Inventory System for Lufthansa’s Water Refilling Station

A Thesis
Presented to the Faculty of
Information and Communication Technology Program
STI College Pasay

In Partial Fulfilment
Of the Requirements for
Information Technology Program
Daniella Marie M. Cuevillas
Mel Jhun C. Elumba
Michael C. Quilala
Joben D. Vergara
Junte L. Jamisola

Date Approved
November 2019

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 ENDORSEMENT FORM FOR ORAL DEFENSE

TITLE OF RESEARCH: Water Refilling Station Inventory

NAME OF PROPONENTS: Daniella Marie M. Cuevillas

Mel Jhun C. Elumba
Michael C. Quilala
Joben D. Vergara
Junte L. Jamisola

In Partial Fulfilment of the Requirements

For Information Technology Program
Has been examined and is recommended for oral defense.

ENDORSED AND APPROVED FOR PROPOSAL DEFENSE:

Mr. Alfrey C. Umali

Project Adviser

NOTED BY:

Ms. Abegail P. Almera

Academic Head

November 2019

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 APPROVAL SHEET
This thesis titled: Water Refilling Station Inventory prepared and submitted by
Daniella Marie M. Cuevillas; Mel Jhun C. Elumba; Michael C. Quilala; Joben D.
Vergara; Junte L. Jamisola, in partial fulfilment of the requirements for information
Technology Program, has been examined and is recommended for acceptance an
approval

Mr. Alfrey Redd C. Umali

Project Adviser

Accepted and Approved by the Thesis Review Panel

in partial fulfilment of information Technology Program

Mr. Alfrey Redd C. Umali Ms. Roan

Panel Member Panel Member

(Panelist’Given Name MI. Family Name)

Chaiman Panelist
APPROVED

Ms. Abegail P. Almera

Academic Head

November 2019

FT-ARA-027-01 | STI College Pasay 3

 ACKNOWLEDGEMENTS

This Project would not be possible without the help from the people that
surrounds us. We would like to thank our Family, friends, relatives, and associates
for supporting us in our project giving us knowledge, strength and ideas to help
on our project. Who never give up and always help each other to finish this
project.

LUFTHANSA Technik Philippines Company, we would like to appreciate the

head of Lufthansa Technik Water Refilling Station for giving us the honor to
make this project system for them that could benefit in their business and giving
us also experience, teamwork and hard work.

We also thank Mr. Alfrey Umali for his guidance, patience and time, effort,
courage also understanding. Thanks For guiding us in the journey for making our
project system possible to finish.

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 ABSTRACT

Title of Research: Water Station Refilling Station

Researchers: Daniella Marie M. Cuevillas

Mel Jhun C. Elumba
Michael C. Quilala
Joben D. Vergara
Junte L. Jamisola

Vocational: Information Technology Program

Date of Completion: 2019

Key Words: Inventory System

Inventory System for Lufthansa Technik a program for the office is a front-end for
the worker and admin only. The system allows workers to update the stock of water
being refilled and being delivered at Lufthansa. Our system is designed and
developed by the students of information Technology at STI Pasay.

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 TABLE OF CONTENTS
Page
Title Page I
Endorsement for Proposal Defense II
Approval Sheet III
Acknowledgements IV
Abstract V
Table of Contents VI
List of Table VII
List of Figures VIII
List of Appendices IX
Introduction X
Background of the Problem
Overview of the current size of technology
Objective of the study
Scope and limitation of the study
Literature Review
Review of related literature, studies or system
Synthesis
Water Refilling Station Inventory
Results and Discussion
Conclusion and Recommendations
References
Appendices

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FT-ARA-027-01 | STI College Pasay 7
 LIST OF TABLES
Table Page
1. Water Delivery Inventory
2. Gantt Chart
3. Expenses
4.

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 LIST OF FIGURES
Figure Page
1.
2.
3.
4.

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 LIST OF APPENDICES
Appendix Page
A. Gantt chart of activities
B. Actual Thesis Expenses
C. User’s Manual
D. Curriculum Vitae of Researchers

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 INTRODUCTION

An inventory system is a software based business solution used to simultaneously

track inventory. Manufacturers can benefit from a thorough solution where single

transactions entry records necessary details of the water container being delivered,

date and time, quantity of containers while also updating inventory levels. Using

computerized inventory systems allows for much greater accuracy in stocking and

product management. They make the work of employees easy

Inventory is the aggregate value of a stock of goods or complete listing of

merchandise or stock on hand, work in progress, raw materials, finished goods on

hand, made each year by a business concern inventory concerns the balance

between replenishment lead time, carrying costs of inventory, asset management,

inventory forecasting, inventory valuation, inventory visibility, future inventory

price forecasting, physical inventory, available physical space, quality

management, replenishment, returns and defective goods, and demand forecasting.

