAL ATTAINMENT

Elementary : Barcelona Elem. School

High School : Sta. Ana National High School

College : University of Southeastern Philippines

Course : Bachelor in Computer Technology

SKILLS AND APPLICATION USED

Ms Office AutoCAD Borland C++

32

Jeffrey M. Maceda

Km. 12, Sasa Davao City

09294627297


Sex : MaleAge : 22Birth date : Nov. 29, 1986Birthplace : Davao CityCitizenship : FilipinoCivil Status : Single


Elementary : Davao Special Learning Center

High School : Holy Cross Academy of Sasa




MS Office Borland C++ AutoCAD Drafting

33

John Martin B. Valero

296-3 Villamor St. Jacinto Ext. Davao City

09106854485


Sex : Male Age : 20Birth date : May 18, 1990Birthplace : Davao CityCitizenship : FilipinoCivil Status : Single


Elementary : F. Serrano Sr. Elem. School

High School : Thompson Christian School




Picture Editing AutoCAD Encoding

34

Aaron Oliver R. Banguis

Phase 2A, Blk. 16; Lot 3 La Verna Hills Subd. Davao City

09283486923


Sex : MaleAge : 19Birth date : April 1, 1990Birthplace : Davao CityCitizenship : FilipinoCivil Status : Single


Elementary : Buhangin Central Elem. School

High School : Bernardo D. Carpio National High School




MsOffice Visual Basic Encoding

35

Jean G. Parohinog

Buhangin Davao City

09099025164


Sex : FemaleAge : 19Birth date : February 20, 1990Birthplace : Davao CityCitizenship : FilipinoCivil Status : Single


Elementary : Gredu Elementary School

High School : Panabo National High School




MsOffice AutoCAD Encoding

36

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