Programme Book ISIPSC 2021

Introduction 3
Message from the Chairperson of SESERI-UniKL International 4
Science Innovation & Public Speaking Competition 2021
Message from the President of University Kuala Lumpur

Organising Committee 5
Public Speaking Judges 6
Science Innovation Judges 7
8
Participating Schools
Public Speaking Participants 9
Teacher Advisor, Participants and Abstract of Science 11
Innovation Projects - Track A : Engineering 14
Teacher Advisor, Participants and Abstract of Science
Innovation Projects - Track B : Pure Science

Teacher Advisor, Participants and Abstract of Science 29
Innovation Projects - Track C : Engineering Science
Closing Ceremony

40



51

ISIPSC 2021

3

Message from






Principal of Sekolah Menengah Sains Seri Puteri

Chairperson of SESERI - UniKL International Science Innovation &

Public Speaking Competition 2021




Assalamualaikum wbt and greetings to all.


Alhamdulillah, in the name of Allah, the most gra
cious, the most merciful. In conjunction with the
SESERI-UniKL: International Science Innovation and Public Speaking Competition 2021 programme, I

would like to express my sincere appreciation and gratitude to the staff and personnel from UniKL

and SESERI in making this prestigious event successful.

This year marks the 6th time SM Sains Seri Puteri (SESERI) has organized an international
programme with participation from Thailand and Korea. I commend this year’s organization
committee which took up the task of carrying out the competition virtually. I also would like to thank
the participants from the various schools, locally and international, for their participation in the
competition. It is your participation that has ensured the success of this international programme.

Indeed, this programme is not only for the sake of competing alone, but also to build and
strengthen the relationships between existing and new network partners. I am very proud with the
existing network between SESERI and the Thailand schools - which goes back to 2012. One of the
many ways for us to strengthen the network is by organizing programmes and competitions,
creating opportunities for students to collaborate and exchange ideas via competitions at
international level.

Last but not least, I hope participants who have participated in this programme have achieved
success. The collaboration, teamwork, diligence you put in your presentation is in itself a winner -
getting an award is an added bonus.

I would like to end my speech with this quote.
“Successful and unsuccessful people do not vary greatly in their abilities.
They vary in their desires to reach their potential” - John Maxwell

With that, I thank you.

ISIPSC 2021

4

Message from






President of
University Kuala Lumpur(UniKL)
Assalamualaikum wbt and greetings to all.


I would like to take this opportunity to Sek
olah Menengah Sains Seri Puteri (SESERI) on
their success in organizing the SESERI-UniKL: International Science Innovation and Public
Speaking Competitions 2021. I also would like to thank all staff and personnel from
University Kuala Lumpur for their role in ensuring the university’s collaboration with
SESERI. The organizing committee from both institutions had a tall order this year as the
competition was held virtually. It was also a tough call as the current pandemic crisis
limited the participation of schools from different countries. Despite this setback, the ISIPc
2021 was carried out successfully. My appreciation to the organizing committee and the
others who had a hand in this success.

Innovation today has become the new global benchmark and this demands youth of today
to think critically, innovate and invent to meet the demands of the IR4 and its evolving
status. SESERI has taken a step in this direction in organizing a competition which spreads
the importance of science innovation as an economic catalyst and the ability to speak
confidently.

This competition has also taken into account the need to work collaboratively outside the
local circle of schools. With the participation of schools from Thailand and Korea, the
exchange of ideas using background knowledge and working together in support of a
shared vision will be realized, making ownership and accountability occur indirectly. I am
very confident and convinced that these important skills will continue to be cultivated
making creativity and innovation to become the norm instead of an exception.

In brief, it is my hope that this programme will continue to be used by participants as a
platform for design and innovation as well as to speak confidently competing and creating
success together in both fields. Congratulations again to all.

With that, I thank you.

ISIPSC 2021

5

CHAIRPERSON DIGITAL PROGRAMME BOOK
Khor Swee Moi
Noridah binti Haji Ramlan

‘Ainin Atikah bt Mohd. Shukri
Suzana bt Mohamed Ghezali
DEPUTY CHAIPERSONS
Farhanis bt Zawawi
Aida bt Aris Noor Izzati bt Mohd Said
Ku Zaleha bt Ku Saad


Azlina bt Md Ali SCIENCE INNOVATION COORDINATORS


Anis Diyana bt Halim
COORDINATOR 1 Norliza bt M. Yusuf
Siti Fatimah Noor bt Abd Mubin
Siti Fatimah Noor bt Abd Mubin Ellis Roslina bt Rosedi

Fasihah bt Jamaludin

COORDINATOR 2

PUBLIC SPEAKING COORDINATORS
Khor Swee Moi Anis Marliyana bt Mohd Jumali Hadip


Duratul Naqiah bt Mohd Khalil
SECRETARY Vasantha a/p Sangarapillai
Ellis Roslina binti Rosedi Nur Izzah bt Mat Nor
Nursyahira bt Yunus

Bhavithra a/p Anathe Segar
TREASURER Besek Norliyana bt Remeng
Natasha bt Rosli

Aliceraayu bt Alias
CERTIFICATES & PRIZE COORDINATORS

Siti Narini bt Mohamad Idris
INVITATION, REGISTRATION OF PARTICIPANTS & Nurfazliah bt Muhamad
Zainora bt Razak
SPECIAL GUESTS COMMITTEE Siti Nur Fatimah bt Hassan
Suhaila bt Abdul Halim
Noorellysa bt Ahmad Noorita bt Mohamad Mokhtar
Nik Zawatilisyqi bt Zakaria Noor Hazira bt Hassan


Foo Koi Hoon
Siti Rasidah bt Mohd Hakim PHOTOGRAPHY & MULTIMEDIA
Hadi Faizal bin Rosely
Nurafzan bt Mustafa

Aminuddin bin Baharuddin
Ahmad Zaki bin Haris
SPEECH & WELCOME TEXT Mohd Hafiz bin Halim

Nur Izzah bt Mat Nor Muhammad Farid bin Che Zakaria
Maslizaini binti Mohamad Zainudin
DIGITAL BACKDROP, WEBSITE PROMOTION

& COMPETITION POSTER
EMCEE Ahmad Zaki bin Haris
Hadi Faizal bin Rosely
Nor Hazwani bt Hussin
Nur Izzah bt Mat Nor Muhammad Farid bin Che Zakaria


Du'a



Rakif bin Selamat




PHOTOGRAPHY

Aminuddin bin Baharuddin
Ahmad Zaki bin Haris


DOCUMENTATION
Irmila bt Jamil
Nor Hidayah bt Ibrahim



ISIPSC 2021

6

DR. K. SAROJINI DEVI A/P KRISHNAN
UNIVERSITI KUALA LUMPUR
BUSINESS SCHOOL (UBIS)


Emel: [email protected]

MADAM SUGUNA A/P SAMINATHAN MADAM KHAIRUNNISA BINTI AZMAR
UNIVERSITI KUALA LUMPUR UNIVERSITI KUALA LUMPUR
MALAYSIAN INSTITUTE OF BUSINESS SCHOOL (UBIS)


INFORMATION TECHNOLOGY
(UNIKL MIIT) Emel: [email protected]



Emel: [email protected]

MS KIM DE SILVA MADAM MAZIATUL HUSNI BINTI MIOR HARUN
UNIVERSITI KUALA LUMPUR
MALAYSIAN INSTITUTE OF UNIVERSITI KUALA LUMPUR
I INFORMATION TECHNOLOGY BRITISH MALAYSIA INSTITUTE (BMI)

(UNIKL MIIT)


Emel: [email protected]

Emel: [email protected]

ISIPSC 2021

7

DR. NORHISHAM SEYAJAH
UNIVERSITI KUALA LUMPUR
MALAYSIA ITALY DESIGN INSTITUTE

(MIDI)
Email: [email protected]

DR. IDRIS ABDUL LATIF DR IZUDDIN FAHMY BIN ABU
UNIVERSITI KUALA LUMPUR UNIVERSITI KUALA LUMPUR

BRITISH MALAYSIAN INSTITUTE OF MEDICAL
INSTITUTE (BMI) SCIENCE TECHNOLOGY
(UNIKL MESTECH)
Email: [email protected] Emel: [email protected]

DR. HAIDAWATI MOHD NASIR DR NURHAYATI BINTI MOHD NUR
UNIVERSITI KUALA LUMPUR UNIVERSITY KUALA LUMPUR
MALAYSIAN INSTITUTE OF MALAYSIAN INSTITUTE OF
INFORMATION TECHNOLOGY
(UNIKL MIIT) AVIATION TECHNOLOGY (UNIKL
MIAT)
Email: [email protected]
Emel: [email protected]

MADAM ZAIFILLA FARRINA DR JARONIE MOHD JANI
ZAINUDDIN UNIVERSITI KUALA LUMPUR

UNIVERSITI KUALA LUMPUR MALAYSIA ITALY DESIGN
Emel: [email protected] INSTITUTE (MIDI)