Balancing these competing requirements leads to optimal inventory levels, which

is an ongoing process as the business needs shift and react to the wider environment

functions to balance the need for product availability against the need for

minimizing stock.

An inventory system is a software-based business solution used to simultaneously

track inventory. Water refilling station has an efficient water purification processes

that can surely make the quality and cleanliness for the water, Manufacturers can

FT-ARA-027-01 | STI College Pasay 11

 benefit from a thorough solution where single transactions entry records necessary

details of the water container being delivered, date and time, quantity of containers

while also updating inventory levels. Using computerized inventory systems allows

for much greater accuracy in stocking and product management. They make the

work of employees easy.

The concept of inventory, stock or work-in-process has been extended from

manufacturing systems to service businesses and projects, by generalizing the

definition to be "all work within the process of production- all work that is or has

occurred prior to the completion of production."

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 Background of the Study

Two years after the Allies dissolved the first Lufthansa (founded in 1926)

in 1951, the “AktiengesellschaftfürLuftverkehrsbedarf” (Luftag) with

headquarters in Cologne was founded on January 6, 1953. On August 6,

1954 Luftag bought the name, the trademark – the crane – and the colors

– blue and yellow – from the first Lufthansa, which was in liquidation at the

time, and has since then called itself "Deutsche Lufthansa

Aktiengesellschaft” (Deutsche Lufthansa Stock Company). Multiple tasks

had to be accomplished by the new airline before it could begin flight

traffic: finding and buying suitable airplanes, schooling airline pilots and

engineers and training air stewards. Organizational and infrastructural

prerequisites for the technical maintenance of airplanes also had to be set.

The ambitious project succeeded: on April 1, 1955 two Convair airplanes

took off from Hamburg and Munich to commence scheduled air services.

Parallel to the development of a European route network, flights to

destinations in America, Africa and the Far East were also added shortly

after. Since 1958, the red rose has stood for the fulfilment of the highest

comfort requirements in First Class on intercontinental routes.

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 Deutsche Lufthansa AG has the management and supervisory structures

typical for companies in Germany the Executive Board is responsible for

managing the Company and defining its strategic direction. In doing so,

the aim is to increase Company value sustainably. The Supervisory Board

appoints, advises and supervises the Executive Board. Deutsche

Lufthansa AG is the parent company and the largest single operating

company in the Lufthansa Group. The individual business segments are

run as separate Group companies, with the exception of the Lufthansa

Passenger Airlines. They have their own profit and operating responsibility

and are monitored by their respective supervisory boards, in which

members of Deutsche Lufthansa AG’s Executive Board are also

represented. As a leading European airline group, the aim of the

Lufthansa Group is to take on a key role in shaping the global aviation

market and to remain the first choice for shareholders, customers and

employees in the future. In this context, the strategy aims to systematically

develop the Group, which consists of Network Airlines, Eurowings and

Aviation Services.

Lufthansa Technik Philippines (LTP) Founded in the year 2000 a leading

manufacturer independent provider of maintenance, repair, overhaul and

modification services for civil aircraft. With tailored maintenance programs

and state of the art repair methods, Lufthansa Technik ensures the

unbroken reliability and availability of its customers' fleets and its

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 employees a joint venture company of Lufthansa Technik AG and Macro

Asia Corporation, offers a wide range of aircraft maintenance, repair and

overhaul (MRO) services to customers worldwide Through our satellite

offices in Cebu, Clark and Davao, we provide aircraft line maintenance

support to domestic and international airlines. Lufthansa Technik

Philippines is located at the center of Southeast Asia, within a four-hour

flight radius of major international hubs in Asia such as Singapore and

Hong Kong Within a special economic zone at the Ninoy Aquino

International Airport, its facility occupies a total area of 229,000 square

meters.

And aside from that More than 3,800 employees are also hired in each

department based on their skill, talent, experience, and educational

backgrounds, and etc. The purpose to hire in a large amount of People

was to boost the growth of the business and service based on our

research CEO/President who manage the company The Germany Dr.

Burkhard Andrich so decided to establish a department of Water Refilling

station Inside Lufthansa Technik Philippines.

