annualreportITTJ

LAPORAN TAHUNAN 2021 turing. In addition, apply for funding so that this
program can run.
2. Implementasi 2. Implementation
At this stage will be done the manufacture of
Pada tahap ini akan dilakukan pembuatan briket charcoal briquettes from dry leaf waste and dry
arang dari limbah daun kering dan ranting kering. twigs.
3. Evaluation
3. Evaluasi Conducted by the Waste team after implemen-
tation is carried out so that research objectives
Dilakukan oleh tim Waste setelah implementasi are achieved and can be developed in the next
dilakukan agar tujuan penelitian tercapai dan dapat program.
dikembangkan pada program selanjutnya.
4. #PilahPilihSampah campaign
4. Kampanye #PilahPilihSampah
Awareness of getting used to removing waste in
Kesadaran terhadap membiasakan diri membuang its place and managing waste so that it brings
sampah pada tempatnya dan mengelola sampah se- more benefits in environmental conservation
hingga lebih mendatangkan keuntungan dalam pe- really needs to be improved. As a visual commu-
lestarian lingkungan sangatlah perlu ditingkatkan. nication designer must be concerned about all
Sebagai desainer komunikasi visual haruslah peduli aspects that can be reviewed and do something
akan semua aspek yang dapat ditinjau dan melaku- to achieve the goals of a society that cares about
kan sesuatu kegiatan untuk tercapainya tujuan mas- cleanliness and environmental preservation.
yarakat yang peduli akan kebersihan dan pelestarian Therefore, it is expected that it will be easier to
lingkungan. Maka dari itu, diharapkan akan lebih mu- design a good concept in making a social design
dah untuk merancang konsep yang baik dalam mem- campaign about efforts to remind how important
buat sebuah kampanye desain sosial mengenai upaya public awareness of cleanliness is by getting used
mengingatkan kembali betapa pentingnya kesadaran to removing garbage in its place and sorting gar-
masyarakat akan kebersihan dengan membiasakan bage according to the place that has been provid-
membuang sampah pada tempatnya dan memilah
sampah sesuai pada tempat yang telah disediakan.

Edukasi terhadap sampah pada masyarakat menjadi
salah satu hal serius yang harus direalisasikan terkhu-
sus pada masyarakat di lingkungan kampus ITTelkom
Jakarta. Lingkungan yang bersifat kompleks akibat

Survey : Banyak sampah yang dibuang tidak pada tem-
patnya

144

timbulan sampah memerlukan perhatian lebih ke- ed.
pada masyarakat agar membentuk kesadaran akan
peduli sampah. Faktor penyebab kepedulian lingkun- Education on waste in the community becomes
gan didasari cara berpikir dan perilaku manusia. Salah one of the serious things that must be realized
satu bentuk edukasi persoalan sampah yang wajib especially in the community in telkom Jakarta IT
diketahui adalah pengelompokan antara sampah or- campus environment. The complex environment
ganik dan anorganik. Golongan sampah organik ada- due to the emergence of waste requires more at-
lah sisa sayur buah, makanan dan tulang-tulang dan tention to the community in order to form aware-
pengelompokan sampah non organik adalah kardus, ness of waste care. The causative factors of envi-
kertas, styrofoam, plastik dan lainnya harus punya ronmental concern are based on human ways of
tempatnya sendiri. Jika sampah jenis yang mudah thinking and behavior. One form of education on
terurai ini digabung dengan sampah anorganik yang the problem of waste that must be known is the
sulit terurai, maka jangan heran banyak masalah yang grouping between organic and inorganic waste.
terjadi di rumah. Mulai dari bau tidak sedap, tikus dan The organic waste group is the rest of the fruit
kecoa, serta emosi karena petugas kebersihan gak vegetables, food and bones and the grouping
kunjung datang angkut sampah. of non-organic waste is cardboard, paper, sty-
rofoam, plastic and others must have their own
Partisipasi aktif mahasiswa beserta civitas akademik place. If this type of easily decomposed waste is
dalam lingkungan kampus ITTelkom Jakarta menjadi combined with inorganic waste that is difficult to
hal yang penting untuk diidentifikasikan dalam aksi decompose, then do not be surprised many prob-
pengelolaan sampah. Upaya menjaga kelestarian lems that occur at home. Starting from unpleas-
lingkungan harus bermula dari diri individu dengan ant smells, rats and cockroaches, and emotions
memulai dengan melakukan hal-hal kecil. Perubahan because the janitor does not come to transport
yang dilakukan kemudian dapat ’ditularkan’ menjadi garbage.
kebiasaan dalam keluarga maupun masyarakat, seh-
ingga terjadi perubahan besar. Menurut Singhirunnu- The active participation of students and the ac-
sorn dkk. (2012), perubahan cara berpikir masyarakat ademic community in telkom Jakarta IT campus
mengenai pengelolaan sampah rumah tangga untuk environment becomes important to be identified
mengurangi sampah di sumber melalui partisipa- in waste management actions. Efforts to maintain
si warga harus diintegrasikan ke dalam proyek bank environmental sustainability must start from the
sampah yang berbasis masyarakat. individual by starting by doing small things. Chang-
es that are made can then be 'transmitted' into
Pada kenyataannya masih banyak warga kampus IT- habits in the family and society, so that there is
Telkom Jakarta terkhususnya mahasiswa dan civitas a big change. According to Singhirunnusorn et al.
akademik yang masih belum mengetahui akan memi- (2012), changes in people's way of thinking about
lah sampah sesuai dengan tempatnya walaupun telah household waste management to reduce waste
memiliki tempat sampah yang sudah terpisah sebel- at the source through citizen participation should
umnya. Dari penjabaran masalah tersebut dan dalam be integrated into community-based waste bank
rangka memenuhi penilaian UI Green Metric dari sisi projects.
pengangan dan pemanfaatan sampah, muncul suatu
pemikiran untuk membuat kampanye #PilahPilih- In fact, there are still many residents of Telkom
Sampah di beberapa titik strategis kampus A dan B Jakarta IT campus, especially students and aca-
ITTelkom Jakarta. Kampanye peduli dalam pemilihan demic community who still do not know will sort
sampah ini diharapkan dapat menumbuhkan rasa ke- the garbage according to its place even though
sadaran serta dapat mengedukasi para warga kam- it has had a separate trash can before. From the
pus ITTelkom Jakarta akan pentingny peduli dalam description of the problem and in order to meet
memilah sampah. the ui Green Metric assessment in terms of waste
generation and utilization, there is a thought to
Tujuan secara umum penelitian adalah sebagai media create a #PilahPilihSampah campaign at sever-
edukasi mahasiswa dan civitas akademik ITTelkom Ja- al strategic points of Telkom Jakarta's A and B IT