DR. PUNITHAVATI M. Emel: [email protected]
THIRUNAVAKKARASU
UNIVERSITI KUALA LUMPUR DR. SITI MARHAINIS ABU
BRITISH MALAYSIAN MANSOR

INSTITUTE (BMI) UNIVERSITI KUALA LUMPUR
Emel: [email protected] MALAYSIA ITALY DESIGN
INSTITUTE (MIDI)
ISIPSC 2021
Emel: [email protected]
8

KOLEJ ISLAM SULTAN ALAM SHAH, SELANGOR
SBP INTEGRASI GOMBAK, KUALA LUMPUR

SBP INTEGRASI RAWANG, SELANGOR
SBP INTEGRASI SELANDAR, MELAKA

SEKOLAH SERI PUTERI, SELANGOR
SEKOLAH TUANKU ABDUL RAHMAN, PERAK

SMA PERSEKUTUAN KAJANG, SELANGOR

ISIPSC 2021

9

SEKOLAH MENENGAH SAINS ALAM SHAH,
KUALA LUMPUR

SEKOLAH MENENGAH SAINS BANTING,
SELANGOR

SEKOLAH MENENGAH SAINS HULU SELANGOR,
SELANGOR

SEKOLAH MENENGAH SAINS MUZAFFAR SHAH,
MELAKA

SEKOLAH MENENGAH SAINS SELANGOR,
KUALA LUMPUR

SEKOLAH MENENGAH SAINS SERI PUTERI,
KUALA LUMPUR

ISIPSC 2021

10

BUNDANG MIDDLE SCHOOL, KOREA

KANCHANAPISEK WITTAYALAI PHETCHABUN
SCHOOL, THAILAND

KANCHANAPISEK WITTAYALAI SUPHANBURI
SCHOOL, THAILAND

KANCHANAPISEK WITTAYALAI SURATTHANI
SCHOOL, THAILAND

LOMSAK WITTAYAKHOM SCHOOL, THAILAND
SUANSRI WITTAYA SCHOOL, THAILAND

SURATPITTAYA SCHOOL, THAILAND

SRIYAPAI SCHOOL, THAILAND

ISIPSC 2021

11

P

U

B

TUAN ISHANI SHAZEA BINTI TUAN IDHAM SANUSI L
SBP INTEGRASI GOMBAK, KUALA LUMPUR I
C
KHADIJAH SALSABILA BINTI AMIR
SBP INTEGRASI RAWANG, SELANGOR

FATIN NABIHAH BT MOHD AZLAN
SBP INTEGRASI SELANDAR, MELAKA

FARISH AL BIHATULLAH BIN NURUL FADHLI
SEKOLAH MENENGAH SAINS BANTING, SELANGOR 2021

KARESHMA A/P N. SELVARAJA
SEKOLAH MENENGAH SAINS MUZAFFAR SHAH, MELAKA

SKASHVIN A/L MUTHU MANI GEORGE

SEKOLAH MENENGAH SAINS SELANGOR, K. LUMPUR

PYUSNISHA FATISHA BINTI YUSRI
ESEKOLAH SERI PUTERI, SELANGOR

KHAIRY BIN IRWAN KHUSHAINI

ASEKOLAH TUANKU ABDUL RAHMAN, PERAK

YAASHINEE

KSEKOLAH MENENGAH SAINS SERI PUTERI, K. LUMPUR

SHREYA AATHIRA I
SEKOLAH MENENGAH SAINS SERI PUTERI, K. LUMPUR N
G
AMIRUL SYARIFULLAH BIN AMIRUL HUSSAINI
SMA PERSEKUTUAN KAJANG, SELANGOR

ISIPSC 2021

12

P

U

B

L PIMPISA PHUEKKONG
I KANCHANAPISEK WITTAYALAI SURATTHANI SCHOOL
C
ANANYA JANPRADIT
2021 KANCHANAPISEK WITTAYALAI SURATTHANI SCHOOL

KRONGKHWAN LONGSINTOO
KANCHANAPISEK WITTAYALAI SURATTHANI SCHOOL

NATTAPAT KONGGAEY
KANCHANAPISEK WITTAYALAI SURATTHANI SCHOOL

S KANGSADAN SIRIPHAN
KANCHANAPISEK WITTAYALAI SURATTHANI SCHOOL

P MONSIKARN CHAMDOOM
E KANCHANAPISEK WITTAYALAI SUPHANBURI SCHOOL

A KRITTIYAPHAT ROOPSOMDEE
SURATPITTAYA

K SIRAPHOP WILLIAM WAKELING
I LOMSAKWITTAYAKHOM SCHOOL

N MS. J PATRICIA MCCULLEY
SRIYAPAI

G

ISIPSC 2021

13

TRACK A: ENGINEERING (ENGINEERING INVENTION)













ISIPSC 2021

14

PROJECT TITLE:
SPATIUM CAUTIO

https://www.youtube.com/watch?v=ms0hpLm-B9E





DR.ANIS DIYANA BT HALIM
SANCHITHA A/P SANGKAR
NUR AISYA BT CHE ZULKIFLI

Teachers face the problem of ensuring the students maintain the minimum distance required
to meet the safety standards at school among students during the COVID-19 pandemic
because students fail to estimate the accurate distance between themselves bound to physical
limitations. Spatium Cautio is an innovation that helps students in maintaining minimum
distance according to the Standard Operating Procedures (SOP) which has been declared by
the Health Ministry of Malaysia during the pandemic of COVID-19. The objective of this project
is mainly to increase the efficiency of students maintaining social distance and ease the
responsibility of teachers which is to ensure the students maintain social distance among
themselves during schooling hours. The ultrasonic sensor on the prototype can detect the
distance of 1 meter by emitting ultrasonic sound waves and converts the reflected sound into
an electrical signal. The signal will be sent to the buzzer to create vibration and the LED light will
lit brightly. Hence, the individual will be alert to mind their social distancing. As for advantages,
this prototype is a user-friendly product as it is in small size that will ease students to wear it.
Besides that, our project can prevent the emergence of new clusters in institutions since the
r-naught value can be reduced.Lastly,this portable innovation does prevent students from
talking closely with each other. In terms of socio environment, Spatium Cautio is an
environmentally-friendly product and does not emit greenhouse gases that will cause pollution
to the environment. In the aspect of socio economic,Spatium Cautio is affordable by people of
various economic status. This is because the components used in the product can be obtained
easily. For commercialisation potential, Spatium Cautio can be sold at RM 40 per unit and the
product targets school students to be aware and safe. Hence, Spatium Cautio may also
increase the country's economic status as commercialized distance trackers have high demand
in the market especially during the Covid-19 pandemic. Spatium Cautio is a promising project
that will help the nation get through the struggle in reducing the daily Covid-19 cases.

ISIPSC 2021

15

SM SAINS MUZAFFAR SYAH

PROJECT TITLE:
MOZAC SMART WATER CONSERVATION &

RECYCLING SYSTEM
(MOSWARS)

https://youtu.b
e/O8F49IYic3g



MS ERNEY WATI BINTI ZAILANI
MUHAMMAD HAZEEQ ASYRANI BIN BADOR ESAM
MUHAMMAD DANISH UMAIR BIN MOHD HAFIZ RIDZUAN




Insufficient amount of water supply for daily uses have been a regular problem faced by
the teachers, staffs and especially the pupils of Sekolah Menengah Sains Muzaffar
Syah(MOZAC), a fully residential secondary school situated on top of the hilly-parts of Ayer
Keroh. Identified factors that are in-correlation to the problem are the unpredictable
water cuts and excessive use of clean water for minor purposes such as watering the
greeneries around the school compound. MOZAC students are also found to be not good
at practicing water conservation. Many use the water in excess unnecessarily while
making their ablution. This study aims to conserve excess water, recycle and treat used
water and repurpose it for daily use.MOZAC SMART WATER CONSERVATION & RECYCLING
SYSTEM (MOSWARS) is a simplewater managementsystem that helps us to achieve the
study’s aim. Water is collectedand harvestedfrom the ablution area and the roof of the
school’ssurau, al-Abrar, which is then treated and directed to a water reservoir to be used
for daily purposes. By recycling the harvested water, less clean water will be used for plant
watering activities. MOSWARS is marketable and has it’s own commercial values. It is a
dynamic module, with more reservoirs can be connected to the line in order to increase
the amount of water harvested. It also puts emphasis on the use of green technology in
solving a problem, a trait that is in tandem with the world’s current trend in saving the
environment.In conclusion, MOSWARS is a water management system that is smart and
reliable for the community.