To less the daily or monthly expenses of Gallons or Bottle water that being

delivered in every department that consumed every year.

The Water Station was established on May 2 of 2003. The water station

was recognized for sixteen years. They only have one water station

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 because it is only for the employees of Lufthansa Technik Philippines.

They have clean facilities to give the customers a clean purified drinking

water they only supply purified water on all departments of their company.

Lufthansa Technik Philippines is the leading manufacturer independent

provider of maintenance, repair, overhaul and modification services for civil

aircraft. With tailored maintenance, program and state of the art repair

methods, Lufthansa Technik ensure the unbroken reliability and availability

of its customers’ fleets and its employees’ joint venture company of

Lufthansa Technik, AG and Macro Asia Corporation, Offer a wide range of

aircraft maintenance, repair and overhaul services to customers worldwide.

Lufthansa Technik Philippines is located at the middle Southeast Asia,

within a four hour flight radius of major international hubs in Asia such as

Singapore and Hong Kong. Within a special economic zone at Ninoy Aquino

International Airport, its facility occupies a total area of 229,000 square

meters and aside from that more than 3,800 employees are also hired in

each department based on their skill, talent, experience, and educational

back rounds etc. The purpose to hire a large amount of worker was to boost

the growth of the business and service

FT-ARA-027-01 | STI College Pasay 16

 Based on our research the Lufthansa technik Philippines was established

in year 2000. The former CEO/President who manages the business is a

German named Dr. Burkhard Andrich. So they decided to establish a of

water refilling station inside Lufthansa Technik Philippines to lessen the

Monthly expenses of drinking water that is being delivered in every

department that is consumed every day.

The Water Station was established on May 2 of 2003. The water Station

was recognized for 16 years. They only have one water station because it

is only for the employees of Lufthansa Technik Philippines’. They have

clean facilities to give the customers a clean purified drinking water they

only supply purified water on all departments of their company.

1.2 Overview of the current state of the technology

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 the water refilling station’s current status system is using Microsoft Excel.

They input there the quantity of the gallons that are empty and refilled, the

time and date being delivered to their departments, and also the list of

departments. After encoding the inventory in the Microsoft Excel, they will

print out the form.

1.3 Statement of Objectives

1.3.1 General Objective

The General objective of this study is to develop an inventory system for

the workers to view the inventory of the water station. The purpose of the

inventory system is to enhance the manual inventory of the water station

and minimize work of employees. It will organize the record for retrieval in

monitoring. It also has a file maintenance module that will handle the files,

records and important data of the business. To implement a generated

module that will handle the inventory reports.

1.3.2 Scope of the study

 To handle the inventory of water gallons.

FT-ARA-027-01 | STI College Pasay 18

  To create a system that will contribute to the company.

 To provide accurate reports for the inventory.

 To lessen the paper works of all transaction.

 Scope of the study.

 Assigned worker can browse the inventory of water

 Worker can edit the inventory

 Workers can send and print the inventory.

1.3.3 Limitations of the study

Overview of the current of the technology

The Water Refilling Station’s current system is using Microsoft Excel and file
binders. They input there the Quantity of delivery and also the gallons that are
empty and refilled, the time and date being delivered to their departments, and also
the list of departments. After encoding the inventory in the Microsoft Excel, they
will print out the form.

Statement of objective

FT-ARA-027-01 | STI College Pasay 19

 1.1.1 General Objective
The general objective of this study is to develop a system for the worker to

view the inventory of the water station. The system also has one admin. To

enhance the manual inventory of the Water Station and minimize work of

employees. It will organize the record for retrieval in monitoring and to

design, develop and implement a module that will handle the security for the

system. To design, develop and implement a file maintenance module that

will handle the files, records and important data of the business. To

implement a generated module that will handle the inventory reports. To

design, develop and implement an inventory module that

1.1.2 Specific Objective

To handle the inventory of water gallons, To create a faster system that

will contribute to the Company. To provide accurate reports for the
inventory, to lessen the paper works of all transaction.

1.Objective number 1;
2.Objective number 2; and
3.Last Objective,
Scope and limitation of the study
Assigned worker can browse the inventory of water Workers can edit the

inventory Workers can send and print the inventory

1.1.3 Limitations of the study

Can’t add new admin only has one admin

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 LITERATURE REVIEW
Review of related literature, studies of system

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 A recent survey on various studies addressing analytic modeling,
simulations and case studies on inventory inaccuracy problem, RFID potential
benefits, the bullwhip effects experiments, and return on investment (ROI) analyses
as well as replenishment policies in supply chain management is presented by Sarac
et al.