145 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021 campuses. The campaign to care in the selection
of garbage is expected to foster a sense of aware-
karta akan memilah sampah yang benar. Sedangkan ness and can educate the residents of Telkom Ja-
tujuan proposal ini secara khusus adalah membuat karta IT campus will be important to care in sort-
rancangan desain kampanye peduli sampah. ing waste.

Kampanye Desain Sosial The general purpose of research is as a medium
Kampanye merupakan salah satu karya desain sosial of education of students and academic commu-
yang dapat dijadikan alat komunikasi agar tercapainya nity of ITTelkom Jakarta will sort out the correct
maksud dari desain tersebut. Efektifnya suatu kam- garbage. While the purpose of this proposal spe-
panye dapat dilihat dari hasil yang didapat dari target cifically is to design a campaign design caring
sasaran yang merasakan dampak dari kampanye iklan about waste.

yang dibuat. Juga tidak lepas peranan dari upaya sang Social Design Campaign
desainer yang senantiasa memecahkan masalah dan
mencari jawaban tentang hal-hal yang berkaitan den- Campaign is one of the social design works that
gan kebutuhan-kebutuhan mental dan material ma- can be used as a communication tool in order to
nusia, melalui kreatifitasnya yang kemudian diharap- achieve the purpose of the design. The effective-
kan akan mampu memenuhi tuntutan fungsional dan ness of a campaign can be seen from the results
keindahan suatu produk atau jasa. obtained from targets who feel the impact of ad-
vertising campaigns.
Dengan hal yang tertulis di atas, maka peranan de-
sainer komunikasi visual hendaknya memiliki kemam- made. Also can not be separated from the efforts
puan merancang konsep kampanye desain sosial, da- of the designer who always solves problems and
lam hal ini perihal pembiasaan buang sampah pada seeks answers about things related to mental and
tempatnya dan mulai kebiasaan baru dalam memilah material needs of humans, through his creativity
sampah demi pelestarian lingkungan melalui taha- which is then expected to be able to meet the
pan-tahapan inventarisasi, mengidentifikasi masalah, functional demands and beauty of a product or
menganalisa, menetapkan konsep kreatif dan media service.
yang tepat, kemudian menyusunnya dalam sebuah
bentuk desain akhir yang siap dilempar kepada mas- With the above written, the role of visual com-
yarakat.

146

Membuat karya desain kampanye kesadaran mas- munication designers should have the ability to
yarakat adalah suatu bentuk lain dari yang dapat kita design the concept of social design campaigns, in
kerjakan, karena yang biasanya bersifat komersial. this case the habit of habituing waste in its place
Dengan pemilihan kata-kata yang pada umumnya and starting a new habit of sorting waste for en-
berisi anjuran, petunjuk, nasehat dan sesuatu yang vironmental preservation through the stages of
bijak, maka karya desain sosial itu akan menjadi abadi inventory, identifying problems, analyzing, estab-
karena dapat selalu dinikmati setiap waktu walaupun lishing creative concepts and appropriate media,
informasinya telah sampai. then compiling it in a final design form that is
ready to be thrown to the public.
:
Creating a public awareness campaign design
work is another form of work that we can do, be-
cause it is usually commercial in nature. With the
selection of words that generally contain advice,
guidance, advice and something wise, then the
work of social design will be eternal because it
can always be enjoyed at any time even though
the information has arrived.

147 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021

https://www.youtube.com/watch?v=A7e4C07Nyjg

https://www.youtube.com/watch?v=0J7iUJYrVmw

https://www.youtube.com/watch?v=dSl91-lkquA
https://www.youtube.com/watch?v=IPfc7jvsVzw

148

WATER

https://greenmetric.ittelkom-jkt.ac.id/indicators/water-wr/

Tim Penyusun : Penggunaan air di kampus adalah indika-

Kamelia Binti Muhammad Chatib Quz- tor penting lainnya dalam UI GreenMetric.
wain, ST.,M.Sc Tujuannya adalah untuk mendorong uni-
Rana Zaini Fathiyana, SST., M.T versitas dalam mengurangi penggunaan air
Yudiansyah,S.T., M.T. tanah, meningkatkan program konservasi,
Eva Nurul Jamilah, S.T., M.MSi. dan melindungi lingkungan. Dalam indikator
Nindy Irzavika, S.SI., M.T. Water terdapat beberapa kriteria yang me-
liputi program konservasi air, program daur
ulang air, penggunaan peralatan hemat air,
dan penggunaan air yang diolah.

Water use on campus is another important indicator in greenmetric UI. The aim is to encourage universities to
reduce groundwater use, improve conservation programs, and protect the environment. In the Water indicator
there are several criteria that include water conservation programs, water recycling programs, the use of wa-
ter-saving equipment, and the use of treated water.