ISIPSC 2021

16

LOMSAK WITTAYACOM SCHOOL





PROJECT TITLE:

CASH STERILIZER MACHINE WITH UVC




https://youtu.be/
rCHXfzvMCBg






MR.UTHAN THAKKUM
SUPAKON KEANCHA
DAORUTHAI SAE-LOR










The study of the efficac
y of a UVC sterilizer on coins and banknotes aimed to invent a
UVC sterilizer on coins
and banknotesand to compare the number of contaminated
bacteria on banknotes
and coins before and after the experiment.The result showed
that the distance of UVC
rays which has wavelength of 254 nm to the inclined surface of
5 cm and the slope of

the slope of 35 degrees was found to be able to reduce the
number of bacteria S
taphylococcus aureusand Escherichia colion the surface of
banknotes and coins up
to 90% and 80%, respectively. Because of the 35-degree slope
of the ground, the spee
d of banknotes and coins move slowly. Thus, it travels through
UVC rays at an optima
l range where UVC rays can destroy both types of bacteria.
Moreover, wavelengths of UVC radiation can effectively inhibit the growth of Corona
virus. (U.S. Food&Drug, 2021). Cash sterilizer machine with UVC reduces the spread of
pathogenic microorganisms and reduce the number of patients

ISIPSC 2021

17

KANCHANAPISEK WITTAYALAI

PHETCHABUN SCHOOL







PROJECT TITLE:


SOLAR-POWERED TRASH COMPACTOR



https://youtu.be

/ONjoT9pyqq0





MS SUPRANEE
KAEWDOO
THANICHA

NETAIM

WANICHCHA WAREE
















This project aims are
to create and assemble a solar-powered trash compactor and
investigate its efficie
ncy in plastic bottle, milk cartons and aluminum cans
compression. The resu
lts showed that, by using πr 2 h formula, the average volume of

plastic bottles, milk
cartons and aluminum cans is 0.059 cubic meters before
compression and 0.05
3 cubic meters after compression. Therefore, this compactor
can reduce the volume
of these objects by 10.17%.













ISIPSC 2021

18

SUANSRI WITTAYA SCHOOL







PROJECT TITLE:

HAND SANITISER SHOOTER



https://youtu.be

/snX4N2m9pwk

MMICRHHAAEML ZLAA




OZOKUULASGAHNIT

KANISORN PACHRAT







It started with one d
ay with my mom in the grocery store, when a 7 years old acted
irrationally towards h
is parents because he was forced to apply the hand sanitiser gel.
I was wondering back
then if there is a way to outsmart this barbaric behaviour. Then,
I was thinking about a

hero to save the day, maybe Spiderman would shoot some web
and discipline this ch
ild. Then I was thinking if there is a fun way to use hand sanitiser?
That's how I thought
about a hand sanitiser shooter that was similar to spiderman
web shooting. Its mai
n goal is to make us feel like a hero ourselves by spraying alcohol




gel to fight COVID19
. It will be better than the usual boring hand sanitiser machine.
After research on th
e internet, I have realised that this gadget will be a unique
invention.With the he
lp of a 3D printer and the components from the science camp,




this project is achievable and cheap. It is a device wrapped on an arm, havinga button

that shoots gel when it's pressed like spiderman. The children will love it, as they can

have the opportunity to be a hero of themselves and bear the responsibility of

mankind. This device would sell well because the parents can take advantage of this

gadget to teach children responsibility and discipline.

ISIPSC 2021

19

KANCHANAPHISEK WITTAYALAI
SURATTANI SCHOOL







PROJECT TITLE:
LOOSE FRUIT PICKER



https://youtu.be/

FpochzM3TIM

MRS. ARE
E

ANANSRI
KITTISAK W
ANTHONG

MANATSANAN NAKRIT







Thailand has increas
ed area for oil palm production over the years. The
researcherstherefore
have invented a portable Loose Fruit Picker device, a labor-
saving equipment to sa
ve the workload. It alsocan decrease the incidence from various
poisonous animals an

d the pain from bending over to collect loose palm fruit. The
device was invented f
rom waste material to reduce the cost of the invention. By
attaching the wire me
sh to the sieve frame to make the palm collector head, then
attached the hinge be

tween collector head and the handle to open up the collector
head. To open and clo
se the collector head, a wire in the handle is connected to the
hinge as a lever.The re
sults of the experiment showed that the portable Loose Fruit
Picker device wasmore
efficient in picking up the loose palm fruit than hand picking.




ISIPSC 2021

20

KANCHANAPISEK WITTAYALAI
SURATTANI SCHOOL







PROJECT TITLE:

LAWN MOWER BY LEGO.EV3



https://youtu.b
e
/rBrn5BhLRJw

MRS. YAOWA
LA
K YARNO
KITTIPHOB PHA
IMUEANG
THARATHEP K
O
EDNGOEN










The aim of this proje
ct was to construct and develop a Lawnmower By Lego.EV.3 and to




determine the efficie
ncy of the Lawn mower By Lego.EV3. The project instruments were
1) Lego.EV3 robot a
nd 2) Lego.EV3 robot’s writing and controlling programs, from which
the project manage
rs constructed and developed using the Mindstorms EV.3 program.
The project manage

rs took this Lego.EV.3 robot to test it on real grass lawns at the size
1x1, 1 x 1.5 and 1
x 2 square meters to find the efficiency of the Lawn mower By
Lego.EV3 robot. The
experiment showed that the Lawn mower By Lego.EV3 robot can
truly mow the grass
. The battery usage and time spent is/are determined by the size of




the lawn as follows:
The lawn size 1x1 square meters spend 5 minutes with the battery
usage at 3%, the law
n size 1x1.5 square meters spend 7 minutes with the battery usage

at 5% and the lawn size 1x2 square meters spend 12 minutes with the battery usage at

8%. This shows that the Lawnmower By Lego.EV3 robot can replace the common lawn

mowers and it is safer for the users.

ISIPSC 2021

21

KANCHANAPISEK WITTAYALAI

SURATTANI SCHOOL







PROJECT TITLE:

2 IN 1 SEED SOWING MACHINE







https://www.youtube.com/watch?v=vkS4645_VIw









MPSHTAIPLPAAPWHOANNGCN
HUOTRHSUOWNGAN

CHUTIMONRODIN







Thailand is an agr
icultural country. Most of the country's population are farmers. This
research is aimed
to produce a sowing machine from recyclable materials. Helping




farmers to sow se
eds and save the time of sowing and fertilizing at the same time. The
machine is expect
ed to work efficiently and has a low cost. The machine structure is
made from recycle
d materials. The main principle of the machine is to drop the seeds




and fertilizers thro
ugh the steel pipe at the same time. To assess its efficiency, the
machine was stud
ied and compared with the manual sowing of seeds. The results

showed that 2-in-1
seed sowing machine had a 69.44 percent increase in efficiency, and
sow the seeds pro

perly 100 percent. Besides this, the machine is more durable as it is
made from long-lasting and recyclable materials. Thus, the broad use of the machine

tested could significantly reduce the cultivation expenses.

ISIPSC 2021

22

KANCHANAPISEK WITTAYALAI

SURATTANI SCHOOL







PROJECT TITLE:


THE DEVELOPMENT OF APPLICATION

"ATTENDANCE CHECK APP" WITH GLIDE APPS

PROGRAM FOR

CHECKING STUDENTS' NAME

AT KANCHANAPHISEK WITTAYALAI

SURATTHANI SCHOOL

https://www.youtube.com

/w
atch?v=9oITE_WMFqA

MISS LA-ONG CH
UABOKA

MISS SUPHITCHA
RATSAMI

MISS
PIMPISA N
UANYAI






The purposes of tPhriosgsrtau


mdyf

owrerCeh1ec) ktoingdeSvteuldoepntthse’ application “Attendance Check App”
with Glide Apps name at Kanchanaphisek Wittayalai

Suratthani School and
2) to evaluate the satisfaction of users on a developed of

Application “Attendance
Check App” with Glide Apps Program for Checking Students’

name at Kanchanaphi

sek Wittayalai Suratthani School. The sample groups were
15users at Kanchanaph
isek Wittayalai Suratthani School.The instruments used in this

research was the quest
ionnaire on satisfaction of application users. The statistics used

in this research were pe
rcentage ,mean and standard deviation. The results found that,




1) the efficiency of the
development of the application “Attendance Check App” with

Glide Apps Program f
or Checking Students’ name at Kanchanaphisek Wittayalai

Suratthani at 95.2perc
entage. 2) The satisfaction of application users with the
application “Attendance
Check App” with Glide Apps Program for Checking Students’

name at Kanchanaphisek Wittayalai Suratthani at the highest level

ISIPSC 2021

23

SEKOLAH TUANKU ABDUL RAHMAN

PROJECT TITLE:
FOLDABLY

https://youtu
.be/SYQzjrAVlGE






DATIN NOOR ANIZA BT ABDULLAH
ABDUL YAZID IMRAN BIN ABDUL RAZAK
NOOR FARIZ KHAN BIN NOOR FAISAL








Foldably is a product t
hat combines a bag and a foldable chair. It is created to make
life easier for student, travelers or hikers and others who might need it. The
foldably is designed to be simple yet useful for the users. On the other hand the
Foldably uses less space to store. According to most people we interviewed , they all
had one major problem which is they can’t sit whenever they feel tired whether
after sports or even just after having a tiring day. Issues like broken chair in the park
or in schools has also been a problem for a lot of people. Secondly, one of the
person we interviewed is a public transportation user. He stated the seat in the ETS
or MRT are always full. With all the problem stated this team from SEKOLAH
TUANKU ABDUL RAHMAN, IPOH proudly comes out with a solution that facilitates to
all the problems that is the Foldably.