Kang and Gershwin develop an analytical and simulation model for

inventory inaccuracy due to the stock loss under a single-item inventory system and
regular replenishment order (Q, R) policy. They compute explicit values of stock
out and average inventory for different ordering parameters, demand variables, and
lead time. They take a combination of demand for purchases having a normal
distribution and a demand for loss described by a Poisson distribution. They show
that even a small amount of recurring stock loss not reflected in the inventory
information systems can disrupt the replenishment process such that revenue loss
due to stock out could exceed the stock losses themselves. They also show that
through RFID technology, one can achieve the best stock out-inventory
compromise (the lowest inventory for any given stock out), and that the benefit of
inventory accuracy provided by RFID becomes greater as the desired level of stock
out becomes smaller.

It is estimated that over half of health care facilities (HCFs) in developing

countries lack access to hand washing facilities [1]. Consequently, the risk of
healthcare-associated infections (HAIs) in developing countries is approximately
2–20 times greater than in higher-income countries [2]. Poor hand hygiene in
healthcare facilities is a long-recognized risk factor for HAIs [3]. Additional
barriers to performing adequate hand washing include healthcare worker
acceptance and limited patient participation and empowerment [4–5]. Access to
safe drinking water for the oral administration of medications is a related
problem. Using contaminated drinking water to provide medications, including
anti-tuberculosis drugs, de-worming medications, first doses of antibiotics for

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 common infections, zinc and Vitamin A, and oral rehydration solutions can
increase the risk of enteric infections in all patients and the risk of opportunistic
infections in HIV-infected persons [6–7]. In recognition of these problems, the
World Health Organization (WHO) / United Nations Children’s Fund (UNICEF)
Joint Monitoring Programmed (JMP) have proposed for the post2015 Sustainable
Development Goals that by 2030 all HCFs should have an improved water source
and hand washing facilities that have both water and soap available for hand
washing near food preparation, sanitation, and patient care areas. To achieve these
targets, considerable investments in infrastructural improvements at HCFs will be
needed. Therefore, in the short to medium term, affordable and effective solutions
are needed to protect the health of patients and staff through improved access to
hand washing facilities and safe drinking water in HCFs. One potential solution
that has proven feasible includes installation of inexpensive, portable, hand
washing and safe drinking water stations; distribution of starter supplies of soap
and water treatment products; and healthcare worker training on safe water and
hand hygiene.

In addition to filling this evidence gap, there are several strengths to this
study. The study design is novel in that it utilizes a two by two randomized
factorial design, in a real world school setting. To date randomized controlled
trials have not been the predominant approach to test interventions regarding
SSBs in the school setting. The recent systematic review by Vezina-Im et al.
reported only 36% of studies utilized this design. The inclusion use of a factorial
design is also beneficial and increases the efficiency of the study by
simultaneously investigating two interventions by including all schools in both
analyses and to consider both the separate effects of each intervention and the
benefits of receiving both interventions together [20]. A further strength of the
study design is the testing of the intervention across differing health regions as
well as across different secondary settings (including public, private and catholic

FT-ARA-027-01 | STI College Pasay 23

 schools). It is also anticipated that the findings from the study will be robust and
generalizable to other school populations, both nationally and internationally, as
the inclusion of remote water meter monitoring on chilled water stations will
provide an objective, continuous measure of water consumption and will assist to
validate the findings from the student self-report survey regarding their water
consumption.

All water stations were used extensively by koalas throughout the year
(605 visits in total). Of these, 401 visits resulted in koalas drinking. Koalas always
visited the drinkers alone, except for females carrying a young (Fig 3) and the
latter never drank. Koalas spent 56% of the total time at the water stations
engaged in drinking behavior. The rest of the time was spent moving (16%),
vigilant (9%), investigating the stations (5%) and in other less frequent behaviors
such as self-grooming, scratching and calling for mates (14%). Numerous other
animals visited the drinkers, including sugar gliders (Petaurus breviceps), feather
tail gliders (Acrobates pygmaeus), brush tail possums (Trichosurus vulpecula) at
tree drinkers and echidnas (Tachyglossus aculeatus), Eastern grey kangaroos
(Macropus giganteous), hares (Lepus europaeus), feral cats (Felis catus) and red
foxes (Vulpes vulpes) at ground drinkers, though the latter was also detected in
trees.