149 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021

QUESTIONAIRE

4.1. Water conservation program and implementation (WR.1)
Biopore and Rain harvesting (planning)

4.2. Water recycling program implementation (WR.2)
None

4.3. Water efficient appliances usage (WR.3)
40%

4.4. Consumption of treated water (WR.4)
None

4.5. Percentage of additional handwashing and sanitation facilities during Covid-19 pandemic (WR.4)
70% (Hand Sanitizer)

150

evidence and indicator

4.1. Water conservation program and implementation (WR.1)

Water Conservation – Biopore in Institut Teknologi Telkom Jakarta

Salah satu strategi dalam mengatasi masalah keter- One of the strategies in overcoming the issue of
sediaan air tanah di Jakarta adalah dengan mening- groundwater availability in Jakarta is to increase
katkan ketersediaan air tanah melalui pembuatan the availability of groundwater through the man-
biopori. Lubang infiltrasi biopori adalah lubang ufacture of biopore. Biopore infiltration holes are
silinder yang dibuat secara vertikal ke dalam tanah cylindrical holes that are made vertically into the
sebagai metode penyerapan air yang bertujuan un- ground as a method of water absorption aimed at
tuk mengatasi waterlogging dengan meningkatkan overcoming waterlogging by increasing the water
kapasitas penyerapan air tanah. Meningkatkan kap- absorption capacity of the soil. Increasing the wa-
asitas penyerapan air tanah dilakukan dengan mem- ter absorption capacity of the soil is done by mak-
buat lubang di tanah dan mengisinya dengan sampah ing holes in the soil and filling it with organic waste
organik untuk menghasilkan kompos. Sampah organ- to produce compost. Organic waste that is buried
ik yang terkubur di lubang ini kemudian dapat men- in this hole can then support soil fauna, which in
dukung fauna tanah, yang nantinya dapat membuat turn can create pores in the soil. The benefits of
pori-pori di tanah. Beberapa manfaat biopori adalah: biopore are:

1. Mencegah banjir dan meningkatkan cadangan air, 1. Prevent flooding and increase water reserves,
dengan adanya lubang biopori, air hujan akan lebih with the presence of biopore holes, rainwater will
mudah diserap ke dalam tanah, karena lubang infil- be more easily absorbed into the soil, because the
trasi biopori akan meningkatkan area infiltrasi. Den- biopore infiltration holes will increase the infiltra-
gan demikian, cadangan air tanah juga akan mening- tion area. Thus, groundwater reserves will also
kat dan dapat membantu mengurangi risiko banjir increase and can help reduce the risk of flooding
dan kekeringan. and drought.

2. Mengurangi genangan air, selama musim hujan 2. Reducing stagnant water, during the rainy sea-
genangan air merupakan tempat berkembang biak son puddles are an ideal breeding ground for mos-
yang ideal bagi nyamuk, yang nantinya dapat mem- quitoes, which can later carry various diseases
bawa berbagai penyakit

151 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021

Hasil yang diperoleh adalah dalam waktu dua ming- The results obtained are that within two weeks it
gu dapat menghasilkan 50 titik biopori yang terta- can produce 50 biopore points embedded in IT-
nam di ITTelkom Jakarta. Dengan beberapa biopori, Telkom Jakarta. With several biopores, it is proven
terbukti mampu mempercepat surutnya genangan to be able to accelerate the receding of puddles
air setelah hujan untuk meminimalisir terjadinya after rain to minimize the occurrence of flooding.
banjir.

Additional evidence link (i.e., for videos, more images, or other files that are not included in this file):
https://s.id/BioporiITTJ2021

4.2. Water recycling program implementation (WR.2)

Water Recycling Program in Institut Teknologi Telkom Jakarta

Air akan meninggalkan sisa setelah proses mencuci Water leftover from washing hands, washing glass
tangan, mencuci peralatan kaca, piring, dan lain- utensils, dishes, and others. Wastewater is not dis-
lain. Air limbah tidak dibuang ke selokan atau sun- charged into ditches or rivers but is reprocessed
gai tetapi diproses ulang ke pabrik air. Pengolahan to water plants. Wastewater treatment is treated
air limbah diperlakukan dengan menyaring limbah by filtering the washing water waste in the sink
air cuci di wastafel dan kemudian menyimpannya and then storing it in the tube. There are 2 tubes
di dalam tabung. Ada 2 tabung yang digunakan, that are used, the first to accommodate wastewa-
yang pertama untuk menampung air limbah dan ter and a place for cleaning from waste, while the
tempat untuk membersihkan dari limbah, sedang- second tank is to collect clean water. Water from
kan tangki kedua adalah mengumpulkan air bersih. the first tube is supplied to the second tube using
Air dari tabung pertama dipasok ke tabung kedua an electric water pump. Clean water is ready to be
menggunakan pompa air listrik. Air bersih siap di- used for watering flowers, grass, and plants. sew-
gunakan untuk menyiram bunga, rumput, dan ta- ers, normally through sewage treatment works,
naman. Selokan, biasanya berasal dari pekerjaan or where appropriate, through discharges direct
pengolahan limbah, atau melalui pembuangan to watercourses.
langsung ke saluran air.

152

4.3. Water efficient appliances usage (WR.3)

Water Efficient Appliances Usage in Institut Teknologi Telkom Jakarta

Penggunaan air yang efektif dan efisien dalam Effective and efficient use of water in various
berbagai kebutuhan diimplementasikan melalui needs is implemented through a water flushing
sistem pembilasan air di semua sanitasi toilet yang system in all toilet sanitation used. Another meth-
digunakan. Metode lain yang digunakan adalah od used is to use an automatic system on the
dengan menggunakan sistem otomatis pada keran hand washing faucet. Automation on both water
cuci tangan. Otomatisasi pada kedua media peng- use media is very useful in regulating the amount
gunaan air sangat berguna dalam mengatur jumlah of water used according to needs.
air yang digunakan sesuai dengan kebutuhan.
The table above shows the implementation that
Tabel di atas menunjukkan implementasi yang has been done to increase the effectiveness of
telah dilakukan untuk meningkatkan efektivitas water use in various purposes. The use of the wa-
penggunaan air dalam berbagai tujuan. Penggu- ter flush system in toilet sanitation has reached
naan sistem water flush dalam sanitasi toilet sudah 100%, then the use of automatic faucets on the
mencapai 100%, sehingga penggunaan kran otom- sink is at 50%. Overall, the fulfillment of the im-
atis pada wastafel berada di angka 50%. Secara ke- plementation of effective water use in ITTelkom
seluruhan, pemenuhan pelaksanaan penggunaan Jakarta has reached 75%. Currently, the remain-
air efektif di ITTelkom Jakarta telah mencapai 75%. ing 25% of the implementation that needs to be
Saat ini, sisa 25% pelaksanaan yang perlu dipenuhi fulfilled is in the implementation stage and is ex-
sedang dalam tahap implementasi dan diharapkan pected to be completed as soon as possible.
dapat selesai sesegera mungkin.