ISIPSC 2021

24

KANCHANAPISEK WITTAYALAI

SUPHANBURI SCHOOL







PROJECT TITLE:


MANUAL CAN CRUSHER



https://www.youtube.com


/watch?v=A6OdN2So5nk

MS NANNARIN


PHISITTHARAT

PINYAPAT SRIPRATA
PREMSIRI HAMCHARERN






This study presents
the invention of the Manual Can Crusher. It is a crusher for




reducing Aluminium
cans to small sizes for recycling and saving space. This manual
can crusher consists
of 5 components:hand crank assembly, drive gear, driven gear,
compactor and meta
l grid. The purposes of this study were 1) to find the optimum




gear ratio for crushin
g cans and2) to find the appropriate cans sizes for the gear ratio
3:1.The results of thi
s study are 1) The most suitable gear ratio to crush a can is 3:1
and 2) The gear ratio
3:1 can crush cans sizes in 12cm, 14cm and 15.5cm








ISIPSC 2021

25

KANCHANAPISEK WITTAYALAI
SUPHANBURI SCHOOL







PROJECT TITLE:
WALL SUCTION ROBOT
https://www.youtube
.com/watchv=KVp

z9Oh
JM
34





MS NAAPNINDAETRHINT
PU
HPIASIIRTOTHRARAT
THARATHEP SA
-NGASANG











This study presents
the invention of the Wall Suction Robot. It’s a vacuum robot
cleaning prototype r
emote controlled and can be cleaned in a high position. The




vacuum robot consi
sts of 6components:motor controller, suction motor, cleaning
motor, duster, nylon
and power supply 3.7 Volts. The purposes of this study were 1) to
determine the most
suitable dusting brush size, 2) to find the effect of nylon with
suction on the wall, 3

) to find the most suitable speed of the cleaning motor, 4) to find
the most suitable su
rface: smooth, rough or smooth rough. The results of this study
indicated that: 1) dus
ter size is 2.2 cm, 2) nylon has the effect of suction on the wall;
the number of nylon

are 2 pieces, 3) cleaning motor voltage is 1.26 Voltsand4) the
most suitable surface
is a smooth

ISIPSC 2021

26

SM SAINS SERI PUTERI





PROJECT TITLE:
ASTLET AND ASTBOX
https://youtu.be
/plsiHFrHkt0





MR HADI FAIZAL B

IN MOHD ROSELY

FATIN UMAIRAH BIN ISMAIL
WAN WARDATUL AIMAN BIN WAN RASELAN








Astlet and Astbox is a
n innovation that helps busy working parents monitor their
asthmatic children from

time to time so they could take precautionary steps to prevent
unwanted incidents. A
stlet and Astbox consists of sensors that help in detecting
triggers of an asthma
attack thus notify the parents of the child, and it is also an
invention based on Inte
rnet of Things (IoT) that is beneficial for easier monitoring. Using




the Blynk App, Astlet an
d Astbox could be monitored from anywhere at any time by the
parents of the asthmati
c child. This innovation is based on the concept of preventing an
asthma attack from occ
urring by eliminating the triggers, in our case bad air quality and
unsuitable temperature and humidity rate, so the child would not be having an asthma
attack. This innovation is also introduced to reduce cost used by hospitals or
emergency retrieval unit to treat a child’s asthma attacks, and also provide easy
monitoring for parents so busy working parents have the chance to be updated on how
their asthmatic child is when they are not present there.










ISIPSC 2021

27

SEKOLAH MENENGAH SAINS SELANGOR



PROJECT TITLE:

AUTONOMOUS GREASE TRAP MAINTENANCE

SYSTEM BASED ON INTERNET OF THINGS (IOT)

https://youtu.be/G
kRZLUWA6a8







MR MUHAMMAD SHAIFFU
LLAH BIN AHMAD
MUHAMMAD DANIAL HAKIM BIN ZULKEFLEY

MUHAMMAD ALYFF ZAIM BIN MOHD ZAIDI







The untreated kitchen wa

stewater generated from the commercial kitchen operation
without a proper disposal
method has been causing numbers of sewage piping clogging
cases in recent years. The
irregular schedule of executing grease trap maintenance will

lower the efficiency of rem
oving fat, oil and grease and food residue in wastewater and

automatically carry out the
cleaning maintenance task to the grease trap. Consequently, a

pressing issue has happened due to this problem, such as flooding, water contamination,

and toxic gas release to the environment. As a solution, we have used an Autonomous

Grease Trap maintenance system based on the Internet of Things (IoT) as

countermeasures for the growing problem.

The testing from the turbidity sensor testing and ultrasonic sensor testing is used to

collect the output data from the sensors to ensure the water quality and quantity. As the

data result is acquired, it can be compared to the measurement values obtained from the

sensors with the reference standard of a known value. On the other hand, it will be

mentioned the autonomous grease trap efficiency that this device's performance to pass

the requirement of authority regulation.

ISIPSC 2021

28

ISIPSC 2021

29

SM SAINS ALAM SHAH



PROJECT TITLE:

COCONUT HUSK FIBER PAPER BAG




https://youtu.b
e/BPYSLlJ1B1s










MS NORHASLINDA BINTI NASIR
MOHAMAD ZAFIR KHAN BIN ZAREEN KHAN

MUHAMMAD IZHAN HAZIQ BIN ZAHARI







Plastic bag and paper
bag is dangerous to the world which can damage the
fmoramd


eedainumecoto-frdieonidt.lyWceoucosenuctohirufsibkefribbeercpaaupseeritbhaagsthnaattudroael sfibneort.
environment. So, we
use paper or plastic

The coconut husk fiber p
aper bag production is to prove it has a high strength than a

plastic and paper bag, c
ompare the tensile of coconut husk fiber paper bag with a

plastic bag and paper b
ag, explore the potential of coconut husk fiber paper bag to
produce bio-gradable pa
per and maximize the usage of coconut husk fiber paper bag

in global product packaging. The scope of this coconut husk fiber paper bag is easy to

create, able to carry until 5 kilograms, and the product is only packaging food such as

dried or fried food. The process to make a coconut husk fiber paper bag is to blend the

coconut coir and the tapioca flour and pour the solution into our DIY deckle and filter it.

Absorb the water and compress it with the sponge, and dry it with iron. Lastly, you must

do origami to make a paper bag. After that, we had done the tensile test and the result

shows that our product is stronger than plastic bags and paper bags. Impact to the

socio environment is prepared naturally, environmentally friendly, decreases

deforestation, and decreases plastic production. The commercialization potential is very

big which can replace 100 billion plastic bags and 400 million metric tons of paper bags

yearly. With the amount, we can see that a coconut husk fiber paper bag will have high

demand, have high potential to be well known, have a higher potential to be used

widely to replace the plastic bag and paper bags globally.

ISIPSC 2021

30

SBP INTEGRASI GOMBAK

PROJECT TITLE:

MASKCRETE

https://youtu.b
e/qhu8zo7If5o








MS NOOR AZIZAH BINTI MAT HASSAN

NURUL HUDA YADAINI BINTI MAZHALIMI

NUR IRIES BATRISYIA BINTI ERWAN













Since the COVID-19
pandemic hits the world last year, innumerable number of used
masks were thrown away leading to the build up of enormous waste. This issue has

impacted our nature in various ways and need to be resolved with eco-friendly

approach. Maskcrete is a concrete that utilised used masks as product base. Surgical

masks, the commonly used masks contain polypropylene fibres which capable in

replacing cement in the composition of concrete to achieve the maximum strength on

par with cement-based concrete. Hence, repurposing of used masks by inventing

Maskcrete will lead to the reduction of mask waste as well as reducing the world

dependability towards cement and promoting eco-friendly constructions. Polypropylene

fabrics will be mixed with sand, aggregate stone, eggshell and water to create Maskcrete

that can be used as concrete based but only at a fraction of the normal costs. We have

tested Maskcrete for its strength, inflammability and hardness by comparing it to the

normal cement-based concrete. The result has proved the uses of polypropylene have

improved the mechanical properties of concrete. We believe that Maskcrete will be an

imperative solution to solve this current waste management issue in an eco-friendly way.