Synthesis

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 As we continue our research the first opening of Lufthansa water refilling

station Is manually updated Count and dated of its production and remotely

deliver in every Department and for the complains Promotions and special

request are directly calls in the water refilling department station

As we thoroughly research inside the Lufthansa water refilling station based

on their Inventory system Was performed manually transaction records are

counted by list and directly will be file on their hard Copy, file binder .and

there’s another file binders are being records for empty gallons that are

returns In every department also being counted and listed, to be Clean,

disinfect and ready to refill. And more Than 200 gallons and drinking water

are daily delivered of all Departments enough

Water for every employee.

LUFTHANSA’S WATER REFILLING STATION

FT-ARA-027-01 | STI College Pasay 25

 Overview of the project

In this chapter we study and research inside Lufthansa Technik Philippines

the water refilling station Department, were in we observe that they might

have a positive and negative tactical Procedure where in the negative side

is the hectic task is paper works that make work so double meaning duties

and time consumed, while the positive side was on the spot employees work

together as a team to manage a water station even though inventory paper

works makes many consumed time, strategies, and effort. Based on the

charts, hard copy presenting a monthly or daily manning that set to be File

binders of the inventory conducting every month or year. We propose a

system based on computerized Counting or inventory manning for a daily

task for the employee to maintain short accident and loss counts, papers,

file binders, and etc. other that landline calls or cell phone calls are the only

optional to contact the departments and the manager other that calls are

just needed for reports and feedbacks and special request by the

departments. We manage to put a way to communicate with the department

with some that will be based also by reports, feedbacks and some

promotions as well.

We also managed to put some short flow chart about the procedures system

of the water station step by step with a meaning of every flow. To manage

or train a newly employee of how Lufthansa do things in their ways.

FT-ARA-027-01 | STI College Pasay 26

 Also, we based our system for a log in system to indicate confidential

resources inside Lufthansa files only a manager and a regular employee

are allowed to log in the specific.

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 Inventory System for Lufthansa’s Water Refilling
Station

Conclusion and Recommendations

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 We conduct that our final result on our study and research in Lufthansa

water refilling station we review Our interview question for our study system

we find out there are conducting a monthly inventory for a Monitor of volume

of water and counts bottles, gallons, etc. and responsible for operation of

water Refilling station is manager Mr. Gerardo T. Piano or will be a sign by

a manager of a regular employee in water refilling department, and our

system will be based to conduct an easy task to operate on our inventory

That will be regularly monitoring each month by computerized manning. And

a brief interview question worker tends to clean and purify gallons without

knowing the procedure for that we manage to put a brief short procedure

chart for the beginner employees. As we conduct a research inside

Lufthansa company, every department or station need to be organized and

procedures. As we though research the water station in Lufthansa they

maintain direct paper works for their delivery computation, and manning

based on hard copy of their files and will be directing given to the manager

“direct” means like calls are given for complains and feedbacks also by the

department and its well organized by a regular employee.

Result and Discussion

In this chapter we will discuss the result of the management in Lufthansa

water refilling station Department were in they designed a list of their copy

files which is shown in their inventory result, Based on their file binders and

FT-ARA-027-01 | STI College Pasay 29

 text books. There are two sub chart files, the first chart is based on Returns

and used of empty gallons that will be proceed to cleansing procedure, while

on the second Chart is based on list to deliver and counts to give in each

department.

Lufthansa Technik Philippines an aircraft maintenance system. On the year

of 2003 Lufthansa manage a Water refilling station for the purpose to

excess the amount of mineral water expense is more than 1.7 Million every

month based on the outside source company the designed is based on

manual type description.

As we thoroughly research inside the Lufthansa water refilling station based

on their Inventory System Was performed manually transaction records are

counted by list and directly will be file on their hard Copy, file binders. And

there’s another file binder is being records for empty gallons that are returns

in every department also being counted and listed, to be Clean, disinfect

and ready to refill. And there are 200 gallons and drinking water are daily

delivered of all Department enough water for every Employee.

1.1. DEPARTMENT
We will discuss about Lufthansa water refilling station. They manage to

delivery date and time Based on returns of empty gallons, and the result

will be determined by the system if the reports are the Same and also

FT-ARA-027-01 | STI College Pasay 30

 completed, other than special request must be process Report in the

inventory by the requested department.