Additional evidence link (i.e., for videos, more images, or other files that are not included in this file):
https://bit.ly/ITTJIndikatorWater1

4.5. Percentage of additional handwashing and sanitation facilities during Covid-19 pandemic (WR.4)

Termometer Infrared Hand Sanitizer in front of Campus Area B Termometer Infrared Hand Sanitizer in front of Rector Office (Daan
(Halimun Campus)
Mogoit Campus)
153
ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021

Handwashing Facilities on the campus main gate Hand Sanitizer in front of classroom

Selama pandemi COVID-19, strategi yang dilakukan During the COVID-19 pandemic, the strategy car-
dalam menyediakan fasilitas protokol kesehatan di ried out in providing health protocol facilities in
lingkungan kampus adalah dengan menyediakan the campus environment was by providing hand
hand sanitizer dan pengukuran suhu tubuh otomatis. sanitizer providers and automatic body tempera-
Pengukuran suhu tubuh diperlukan dalam mendetek- ture measurement. Body temperature measure-
si suhu mahasiswa atau karyawan di kampus sebelum ment is needed to detect the temperature of stu-
memasuki lingkungan kampus dengan batas suhu dents or employees on campus before entering
maksimal 28 C̊ . Jika suhu di atas nilai ambang batas the campus environment with a maximum tem-
maka orang tidak diperbolehkan memasuki area kam- perature limit of 28 C̊ . If the temperature is above
pus. Hand sanitizer otomatis dipasang di beberapa the threshold value then people are not allowed
titik di area kampus untuk memudahkan seseorang to enter the campus area. Automatic hand sanitiz-
mencuci tangan. Alat-alat ini menggunakan sistem ers are installed at several points in the campus
otomatis sehingga tidak memerlukan kontak fisik area to make it easier for a person to wash their
pada bagian tubuh orang yang akan melakukan pen- hands. These tools use an automatic system so
gukuran suhu atau mencuci tangan. that they do not require physical contact on the
body part of the person who will take the tem-
perature measurement or wash their hands.

Additional evidence link (i.e., for videos, more images, or other files that are not included in this file):
Hand sanitizer : https://bit.ly/ITTJIndikatorWater2
Hand sanitizer and temperature sensor : https://bit.ly/ITTJIndikatorWater3

154

research Water is an important source of human life. Clean
water has begun to be scarce and therefore the
Air merupakan sumber penting bagi kehidupan manu- need to save water. So the use of automatic tap
sia. Air bersih sudah mulai langka dan oleh sebab itu sensors helps in saving water. In meeting Green-
perlunya menghemat air. Sehingga penggunaan sen- Metric UI scoring points, we will purchase multiple
sor keran otomatis membantu dalam penghematan automatic tap sensors for some strategic point. In
air. Dalam memenuhi poin penilaian UI GreenMetric, addition, additional hand washing and sanitation
kami akan membeli beberapa sensor keran otomatis facilities are also important points in greenmetric
untuk beberapa titik strategis. Selain itu juga, pen- UI assessments. The provision of safe water and
cucian tangan tambahan dan fasilitas sanitasi juga sanitation and a hygienic / clean environment be-
merupakan poin penting dalam penilaian UI Green- comes important in order to be able to protect
Metric. Penyediaan air dan sanitasi yang aman ser- human health in extraordinary events (KLB) infec-
ta lingkungan yang higienis/bersih menjadi penting tious diseases, such as klb COVID-19 today. In line
agar mampu melindungi kesehatan manusia dalam with the development of campus reopening pro-
kejadian luar biasa (KLB) penyakit infeksius, seperti tocols and procedures, attention to the status of
KLB COVID-19 saat ini. Sejalan dengan perkembangan WASH (Water, Sanitation and Hygiene or Water,
protokol dan prosedur pembukaan kembali kampus, Sanitation and Hygiene) facilities including hand
perhatian terhadap status fasilitas WASH (Water, San- washing facilities on campus. Some of the studies
itation and Hygiene atau Air, Sanitasi dan Kebersihan) conducted by the Water ITTJ team are:
termasuk fasilitas cuci tangan di kampus. Beberapa
penelitian yang dilakukan tim Water ITTJ adalah : 1. Ultrasonic Hand Sanitizer Automatic and Tem-
perature Monitoring

1. Ultrasonic Hand Sanitizer Otomatis dan Monitoring 2. Use of Water-Saving Equipment and Additional
Suhu Hand Washing and Sanitation Facilities

2. Penggunaan Peralatan Hemat Air dan Pencucian
Tangan Tambahan dan Fasilitas Sanitasi

1. Ultrasonic Hand Sanitizer Otomatis dan Moni- 1. Ultrasonic Hand Sanitizer Automatic and
toring Suhu Temperature Monitoring

Pada masa pandemi Covid-19, penyediaan fasilitas sa- During the Covid-19 pandemic, the provision of
nitasi seperti hand sanitizer otomatis sangat diperlu- sanitation facilities such as automatic hand san-
kan untuk mencegah penularan Covid-19 [1]. Protokol itizers is needed to prevent Covid-19 transmis-
pencegahan penularan Covid-19 itu berlaku bagi pen- sion[1]. The Covid-19 transmission prevention
gelola tempat kerja, universitas, pelaku usaha, peker- protocol applies to workplace managers, univer-
ja, pelanggan/konsumen dan masyarakat yang terli- sities, businesses, workers, customers/consumers
bat pada sektor jasa, pendidikan dan perdagangan and communities involved in the service sector,
(area publik). Salah satu cara mencuci tangan adalah education and trade (public areas). One way to
dengan menggunakan sabun ataupun hand sanitizer wash your hands is to use soap or hand sanitiz-
[2]. Hand sanitizer umumnya mengandung alcohol er[2]. Hand sanitizers generally contain 62% al-
62%, pelembut, dan pelembab. Dengan menggu- cohol, softeners, and moisturizers. By using hand
nakan hand sanitizer kita dapat mencuci tangan se- sanitizer we can wash our hands easily and do not
cara mudah dan tidak perlu menggunakan air need to use water.