ISIPSC 2021

31

SEKOLAH SERI PUTERI

PROJECT TITLE:
HIBISCUS PYREXIA PATCH
https://www.youtu
be.com/watch?v=K

jfQ5j
O
wgcc



MS RAIHANA BINTI ABU BAKAR
MARYAM HUDA BINTI MOHAMAD

ZAHIRAH BINTI MUZAMIR





Commercialized cooling
patches contain a lot of dangerous chemicals such as
polyacrylic acid and dimethylol dimethyl hydantoin that could dry and irritate the skin
of the user. The objective of this project is to produce an environmental friendly
cooling patch as an alternative to the commercialized cooling patches. Other than
that, to produce cooling patches that use materials that are easy to be found which
are hibiscus flowers and leaves. Lastly, to create cooling patches with a cheaper price
as it is created using the traditional way. The methodology of creating this product is
too obtain mucilage of hibiscus by squeezing the flowers and leaves. Then,10g of
gelatin powder was mixed with cold water in a beaker and immersed in a water bath.
The gelatin mixture was then added to the flower extract, water, glycerine and rose
water to help all the substances to stick together for easy application. One of the
advantages of this cooling patch is the mucilage extracted from hibiscus flowers
potentially acts as an anti pyretic.is reduces fever due to its high availability of vital
nutrition substances, antioxidants and low concentration of dangerous in organic
matter. Secondly, organic materials were used to make this cooling patch thus it can
prevent harm to the skin of the user unlike commercialized patches. This is helps
reducing extreme body temperature without the user having negatives side effects.
Thirdly, the cost oft his cooling patch is very affordable and cheaper with its high
quality than commercialized patches since the usage of advanced technology does not
apply in making this product. This helps people in need to buy this patch for their
health. Fourthly, the material which is hibiscus flower is easily obtained in Malaysia. We
are proud to be Malaysian as our National Flower has this valuable characteristic
especially in medication.

ISIPSC 2021

32

SM SAINS BANTING

PROJECT TITLE:
SLIDING DOOR BURGLARY ALARM




https://www.youtube.com/watch?v=-o
5sz
EQupdY




MS SITI ALIA BINTI ISMAIL

ALEEYA HUMAIRAH BINTI AFANDI
NUR ISWAHANI IZZATI BINTI ISWANDI






Nowadays wea lways hear or read on social media or print media about cases of
burglary crimes. One of the modus operandi of the house breaking case is to break
through the sliding door. There are many home security products / services on the
market but most are expensive in terms of installation as well as monthly fees. An
innovative product called Sliding Door Burglary Alarm (BASeD) is a safety product used
on sliding doors. This product is based on the idea of putting a piece of wood on a
sliding door. This product is upgraded by making the wooden block with an alarm
placed on the sliding door to block from sliding door obstruction and will sound the
alarm. A total of 20 respondents tested this product and answered the questionnaire.
The results of the survey show that most respondents strongly agree and agree that
BASeD is easy to install, easy to operate, reasonably priced and believes that BASeD can
improve their home security. BASed has the potential to be marketed and
commercialized. This product can be improved by adding a bluetooth function that can
send a signal to the home owner when an alarm is triggered.

ISIPSC 2021

33

SUANSRI WITTAYA SCHOOL







PROJECT TITLE:
NUTMEG FRUIT SLICER



https://drive.google.c
om/drive/folders/1


U13FTuO01Nl1yGnli_UI?WusM



pH=sDhza7rMinYgKXin

MS SARINYA JI
TKAMONKAN
POPNAGCSHAAKROARTN
PKAOSPNIRGOJINMDA








Nowadays, the agricult
urists process nutmeg fruits by hand slicing. This leads to the
slowliness and the acc

idents from the knives. The researchers aimed to help them by
inventing a mutmeg fr
uit slicer. The objectives of this science project were to 1) make
nutmeg fruit slicer 2)
study the effectiveness of the nutmeg fruit slicer between two
different shapes; cresc
ent and worm-like and 3) study the users’satisfaction of nutmeg




fruit slicer. The results
of the study were as follows;1) The nutmeg fruit slicer is effective.
Slicing nutmeg fruits us
ing the slicer is faster than using knives with the good quality of
sliced flesh. 2) Hand cr
esent slicing took 1.20±0.03 minute/fruit and using nutmeg fruit
slicer took 0.39± 0.032

minute/fruit.Hand worm-likeslicing took 1.43±0.01minute/fruit and
using nutmeg fruit slic
er took 0.53±0.17 minute/fruit.It showed that using nutmeg fruit
slicer took less time than hand slicing. 3) The satisfaction of 10 nutmeg fruit slicer users
were at highest level with the mean at 4.76.

ISIPSC 2021

34

BUNDANG MIDDLE SCHOOL







PROJECT TITLE:


WAY TO SOLVE SYNTHETIC DETERGENT :

NATURAL DETERGENT




https://youtu.b

e/hNzIBwcfEeA
MS HAN, K

YUNGJIN

YUSHI
N LEE
HYOBIN
AHN




dWoceaetteaernrgeapnnotdlltumhtaiaotknwesemwueasatenesralqwl utahaseltiet



tywimdaoete.wrSn, y.cnTathuheseetmidcadbineytreheruagsmeonantnit’sshadaticfcftiiacvuuitslytetsfolowwdaestceoirnmptooploltuhsteeioilnnakitseh,seyrmnivteohrletetoincr

water, block the sunlight and o
xygen, so it makes plankton difficult to breed. Also, ‘phosphorus’
to increase cleaning power be
comes an acid salt and causes eutrophication causing water to
rot. So, this is a reason why sy
nthetic detergent is a main reason of water pollution.
Objective:The main reason
that causeswater pollution is phosphorus that is one of the
ingredients of synthetic deter
gent. To solve it, natural detergent is solution. But it has one big
issue, weak cleaning power. S
olving this problem, I used lined that makes cleaning power up
even though it is eco-friendly.

Dissolvent: The main solutio
n of synthetic detergent is not containing chemical surfactant
which can kill aquatic life. Also
, sodium Laureth Sulfate, peige and sodium Lauryl Sulfate in the
chemical surfactant cause side
effect like cancer, atopy, contact dermatitis stunted growth and
cataract. To remove impuriti
es and cleans the dishes with natural detergent, we can mix
potassium, sodium and magnesium. To make natural detergent, high-concentration alkaline
ionized water concentrated in an ionic state lined, is a wonderful ingredient. It is e to clean
polluted materials more easily and have nice cleaning power.
Effect: By using this natural detergent, people that have sensitive skin don’t have to worry
about inflammation and some side effects that chemical detergent has. So people that have
those kinds of skin would buy this so if this natural detergent is commercialized it can result in
lots of profits. Thus, it is easily washed out by water and, different from synthetic detergent that
is important characteristic because it doesn’t cause water pollution. Eunjoo Kim, a CEO of
brand EGenbio that sell natural detergent, said the company now slowly gains attention and
money. If we use synthetic detergent, we don’t harm the river, lake or ocean. Therefore, it will
be the key of saving the Earth from water pollution.

ISIPSC 2021

35

BUNDANG MIDDLE SCHOOL




PROJECT TITLE:




THE SEA HAS BECOME BREATHLESS





https://youtu

.be
/sswZ7k_KKQg

MS HAN, KYU
NGJIN

JIYOON PAEK

EUNWOO JANG










Earth, the most beau
tiful planet in the solar system, looks blue from space. The ocean

accounts for 70 perce
nt of the earth and plays an important role, However




it has learned that ma
sks used by people in Covid-19 are dangerous to marine life.

Methodology: The m
ethod is to make a plastic mask with eco-friendly plastic PLA or PBS

that biodegrades 100
% by microorganisms during peggies. PLA is eco-friendly made from


corn starch.


Results: It takes mor
e than 500 years for ordinary plastic masks to decompose, but PLA

masks are biodegrad
able and biodegradable products that decompose more than 90
percent of microorgan
isms within six months of landfill. As a result, the masks can reduce

marine environmental problems even a little.

Conclusion: Many people, like PLA masks, are trying to reduce pollution. The mask, which

had ensured the quality of life and safety of people when they did, is now killing the earth.

I hope that the PLA mask will make the best use of the earth and become two birds with

one stone that are also economically useful.