Abstract

Title of research: Water Station Refilling Station

Researchers: Daniella Marie M. Cuevillas

Mel Jhun C. Elumba
Michael C. Quilala

FT-ARA-027-01 | STI College Pasay 31

 Joben D. Vergara
Junte L. Jamisola

Vocational: Information Technology Program

Date of Completion: 2019

Key words: Inventory System

Inventory System for Lufthansa Technik a program for the office is a front-

end for the worker and admin only. The system allows workers to update

the stock of water being refilled and being delivered at Lufthansa. Our

system is designed and developed by the students of Information

Technology at STI Pasay.

FT-ARA-027-01 | STI College Pasay 32

 ACKNOWLEDGEMENT

This project would not be possible without the help from the people that

surrounds us with positivity and hope. Also we would like to thank our family,

friend, associate for supporting and guidance in our project giving us

knowledge and ideas and strength to help on our project, who never give

up on us and team mates that always help each other to finish this project.

Lufthansa Technik Philippine Company, and thank you the head of

Lufthansa Technik Philippine Water Refilling Station we are great honoured

for giving us a chance in a lifetime to make this project system for the benefit

that could support business it was a great journey experience.

We also thank Mr. Alfrey Umali for his guidance, appreciation, patience,

time and understanding. For guiding us in making our project.

FT-ARA-027-01 | STI College Pasay 33

 APPENDICES AND REFERENCE

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 THESIS EXPENSES

APPROXIMATE ACTUAL
QUANTITY SPECIFICS
COST COST

1 Transportation ₱1,200.00 ₱1,200.00

1 Breakfast ₱1,300.00 ₱1,300.00

1 Lunch ₱1,250.00 ₱1,250.00

1 Snacks ₱1,250.00 ₱1,250.00

1 Print ₱300.00 ₱300.00

1 Book Bind ₱450.00 ₱450.00

TOTAL ₱5,750.00

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 WATER DELIVERY INVENTORY
DEPARTMENT TOTAL
Month
Material Q.M. HR Line Base MS IT Aircraft Engine Avionics Delivered
Dept. Dept. Dept Dept. Dept. Dpt. Dept Dept. Dept. Dept.

Jan 150 155 165 145 150 123 156 145 135 135 1,459

Feb 250 214 236 215 235 241 265 235 214 254 2,359

March 325 324 354 325 365 321 320 350 340 324 3,348

April 254 354 326 356 325 368 324 356 210 325 3,198

May 250 235 325 265 245 321 201 230 302 256 2,886

JUNE 245 320 254 265 214 356 254 235 265 325 2,733

July 236 354 324 365 369 354 356 302 320 321 3,301

Aug. 253 254 265 156 254 235 265 230 320 214 2,446

Sept. 265 254 258 256 245 325 241 301 350 325 2,820

Oct. 201 256 324 245 254 214 265 235 325 325 2,644

Nov. 257 325 365 325 214 325 215 214 325 325 2,890

Dec. 235 325 352 325 235 245 215 201 230 325 2,688

TOTAL 32,772

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 GANTT CHART
DEPARTMENT TOTAL
Month
Material Q.M. HR Line Base MS IT Aircraft Engine Avionics Delivered
Dept. Dept. Dept Dept. Dept. Dpt. Dept Dept. Dept. Dept.

Jan

Feb

March

April

May

JUNE

July

Aug.

Sept.

Oct.

Nov.

Dec.

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 References

Hassan Zadeh, A., Sharda, R., & Kasiri, N. (2016). Inventory record inaccuracy
due to theft in production-inventory systems. International Journal of
Advanced Manufacturing Technology, 83(1–4), 623–631.
https://doi.org/10.1007/s00170-015-7433-3

Bennett, S. D., Otieno, R., Ayers, T. L., Odhiambo, A., Faith, S. H., & Quick, R.
(2015). Acceptability and Use of Portable Drinking Water and Hand Washing
Stations in Health Care Facilities and Their Impact on Patient Hygiene Practices,
Western Kenya. PLoS ONE, 10(5), 1–13.
https://doi.org/10.1371/journal.pone.0126916

Mella, V. S. A., McArthur, C., Krockenberger, M. B., Frend, R., & Crowther, M. S.
(2019). Needing a drink: Rainfall and temperature drive the use of free water by
a threatened arboreal folivore. PLoS ONE, 14(5), 1–15.
https://doi.org/10.1371/journal.pone.0216964

Kajons, N., David, M., Gowland-Ella, J., Lewis, P., & Batchelor, S. (2018).
Thirsty? Choose Water! Behavioural interventions and water stations in
secondary schools a two-by-two factorial randomised controlled trial. BMC
Public Health, 18(1), N.PAG. https://doi.org/10.1186/s12889-018-5685-1

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