Pengukuran suhu tubuh juga merupakan salah satu Body temperature measurement is also one of
protokol yang dicanangkan untuk mengurangi penye- the protocols established to reduce the spread
baran COVID 19. Suhu tubuh pada alat hand sanitizer of COVID 19. The body temperature in this hand
ini dapat dimonitoring dari jarak jauh sehingga mem- sanitizer tool can be monitored remotely making

155 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021 it easier for users to record data.

permudah pengguna dalam melakukan perekaman From the problems above, there is a thought to
data. make automatic hand sanitizer and body tempera-
ture monitoring to be placed on the ITTJ campus.
Dari permasalahan di atas, muncul suatu pemikiran Based on several studies that have been done, the
untuk membuat hand sanitizer otomatis dan monitor- automatic handwash is designed using only one
ing suhu tubuh untuk di tempatkan di kampus ITTJ. type of sensor, while in this study automatic hand
Berdasarkan beberapa penelitian yang telah dilaku- sanitizer is equipped with several sensors in the
kan, alat pencuci tangan otomatis yang dirancang form of infrared sensors, temperature sensors
tersebut hanya menggunakan satu jenis sensor, se- and ultrasonic sensors that work in an integrated
dangkan pada penelitian ini hand sanitizer otomatis manner and their values can be displayed on LCD
dilengkapi dengan beberapa sensor berupa sensor displays. To test the reliability of these sensors, it
inframerah, sensor suhu dan sensor ultrasonic yang is necessary to perform static characterization of
bekerja secara terintegrasi dan nilainya dapat dita- each sensor. The body temperature in this hand
mpilkan pada display LCD. Untuk menguji kehandalan sanitizer tool can be monitored remotely making
sensor-sensor tersebut perlu dilakukan karakterisasi it easier for users to record data.
statik masing-masing sensor. Suhu tubuh pada alat
hand sanitizer ini dapat dimonitoring dari jarak jauh The general purpose of this proposal was made
sehingga mempermudah pengguna dalam melaku- to add sanitation facilities in the ITTJ campus en-
kan perekaman data. vironment. While the purpose of this proposal
specifically is to design and make ultrasonic hand
Tujuan secara umum proposal ini dibuat adalah un- sanitizer automation, as well as create and design
tuk menambah fasilitas sanitasi di lingkungan kampus body temperature measurements that will be put
ITTJ. Sedangkan tujuan proposal ini secara khusus together with automatic hand sanitizer.
adalah untuk mendesain dan membuat hand sanitizer
ultrasonic otomatisasi, serta membuat dan mende- Automatic hand sanitizer
sain pengukuran suhu tubuh yang akan disatukan
dengan hand sanitizer otomatis The outbreak of the Covid-19 virus makes the im-
plementation of health protocols should not be
Hand sanitizer otomatis saggy and ignored. Washing hands with running
water is a crucial part, in addition to using a mask
Merebaknya virus Covid-19 membuat penerapan and keeping a distance of at least 1.5 meters.
protokol kesehatan tidak boleh kendor dan diabaikan. However, hand washing facilities with running
Mencuci tangan dengan air mengalir adalah bagian water are not always available. The use of hand
krusial, selain menggunakan masker dan menjaga ja- sanitizer is an alternative.
rak minimal 1,5 meter. Kendati demikian, fasilitas cuci
tangan dengan air mengalir belum selalu tersedia. The automatic hand sanitizer fluid system is a sim-
Penggunaan hand sanitizer menjadi alternatif peng- ple circuit consisting of three main parts, namely
ganti. the infrared proximity sensor, a series of switching
transistors and a mini dipping pump with DC volt-
Sistem otomatis cairan hand sanitizer merupakan age as shown in Figure 2.1. This system is stand
rangkaian sederhana yang terdiri dari tiga bagian alone or portable so that if the laying move is not
utama, yaitu sensor infra merah proximity, rangkaian troublesome because the power uses a power
transistor switching dan pompa celup mini dengan bank or battery.
tegangan DC seperti yang diperlihatkan di Gambar
2.1. Sistem ini berdiri sendiri atau portable sehingga
jika peletakannya berpindah-pindah tidak merepot-
kan karena daya menggunakan power bank atau bat-
erai.

156

Wiring Diagram Alat Sensor infra merah

Sensor infra merah proximity merupakan sensor Infrared proximity sensor is a barrier sensor or
penghalang atau sensor untuk mendeteksi tangan. sensor to detect the hand. This infrared proximity
Sensor infra merah proximity ini menggunakan mod- sensor uses a ready-made module and is shown
ul yang sudah jadi dan diperlihatkan pada Gambar in Figure 2.2. Infrared proximity sensor or also
2.2. Sensor infra merah proximity atau disebut juga called obstruction sensor, works when there is
sensor halangan, bekerja bila ada halangan ben- an object obstruction in front of the sensor. The
da di depan sensor. Jarak sensor dengan halangan sensor distance with a maximum obstruction of
maksimum sejauh 30 centimeter. Jarak yang diing- 30 centimeters. The desired distance can be set
inkan dapat diatur melalui trimpot. Trimpot adalah through the trimpot. Trimpot is a variable resis-
komponen resistor variabel yang nilainya dapat diu- tor component whose value can be changed ac-
bah-ubah sesuai dengan kebutuhan (komponen den- cording to need (a component with a blue box
gan bentuk kotak warna biru pada Gambar 1). Mod- shape in Figure 1). This module releases "low"
ul ini mengeluarkan data “low” bila ada benda yang data when something gets in the way. "Low" data
menghalangi. Data “low” atau bila diukur dengan or when measured by a voltmeter has a voltage
voltmeter mempunyai nilai tegangan 0 volt. Modul value of 0 volts. This module requires a supply
ini membutuhkan tegangan supply sebesar 5 Vdc. voltage of 5 Vdc.