ISIPSC 2021

36

SURATPITTAYA SCHOOL







PROJECT TITLE:


OIL ABSORBENT BOOMS FROM POPCORN-

DERIVED POROUS CARBON FLAKES




https://youtu.b


e/dC
iT1u5i7yI
MR SA-ARONING
DA-O

SIRMIPISASKCAHRANYRAADMA MPHA
ONLAPKLIATJA










In its current state, th
e hum
an consumption of natural resources in the form of oil is at
an upward datrilayntsrpeonr

dt,atwioitnh
, more oil consumed worldwide than is even necessary for
businesses, agriculture etc. This over-consumption causes many

problems, one of the
most
serious being oil spillage into water sources. It is therefore
no surprise that this
issue is still a focal point for researchers all over the world. As a
result of the effects fr
om oil slick study of oil stains contaminating various water sources,
it was found that it
also disrupted the scenery and that the oil slick blocked gas
exchanges and photo
synthesis of phytoplankton, algae and aquatic plants affected by
the decreased oxygen
in the water. This reduction of oxygen has detrimental effects on
many forms of aquati
c life. In the past, researchers found that carbon has properties to
effectively absorb
oil and examining information on the website,
https://www.scienced
irect.com, we discovered that when popcorn is roasted until it
becomes carbonized,
its surface area expands and its porosity is enhanced and as a
consequence, it main
tains a good oil absorbent efficiency. Moreover, if it stays in a
shape with a large en
ough surface area and lus contact with water, the oil absorbency
will more effectively w
ork. Thus, our solution to the problem of oil spillage caused by the
over-consumption of
oil are oil absorbent booms that control the spread of oil made
from popcorn-derived porous carbon flakes. Apart from its absorbent properties, the

material's manufacturing costs are cheaper, easy to come by and convenient for expand

production capacity in the future.

In comparing the amount of oil absorbency from popcorn carbon flake booms with

other carbon material booms in the same amount of water found that less of the

popcorn carbon flake booms could absorb more than others. Alternately, the booms

made from popcorn-derived porous carbon flakes can also be dried out and utilized as

fuel, which further highlights their economical benefits,

ISIPSC 2021

37

SURATPITTAYA SCHOOL




PROJECT TITLE:

MOISTURE ABSORBENT CORNSTARCH


GLASS CLEANER

https://youtu.

b


e/Iec1-jPNZcA
NMASTWNIACRHAANTGHKOHN
AGNPAHWANANANJITG
CHUTHAWAT CH
UTHANON




mirrors
In the daily life of every
one, we find that are a common items that can be find
everywhere. And we us
e various products for cleaning. Each time when we clean we
have to use this produ
cts. Which in cleaning product often contains various chemical
ingredients that have a
strong smell and cause harm to health and can not prevent the
othcacturhraevneceaosf tdroirnt.gTshmis
ecllleaanndingarptrohdarumctfuolftteon contains various chemical ingredients
health and also can not prevent the
occurrence of dirt tha
t is the cause of the problem, it also cannot prevent the
occurrence of dint. The
cause of the dirt on the glass is caused by limestone deposits
and dust that float in
the air before it clings to the glass. The limestone stains are
cWinahuthesneedgwlbaaystestrhaeervedaewpwohretaontetthhs

,eeithdfouossrttmtfhsloalaitmtsseeistntclecaolseno, tananctdthwediugthlsatstihsn.eTtghhleeasgwslaasstuesrrifsawccielal,udistisewsdoilllbvsyetimtchkoetisodtuuthsrtee.
glass. Therefore it is im
perative to correct the root cause of e glass dirt problem. By
harmful to health and t
he environment natural substances to make products to reduce
the chance of dirt that iA
s bnsootrbent
The project "Moisture Cornstarch Glass Cleaner" The objective is to study
and invent a method to increase the efficiency of cleaning glass from natural materials
to replace the glass cleaner in the market that comes from chemicals to equal or higher
efficiency and directly fix the cause of stain and dust problems. From the study of glass
cleaner products from cornstarch, get ideas from the website https://1th.me/MSsU7 so,
it is used for further study and research and the website https://1th.me/TZGTF states
that cornstarch has good water and moisture absorption properties. In addition, we
studied information about other types of starch from the website https://1th.me/sfe7m,
https://1th.me/Ly7ig to compare the moisture absorption efficiency,
Conduct an experiment by mixing 1 tablespoon of cornstarch with 300 ml of water,
then adding 1 tablespoon of ammonia and 1 tablespoon of vinegar. Then mix it
together. Do it the same way as any other starches. After that, it was tested for
effectiveness by spraying on glass and leaving it for a specified period of time. Then
clean and measure the humidity of the air compared to the humidity on the glass. The
results showed that cornstarch glass cleaner was as effective in cleaning as other
common glass cleaners in the market. But it can storb moisture better than other
starches. It was found that the moisture on the glass decreased. The adhesion of dust
on the glass after using the cornstarch glass cleaner took longer to cling to the dust
compared to other starches at the same time.


.

ISIPSC 2021

38

SM SAINS HULU SELANGOR



PROJECT TITLE:

PLATANO BIOPLASTIC CONTAINER

https://youtu

.b

e/SkXoInxDlPI
MS LISNEZA BIN

TI ROSELI

BILQIS NURDAMIA BINTI ZULNURZARIR
INTAN NOR EDRYANA BINTI NOR AZLIMAN





Nowadays, a lot of plastic
have been disposed and polluting the environment. Plastic has been
found to be persistent p
olluters whether being mistaken for food by the poor aquatics,
flooding low-lying areas b
y clogging drainage systems, or simply causing significant aesthetic
blight. Not only that, bu
t plastic are estimated to require approximately 450 years to
decompose in a landfill. It
is estimated that 150 million metric tons of plastics currently linger in
the world oceans. Plastic
pollution threatens food safety and quality, human health, coastal
tourism, and contributes
to climate change. Also, Marine species ingest or are entangled by
plastic debris, which causes severe injuries and deaths. Our product is used to overcome the
problem when it comes to disposing of plastic waste. Our product which we call Platano
Bioplastic is a bioplastic product as it has less usage of energy compared to conventional
plastic and an eco-friendly product as it does not harmful to the environment. To make this
product, we need to blend banana peels, thymes and cinnamon with hot water. Mix the blend
product with gelatin, mold it into container and dry it. In conclusion, using our product can
reduce the usage of plastic in our daily lives, thus, lessen the chemicals and toxin in soil that
was caused by non-biodegradable plastic. Not only that, after we use the Platano Bioplastic as
a container, we can throw it into the soil and it will become a natural fertilizer for the plants.
Our product contains banana peels that have traces of magnesium and sulfur, which that can
help plants make chlorophyll. So, we can avoid using other chemical fertilizers as it can
contamine the water sources. Lastly, we can save money and time because we do not need to
buy other ordinary fertilizer and at the same time, it can give us hope that this world can
produce a better environment without pollutants.







ISIPSC 2021

39

ISIPSC 2021

40

SEKOLAH TUANKU ABDUL RAHMAN



PROJECT TITLE:

TYNET
https://youtu.be

/heO2XgSDELg




MS NOOR ANIZA
BINTI ABDULLAH
AMMAR AMIN FAIZ BIN
AMIENURUL-FAIDZAD

SHAM DANIAL BIN SHAM IZUDDIN









In the world of work, how
people wear is crucial in showing their formality and professionalism in
dsbepxlisaeetzccienuiarct,ltilnisyvhgecirrtethd,aeiaftfienreddrdeuatnintecie.einsH.ncoToowhmveea


pvstieeaorrnd,etadfhoyesrt,ottthiehetertathitdearia,ttiwdomiinttoihaoslntthatpieleewsno.oaprTmlkeheeawtoetdfirew“eTseYifgaoNnrrEemTov”fee. rWnaydhistaaryaat dihssiuatTisiotYniNwtasEhl Tiimct?ihepTuYchoNraintEsiseTissai.tssTnahoutufmiesa,bwwselireathc’vokeaf,
problems. Firstly, the knot
design requires the wearer to tie their tie. This burns a lot of time considering
that the wearer has to tie
it all over again if the tie is knotted unwell or has been untied. Secondly,
traditional ties tend to caus
e suffocation or discomfort due to the tie looping around the neck tightly. The
neck is a soft and sensitive part of the human body that is needed for wearers to breathe. TYNET’s
objective is to pursue a convenient, comfortable ,safe and easy solution corresponding to the problems
that occur while using a traditional tie such as discomfort occurring from suffocation or even the time
taken for a person to wear a tie. The methodology of TYNET’s design; the neck part of the tie is cut from
the bottom part, making TVNET a two-piece design. The neck part is then equipped with magnets on
each side. A clip-on concept is applied into TYNET. Why magnets? It is due to its convenience to wear and
to take off the tie. It is also easily adjustable. To counter the inconsistent and imperfect knot when tying a
traditional tie, the knot is sewed so that it maintains a perfect shape. There are plenty of advantages that
one can acquire by simply choosing to wear TYNET such as being time-efficient with its clip-on design
which ensures a time-efficient solution when wearing it in a rush situations like in the morning, in the
toilet or even for Muslims, taking it off before conducting their daily prayers. TYNET also prevents injuries
that can occur with traditional ties like suffocation and strangulation. TYNET will surely make a difference
when it has been commercialized as it will quickly change the public perspective towards traditional ties.
At the academic level, students in middle school or high school would actually be safer. A study
conducted by R.Hirschmann shows that 23 percent of Form 1 students, who were in the first year of
secondary school and around the age of 13 years old, reported to have experienced bullying, and the tie
could possibly be used to strangle them. On the other hand as the public opinion is quickly searching
towards the concept of convenient ties, the other companies surely would be inspired in finding the
concept to construct their very own easy-to-wear ties, or even other attires. The public would surely be
more comfortable and safer wearing TYNET. To put things in perspective, we, students of Sekolah Tuanku
Abdul Rahman, envision a world that is safer, enjoyable, and comfy individuals with the use of our
innovation, TYNET.