Jenis pompa celup mini dengan tegangan DC diper- A type of mini dipping pump with DC voltage is
lihatkan pada Gambar 2.3. Pompa ini membutuhkan shown in Figure 2.3. This pump requires a work-
tegangan kerja sebesar 5 Vdc. Pompa jenis ini sudah ing voltage of 5 Vdc. This type of pump is enough
cukup untuk memompa cairan hand sanitizer pada to pump hand sanitizer liquid in a small shelter,
tempat penampungan yang kecil, misalnya botol. such as a bottle. The liquid used is a type of dilute
Cairan yang digunakan adalah jenis encer karena jika because if it is too thick it is a bit difficult to pump
terlalu kental agak susah untuk dipompa karena pom- because the pump used is small power.
pa yang digunakan berdaya kecil.
Rangkaian transistor switching dibuat dengan transis- Transistor switching circuits are made with PNP
tor tipe PNP, karena dibuat untuk kondisi data aktif type transistors, as they are made for "low" ac-
“low”. Rangkaian aktif “low” bila diberi tegangan 0 tive data conditions. The active circuit is "low"
volt, maka akan aktif. Rangkaian PNP dibuat menye- when given a voltage of 0 volts, it will be active.
suaikan dari modul sebelumnya. Tegangan supply The PNP circuit is made to adjust from the pre-
yang digunakan sebesar 5 Vdc, karena beban meng- vious module. The supply voltage used is 5 Vdc,
gunakan pompa celup DC dengan tegangan supply 5 because the load uses a DC dipping pump with a
Vdc. Rangkaian dan gambar modul diperlihatkan pada supply voltage of 5 Vdc. The circuit and module
Gambar 2.4. image are shown in Figure 2.4.

Pompa celup mini Transistor Switching PNP ANNUAL REPORT 2021

157

LAPORAN TAHUNAN 2021

Sensor Ultrasonic Ultrasonic Sensors
Sensor ultrasonic adalah sebuah sensor yang berf- Ultrasonic sensor is a sensor that functions to
fungsi untuk mengubah besaran fisis (bunyi) menjadi convert the physical amount (sound) into the
besaran listrik dan sebaliknya. Cara kerja sensor ini amount of electricity and vice versa. The work-
didasarkan pada prinsip dari pantulan suatu gelom- ings of this sensor are based on the principle of
bang suara sehingga dapat dipakai untuk menafsir- reflection of a sound wave so that it can be used
kan eksistensi (jarak) suatu benda dengan frekuensi to interpret the existence (distance) of an object
tertentu. Disebut sensor ultrasonic karena sensor ini with a certain frequency. It is called an ultrasonic
menggunakan gelombang ultrasonic (bunyi ultrason- sensor because it uses ultrasonic waves.
ic).
Motor Servo SG90
Motor Servo SG90 Servo motors are one type of catalyst that is wide-
ly used in industry and robotics. A closed feed-
Motor servo merupakan salah satu jenisnakuator back system is used in the servo motor, where
yang banyak digunakan dalam bidang industry dan the position of the motor will be informed back
robotika. Sistem umpan balik tertutup digunakan da- to the control circuit that is in the servo motor. It
lam motor servo, dimana posisi dari motor akan di- consists of a DC motor, a series of gears, a poten-
informasikan kembali ke rangkaian control yag ada tiometer and a control circuit.
didalam motor servo. Motor ini terdiri dari sebuah
motor DC, serangkaian gear, potensiometer dan rang- Ardiuno
kaian control. Arduino is an electronic device that uses the AT-
MEGA 328 microcontroller chip consisting of CPU,
Ardiuno memory, and I / O that we can control by using it.
I /O is also often referred to as GPIO (General Pur-
Arduino adalah sebuah piranti elektronika yang meng- pose Input Output Pins) which means: pins that
gunakan chip mikrokontroller ATMEGA 328 yang ter- we can program as input or output as needed.
diri CPU, memory, dan I/O yang bisa kita control den- Arduino or Genuino is an electronic prototype for
gan memprogamnya. I/O juga sering disebut dengan microcontroller chips that are open source and
GPIO (General Purpose Input Output Pins) yang be- open hardware, until now Arduino software con-
rarti : pin yang bisa kita progam sebagai input atau tinues to grow as well as arduino boards. Arduino
output sesuai kebutuhan. Arduino ataupun Genuino company has also released for anyone who wants
adalah prototype elektronika untuk chip mikrokon- to develop Arduino either through the program
troller yang bersifat open source dan open hardware, or the Arduino board itself without having to ask
sampai saat ini software Arduino terus berkembang permission from the relevant company.
begitu pula dengan board Arduino. Perusahaan Ardu-
ino pun telah membebaskan bagi siapapun yang ingin
mengembangkan Arduino baik melalui progam mau-
pun board Arduino itu sendiri tanpa harus meminta
ijin pada perusahaan terkait.

Sensor Ultrasonic Motor Servo SG90 Ardiuno ATMEGA 328

158

Sensor suhu, sensor ultrasonic dan sensor inframer- Temperature sensors, ultrasonic sensors and in-
ah merupakan faktor terpenting pada alat ini. Selain frared sensors are the most important factors in
itu beberapa rangkaian elektronik juga mendukung this tool. In addition, several electronic circuits
keberhasilan alat ini. Pada handsanitier otomatis ini also support the success of this tool. In this au-
diperlukan sensor inframerah tipe Ir Proximity (Sili- tomatic handsanitier required infrared sensor ir
con Technolabs, 2013) untuk menggerakkan pompa proximity type (Silicon Technolabs, 2013) to drive
peristaltik sehingga dapat mengeluarkan cairan alko- the peristaltic pump so that it can remove alco-
hol dari wadah, sensor suhu digunakan tipe MLX9016 hol liquid from the container, temperature sen-
(Melexis, 2019) untuk mendeteksi suhu tubuh dan sor used type MLX9016 (Melexis, 2019) to detect
sensor ultrasonic tipe HC-SR04 (Cytron, 2013) yang body temperature and ultrasonic sensor type HC-
nilainya dapat ditampilkan pada display LCD dan suhu SR04 (Cytron, 2013) whose value can be displayed
tubuh diproses oleh mikrokontroler sebagai pemros- on lcd display and body temperature processed
es data kemudian data diolah lebih lanjut sehingga by microcontroller as data processor then data
dapat ditampilkan dan diakses lewat internet. processed further so that it can be processed fur-
ther so that it can be processed. displayed and
Permasalahan yang ditemukan akibat adanya pan- accessed via the internet.
demic Covid-19 adalah selalu menerapkan 3M untuk
pencegahan virus corona. Pelaksanaan yang men- The problem found due to the Covid-19 pandemic
dukung 3M salah satunya adalah mencuci tangan is always applying 3M for corona virus prevention.
dengan sabun maupun hand sanitizer. Pencucian Implementation that supports 3M one of them is
tangan dengan hand sanitizer sebaiknya dilakukan washing hands with soap or hand sanitizer. Hand
dengan tetap menjaga rambu-rambu yang ada yaitu washing with hand sanitizer should be done while
meminimalisir menyentuh barang yang ada. Selain maintaining existing signs that minimize touching
itu, monitoring suhu tubuh juga merupakan salah existing items. In addition, body temperature mon-
satu poin dalam pelaksanaan yang mendukung 3M. itoring is also one of the points in the implementa-
tion that supports 3M.
Desain dan Perancangan Hand Sanitizer
Hand Sanitizer Design and Design
Hand sanitizer otomatis ini merupakan sebuah alat
yang dirancang untuk mengurangi kontak langsung This automatic hand sanitizer is a tool designed
dengan wadah hand sanitizer saat digunakan oleh to reduce direct contact with hand sanitizer con-
banyak orang. Hand sanitizer otomatis ini dibangun tainers when used by many people. This automatic
menggunakan sistem sensor infrared sebagai kom- hand sanitizer is built using an infrared sensor sys-
ponen pendeteksi tangan dan mengaktifkan pompa tem as a hand detection component and activates
untuk mengeluarkan cairan ke tangan. Blok diagram the pump to discharge fluid into the hands. This
produk ini disajikan pada Gambar 3.1 dimana terdiri product diagram block is presented in Figure 3.1
dari modul sensor inframerah, relay, power supply which consists of infrared sensor modules, relays,
dan pompa mini. power supplies and mini pumps.

Cara kerja pembersih tangan otomatis ini adalah ke- The way this automatic hand sanitizer works is
tika sensor inframerah mendeteksi tangan, keluaran when infrared sensors detect the hand, the output
menjadi tinggi. Keluaran ini yang kemudian member- becomes high. This output then provides energy
ikan energy dan menggerakkan relay. Hal ini yang and drives the relay. This causes the mini pump to
menyebabkan mini pompa mendapat masukan daya get a power input and hand sanitizer fluid starts
dan cairan pembersih tangan mulai mengalir keluar. flowing out. When there is no hand or other object
Ketika tidak ada tangan atau objek lainnya di depan in front of the infrared sensor then the output be-
sensor inframerah maka outputnya menjadi rendah comes low and eliminates the relay energy causing
dan menghilangkan energi relay yang menyebabkan the pump to shut down.
pompa mati.
Hardware is the electronic product. The electronic

159 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021

Blok Diagram Pembersih Tangan Otomatis Rangkaian elektronik hand sanitaizer otomatis

Hardware merupakan rangkaian elektronik dari pro- suite of automatic hand zanitaiser is presented in
duk ini. Rangkaian elektronik hand zanitaiser otomatis Figure 3.2.
di sajikan pada Gambar 3.2.
Design and Design of Temperature Sensors
Desain dan Perancangan Sensor Suhu
The temperature data obtained from the LM35
Pengambilan data suhu yang diperoleh dari sensor sensor is then processed by Arduino uno. The
LM35 kemudian diolah oleh Arduino uno. Perangkat hardware used consists of sensors, a minimum
keras yang digunakan terdiri dari sensor, minimum Arduino uno system, and an LCD. While the soft-
sistem Arduino uno, dan LCD. Sedangkan perang- ware used is codevisionavr software program.
kat lunak yang digunakan adalah software program
CodeVisionAVR. This system is built to analyze the existing room
temperature so that the output produces a val-
Sistem ini dibangun untuk menganalisis suhu ruangan ue through the LM35 sensor, which values will be
yang ada sehingga output-nya menghasilkan sebuah processed in arduino uno. The parameter used is
nilai melalui sensor LM35, yang nilai tersebut akan di- the room temperature capture of the LM35 that
olah dalam Arduino uno. Parameter yang digunakan has been processed previously into the Arduino
adalah suhu ruangan hasil penangkapan dari LM35 uno through the ADC port. Then the result of that
yang telah di olah sebelumnya kedalam Arduino temperature is displayed via a 16x2 LCD. The basic
uno melalui port ADC. Kemudian hasil dari suhu itu concepts of the system are as follows:
ditampilkan melalui LCD 16x2. Adapun konsep dasar
sistem adalah sebagai berikut: 1. Input data in the form of room temperature
readings using LM35 sensor
1. Input data berupa hasil pembacaan suhu ruangan
menggunakan sensor LM35 2. The process of processing room temperature
data from LM35 is processed into the program on
2. Proses pengolahan data suhu ruangan dari LM35
diolah kedalam program pada Arduino uno is then displayed to a 16x2 LCD when
in temperature conditions
Arduino uno kemudian ditampilkan ke LCD 16x2 keti-
ka dalam kondisi suhu A certain air room.