ISIPSC 2021

41

KOLEJ ISLAM SULTAN ALAM SHAH

PROJECT TITLE:
TRICK FOR APPROXIMATING

SQUARE ROOTS

https://youtu
.be/IWStjndBeOM




MS WAN ROHANA BINTI TON MANAN
ZAIM ZULHILMI BIN ZAMZURI

MUHAMMAD ADAM BIN MUHAMMAD ABU ZAID



Kajian ini bertujuan untuk menyelesaikan masalah bagi mendapatkan nilai kasar atau
hampir bagi sesuatu nombor bukan punca kuasa 2 sempurna tanpa menggunakan mesin
penghitung atau calculator. Berdasarkan kajian ini kami telah berjaya menerbitkan sebuah
rumus iaitu ( + )/2√ ≈√ untuk mengira nilai yang kasar bagi nombor bukan punca kuasa 2
sempurna . dimana Y adalah nombor bukan kuasa 2 sempurna yang ingin dihitung nilai √
manakala X adalah nombor kuasa dua sempurna dan nilainya hampir sama kepada nilai Y.
dengan memasukkan nilai X dan Y ke dalam rumus tersebut, kita akan memperolehi nilai
kasar bagi nombor bukan punca kuasa 2 sempurna iaitu √ . antara contoh punca kuasa
dua tidak sempurna, √ yang boleh kami dapatkan nilai kasarnya dengan menggunakan
rumus ini ialah √8 , √17 , √23 , √79 . Rumus ini kami terbitkan dengan menghubungkaitan
antara satu nombor punca kuasa dua sempurna dengan satu nombor bukan punca kuasa
dua sempurna. Dalam menerbitkan rumus ini kami telah mengaplikasikan secara optimum
segala ilmu yang telah kami pelajari di sekolah. Sebagai contohnya kami menggunakan
kemahiran dan ilmu rumus algebra, pengolahan persamaan, persamaan serentak, hukum
kuasa dua dan lain-lain. guru-guru kami tidak mengajar kami menghafal dalam matematik,
sebaliknya mengajarkan kami kefahaman yang tulen bagi konsep dan pengaplikasian
matematik itu sendiri. Hal demikian yang menjadikan kami amat menguasai apa yang kami
telah pelajari. Oleh sebab itulah dengan berbekalkan kefahaman yang tinggi dalam
matematik, kami mampu membina,mewujudkan dan mencipta perkara baru yang tiada
dalam silibus kami sebagai contoh rumus yang kami ciptakan dalam kajian kami ini iaitu
( + )/2√ ≈√ .
Kesimpulannya, kami percaya bahawa rumus ( + )/2√ ≈√ yang kami ciptakan ini amat
membantu menyelesaikan masalah dalam mendapatkan nilai kasar bagi sesuatu nombor
bukan punca kuasa 2 sempurna tanpa menggunakan calculator bahkan rumus ini juga
mampu memberi sumbangan yang banyak dalam bidang keilmuan matematik.

ISIPSC 2021

42

SEKOLAH MENENGAH SAINS SELANGOR



PROJECT TITLE:

AMAZING ANTIOXIDANT




https://youtu.b



e/qEJNIwCNSFc
MS FATIN HANANI B
INTI MOHD NADRI

ALISHA DANIA BINTI HYDAR ALI

NUR FAIZA BINTI IZAM










Hibiscus Sabdariffa, w
idely known as Roselle, is a species of hibiscus probably native to

West Africa. This plant
has a high potential as a source of bioactive chemicals unlike what




many people realize.
While its sepals are widely studied and used for its nutritional

purposes all around th
e globe, its leaves, stems and seeds are normally left unused.Hence,

there is very limited d
ata available and accessible on antioxidant properties of extracts


obtained from other
parts of Hibiscus Sabdariffa. So, in our project today, we are

provingthat the unuse
d parts of this plant also have high potential of becoming natural

antioxidants for prolonging the shelf of skincare products.

43

SUANSRI WITTAYA SCHOOL







PROJECT TITLE:


ORGANIC ACID FERMENTATION FROM

COCONUT WATER AND SOUTHERN LOCAL

FRUITS INSTEAD OF USING CHEMICALS TO

HARDEN RUBBER LATEX




Ahttps://drive.google.com/drive/folders/1hHMsjR

Lwunx3xm8o_cjd_I
y80u8GtXDy?

usp=s
ha
ring
MS MONRU
D
E
E STYNE

THITIMA CHU
MSANG
NICHAPAT NINS
AW
ATCHAIKUL




Nowadays, agriculturists u

se
chemicals to harden rubber latex. Those chemicals are

dangerous for both living
things living on earth and in water. The researchers are
interested in using organ
ic acid fermentation from coconut water and other kinds of

southern local fruits instea
d of using chemicals to harden rubber latex. The objectives of
the study were 1. to study
the4 formulas of organic acid fermentation of coconut water
and agricultural crops2. to
study the effectiveness of the organic acids compared to the
synthesis acid and 3.tofin

d out the right amount of organic acids in order to harden
rubber latex .The organic
acid fermented experiments consist of 4 formulas –1. The
organic acid fermentedfro
m100 %coconut water. 2.The organic acid fermented from
coconut water and pinea
pples. 3. The organic acid fermented from sugar cane and

coconut water and 4.The o
rganic acid fermented from mangosteens and coconut water.
All the formulas were com
pared the pH value with the Formic acid. The result of the
study found that all of the
formulas are effective and can make the rubber latex hard
effectively. These element

s also make rubber elastic. Its surface is slightly porous. The
rubber becomes off-white and thescent is not toostinky.

ISIPSC 2021

44

KANCHANAPHISEK WITTAYALAI

SURATTANI SCHOOL







PROJECT TITLE:


THE AMOUNT OF SULFUR THAT AFFECTS THE

STRENGTH OF BANANA-LEAF ROPE




https://youtu.b
e
/IDYw6_b7R3w


MS UTHAIT
I

P INJANG

PHATTARAPONG
JAISAWANG
SINKAMONPU
T
H KAEW-IN







Currently, the use of ban
ana-leaf rope decreases sharply due to the availability of

stronger and more durable
synthetic ropes. A study found that sulfur can make cellulose

in plant cells to make
banana-leaf competitive with the synthetic alternatives.


Thevulcanization process
can happen cross-link between cellulose and sulfur. In this

study the researchers exa
mined the amount of sulfur that can affect the strength of
banana-leaf rope. 60 cm.
banana-leaf ropes were baked with 20 g, 50 g and 80 g. of




sulfur respectively. Then,
the strength of the banana leaf was tested by hanging sand
bags of 1000 g. The resea
rchersmeasured the change in the length of the ropes. It was

found that the strongest
banana-leaf rope dried with 80 g of sulfuris comparable in
quality with synthetic rope
s. The difference in length between this rope and synthetic

being as little as 0.87 cm.

ISIPSC 2021

45

KANCHANAPHISEK WITTAYALAI

SURATTANI SCHOOL




PROJECT TITLE:




THE MACHINE OF STEAM DISTILLATION FROM

RECYCLABLE MATERIALS




https://youtu.be

/QCNONei_jU0






THMANSAUPTOHLAIINT
ITPAIRNAJAWNAGREE
WILAILUK PONVA
TTANACHAROEN








This research aimed to prod

uce a steam distillation machine from recyclable materials.
Such machines can be used

to extract oil from herbs and fragrant flowers. The machine is
expected to work efficiently


and has a low cost. The main principle of the machine is to

extract the oils by steam
and condense then through copper pipes. To assess its
efficiency, the machine was
studied and compared with a regular steam distillation

apparatus in a laboratory. In
the extraction of essential oils from Cymbopogon nardus,the

volume of the extract from a
30-minute session of steam distillation by the machine was

approximately 99.33 ± 10.07
cm3. On the other hand, the essential oils extracted by the
dthisetiellxattrioanctawpapsartaaktuesniinnttoheacla


cboournattobryycwheercekianbgotuhte2v5ol±um15e.0o0f
cm3. Moreover, the purity of
the oil in water by extraction

with hexane layer through th
e essential oil. A purity of 20.7 percent was obtained from the

machine produced by recycla
ble materials while the laboratory machine produced the oil

with 10.6 percent of purity. I
t is clear that the machine product by this research can work

more efficiently than the labo
ratory machine. Besides, this machine is more durable as it is
made from long-lasting and
recyclable materials. Thus, the broad use of the machine
tested could significantly redu

ce the laboratory expenses.




ISIPSC 2021

46

SURATPITTAYA SCHOOL







PROJECT TITLE:


COLOR CHANGING STICKERS FOR TESTING

HIV, SYPHILIS AND HERPES ON

SANITARY NAPKINS


hWttIpLsAT:/IH/LyMAUoNKRuAtPSuPAO.OAbNL





eRV/OIAxN

NSTT_TIAKNAR_GNbAZADWUCAAuHORHAE0REOEN


At present, the number of
transmitted diseases is increasing annually from The
se
xually
division of AIDS and STIs shortu
rl.asia/ALsG3and sexually transmitted disease screenings, we
found that there isn’t adequate
examination equipment that is convenient and easy to use ,
and so most people end up ha
ving to go to the hospital for examination. The problem is that
people may be embarrassed a
bout the prospect of getting a sexually transmitted disease
test done at the hospital and
not prepared to let others know. This may, in turn, lead to
situations where potential dise
ases are not treated until they became more severe, with the
heightened threat of infecting o
thers. Even with the current herpes tests, people still cannot
check their statuses by them
selves and the examination process is difficult and time
consuming. There are HIV and
syphilis testing kits that can be tested at home. For some
people, however, there is also
the difficulty of having to draw their own blood. In doing so,
they may cause an infection in
the wound at the puncture site if they are not careful and do
not keep it clean. The organ
izing committee has therefore invented the project. Color

Changing Stickers for Testing HIV, Syphilis and Herpes on Sanitary Napkins using menstrual

blood to reduce the procedure for drawing blood for women is a concept derived from the

working principle of the pregnancy test device from the website

http://medicaldevices.oie.go.th/box/Article/9240/Pregnancy Test Kit.pdf. The color bar

display of the test plate area is made of nitrocellulose membrane and the colloidal gold-

coated area has a disease-specific antibody coating. Using the principle of

immunochromatographic assay, the sticker has a distinctive feature that can detect 3 STIs

on one sheet -HIV, syphilis and herpes. The purple bar shows the effect of HIV infection, the

yellow bar shows the signs of herpes and the blue bar shows the signs of syphilis.

From the performance test, it was found that the sticker sticks well on the sanitary napkin

and that the sticker experiment can change color according to the type of disease.

Therefore, it can be concluded that the HIV, syphilis and herpes test color change stickers

are effective to use from the reproductive age onwards for women. They can help women

get tested for sexually transmitted diseases easily and conveniently.

ISIPSC 2021

47

SURATPITTAYA SCHOOL




PROJECT TITLE:
NATURAL PACKAGING TO SOLVE
CONTAMINATION FROM PLASTICIZERS

https://youtu.b
e/jL_Cz9EyIW0
MR SAARO

NI


NG DAO

PUNNANUT TH
ONGPRIM

CHETSUDA PRAMNOK





EfdArsotopumpebrceleicsa.oellnynS,vitn,edctnuehireeitnnhutgessetcthoooernfetCp


saOlmaoVsirtnIiDcas-tt1pior9aencekptwaaghfnoiidncoeghdmicsriacewu,ssittdaeheudesrpaburnyseteashdeobafsetuctechadheusspaeelsaspiinttaiccifskrpoaaczgeocinknngavfgeohinnoaigdesn,pietnasctcprokeeaacugisaisenleldgy.
packaging of acidic and
fatty foods, led to harm our health. It was referenced from the
website https://ps
tip.cc/b/life and health/plasticizers, packaging-to-
foodcontamination.htm
l, packaging-to-food contamination.html which indicates that these
plasticizers. If we take
continuously, it will effect to our health in long term, caused
bleeding in the lungs, en
larged liver, including cancer. Therefore, it is the source of frozen
food packaging from Ch
itosan. It is a packaging that focuses on the use of Alpha Chitin
which derived from sh
rimp shell extraction which we can find the information from
hthhtttetppiyssb:://-//kwsaitwre-wcsh..gdio-ipsotughylae-xi..ccinootmmh

r//is1yi-6tke4h/8de8am2wi4/pk8ua/dcr-haceihtnoi-gspatuhnyu-nkhgtehmxn/rguk-aarernkudexsntgr/-dkhaoi-wtinp-tokhohedi-etoa-nsga/np.eriIywtbe-bwsiates
found that Alpha Chitin has the arrangement of molecular chains in opposite way, so it has
high strength. And Dextrin was added to represent a natural plasticizer which it is
information from the website https://sciusforum.mhesi.go.th/file/extended_abstract/817.
Pdf. It was found that by baking Chitosan film with Dextrin by forming from mold. This
Chitosan-based frozen food packaging can be tough, flexible, and have other physical
properties which are similar to those of conventional plastics. Plastic from Chitosan in
differently processed by heat. It doesn’t not produce residues because it is a bioplastic.
Therefore, it can be used to replace the plastic packaging that we use nowadays . From
the performance test, it was found that food packaging from Chitosan can reserve the
quality of food and free of residue because it is a natural packaging which solves the
problem of Plasticizers contamination. It is not harmful to humans and the environment
as well.

ISIPSC 2021

48

SM SAINS SERI PUTERI

PROJECT TITLE:

INVOLUCRO D’ECO

https://youtu
.b
e/qEJNIwCNSFc






DR ANIS DIYANA BT HALIM

NADIAH BINTI TAUFIK

ALIA JANNA BINTI MUHAMMAD FIRDAUS PETIAL






What excites you more
than receiving parcels during this Movement Control Order
(MCO)? Are you aware o
f the things that come with a purchased parcel? Bubble wrap! The
pop-able plastic packag
ing has been used since 1957 and harms the environment ever
since. Bubble wrap can
take more than 500 years to decompose, depending on the size.
We hereby would like to
introduce our product, Involucro D’eco, an alternative for an eco-
friendly packaging material made of biodegradable sources and an efficient fertilizer for
plants, thus preventing excessive plastic wastes. This innovative product is able to
decompose and act like fertiliser to the soil. This is due to the combination of the bacteria
called Ideonella Sakaiensis and the fish emulsion. The process takes place by mixing
starch, vinegar, water and glycerin together. The mixture is stirred thoroughly with a whisk
and heated over medium heat. The fish emulsion and the Ideonella Sakaiensis are then
added to the mixture and mixed well over medium heat as well. In order to get the typical
bubble wrap look, the mixture is poured in a bubble wrap mould that has been spreaded
with oil to avoid the mixture from sticking to the mould and is left to dry. The advantage of
using Involucro D’eco is it takes 3 to 6 months to decompose, much faster than the plastic
bubble wrap. This newly-innovated packaging wrapper is strong enough to protect its
content and have a good heat resistance. Since it is made from renewable biomass
sources, this wrapper will be cheaper than the commercialised plastic bubble wrap. On
top of that, our product is able to decompose as a fertiliser and supply nutrients to plants,
thus reducing plastic consumption in the retail industry. Due to the pandemic, the
Movement Control Order (MCO) undoubtedly accelerated the popularity of e-commerce.
Hence, it gives us a great opportunity to market and promote our product to the world.
We will start promoting the product through e-marketplaces such as Shopee, Lazada and
Carousell. This product is prompt to be purchased by online business sellers as they need
a wrapper to secure their products.

ISIPSC 2021

49

SURATPITTAYA SCHOOL







PROJECT TITLE:
DURIAN TREE NURSERY POTS



httpsM:/R/ySoAuAtRuO.b


Ne

/INatG2aDxAFOc9kzY

KANNADDA
PHOLLUE
DUANGPORN
DONSAI








Nowaday, a durian is a
famous fruit that is very popular in Thailand and abroad, and it is




also a one of Thai cro
ps. Therefore the demand of a durian seedling increases. But this
fruit is classified as diff
icult and takes a long time to grow. Most of the problems are in the
period that the plant i
s growing. The problem is the leaning or falling of a durian tree due




to soil not dense. Bec
ause durians should plant on the slopes and soil must be dense to
hold a durian’s roots
and trunk. A durian usually plants in a mound and hole. The
difference between th
e two kinds is, to plant in a mound grows better than to plant in
hole, but to plant in ho

le holds a durian trunk better due to in a mound that soil is not so
dense as to plant in ho
le that makes a durian tree lean and dies. The problem that occurs
causes this project. W
e use the materials which are hard, enduring, and biodegradable to
make the lowest cone
-shaped nursery pots with a wide base and put dense soil in the




pots. The pots will hold the durian tree before the mound's soil is dense and ready to hold
the durian tree. The results are the durian trees which plants in the pots exactly decrease
leaning and death, and the seedling can hold soil faster than planting in a normal hole due
to the roots getting more soil and oxygen that make the survival rate higher.

ISIPSC 2021

50