ruangan udara tertentu. Based on the block diagram in Figure 3.5 above,
there are several components, while the func-
Berdasarkan blok diagram pada Gambar 3.5 di atas, tions of each component are as follows:
terdapat beberapa komponen, adapun fungsi dari
masing-masing komponen adalah sebagai berikut:

160

Konsep Dasar Sistem Sensor Suhu Flowchart Sistem Sensor Suhu

Berdasarkan blok diagram pada Gambar 3.5 di atas, Based on the block diagram in Figure 3.5 above,
terdapat beberapa komponen, adapun fungsi dari there are several components, while the func-
masing-masing komponen adalah sebagai berikut: tions of each component are as follows:

1. Arduino uno memproses inputan dan sensor LM35 1. Arduino uno processes LM35 inputs and sen-
dan menampilkan sors and displays

hasilnya ke LCD. The result is to the LCD.

2. Sensor LM35 mendeteksi keadaan suhu ruangan. 2. Lm35 sensor detects room temperature state.

3. LCD sebagai penampil yang nantinya akan digu- 3. LCD as a viewer that will later be used for
nakan untuk
displays the air temperature status.
menampilkan status suhu ruangan udara.
Temperature sensors, ultrasonic sensors and in-
Sensor suhu, sensor ultrasonic dan sensor inframer- frared sensors are the most important factors in
ah merupakan faktor terpenting pada alat ini. Selain this tool. In addition, several electronic circuits
itu beberapa rangkaian elektronik juga mendukung also support the success of this tool. In this au-
keberhasilan alat ini. Pada handsanitier otomatis ini tomatic handsanitier required infrared sensor ir
diperlukan sensor inframerah tipe Ir Proximity (Sili- proximity type (Silicon Technolabs, 2013) to drive
con Technolabs, 2013) untuk menggerakkan pompa the peristaltic pump so that it can remove alco-
peristaltik sehingga dapat mengeluarkan cairan alko- hol liquid from the container, temperature sen-
hol dari wadah, sensor suhu digunakan tipe MLX9016 sor used type MLX9016 (Melexis, 2019) to detect
(Melexis, 2019) untuk mendeteksi suhu tubuh dan body temperature and ultrasonic sensor type HC-
sensor ultrasonic tipe HC-SR04 (Cytron, 2013) yang SR04 (Cytron, 2013) whose value can be displayed
nilainya dapat ditampilkan pada display LCD dan suhu
tubuh diproses oleh mikrokontroler sebagai pemros-
es data kemudian data diolah lebih lanjut sehingga
dapat ditampilkan dan diakses lewat internet. Dia-
gram blok sistem perancangan elektronik dapat di-
lihat pada Gambar 3.6. Contoh desain bentuk hand
sanitizer otomatis dan monitoring suhu badan dilihat
di Gambar 3.7

Diagram blok sistem perancangan elektronik 161 Contoh Desain
hand sanitizer otomatis
ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021 on lcd display and body temperature processed
by microcontroller as data processor then data
2. Penggunaan Peralatan Hemat Air dan Pencucian processed further so that it can be processed fur-
Tangan Tambahan dan Fasilitas Sanitasi ther so that it can be processed. displayed and
accessed via the internet. A block diagram of an
Air merupakan sumber penting bagi kehidupan manu- electronic design system can be seen in Figure
sia. Air bersih sudah mulai langka dan oleh sebab itu 3.6. Examples of automatic hand sanitizer shape
perlunya menghemat air. Sehingga penggunaan sen- design and body temperature monitoring seen in
sor keran otomatis membantu dalam penghematan Figure 3.7
air. Dalam memenuhi poin penilaian UI GreenMetric,
kami akan membeli beberapa sensor keran otomatis 2. Use of Water-Saving Equipment and Addi-
untuk beberapa titik strategis. Selain itu juga, pencu-
cian tangan tambahan dan fasilitas sanitasi juga mer- tional Hand Washing and Sanitation Facilities
upakan poin penting dalam penilaian UI GreenMetric.
Penyediaan air dan sanitasi yang aman serta lingkun- Water is an important source of human life. Clean
gan yang higienis/bersih menjadi penting agar mam- water has begun to be scarce and therefore the
pu melindungi kesehatan manusia dalam kejadian luar need to save water. So the use of automatic tap
biasa (KLB) penyakit infeksius, seperti KLB COVID-19 sensors helps in saving water. In meeting Green-
saat ini. Sejalan dengan perkembangan protokol dan Metric UI scoring points, we will purchase multiple
prosedur pembukaan kembali kampus, perhatian ter- automatic tap sensors for some strategic point. In
hadap status fasilitas WASH (Water, Sanitation and addition, additional hand washing and sanitation
Hygiene atau Air, Sanitasi dan Kebersihan) termasuk facilities are also important points in greenmetric
fasilitas cuci tangan di kampus. Oleh karena itu, tim UI assessments. The provision of safe water and
Water mencoba membuat satu prototype handsani sanitation and a hygienic / clean environment be-
comes important in order to be able to protect
Air merupakan salah satu kebutuhan pokok makhluk human health in extraordinary events (KLB) infec-
hidup di mana masih belum mendapatkan perhatian tious diseases, such as klb COVID-19 today. In line
khusus sebagai kebutuhan yang pentinf. Menurut with the development of campus reopening pro-
forum International Decade for Action om Water tocols and procedures, attention to the status of
2018-2028 yang disampaikan oleh situs resmi Word WASH (Water, Sanitation and Hygiene or Water,
Water Day yang dikutip kembali oleh CNN Indonesia Sanitation and Hygiene) facilities including hand
memaparkan berbagai fakta tentang kondisi air seka- washing facilities on campus. Therefore, the Wa-
rang ini, di mana sekitar 1,9 miliar orang masih hidup ter team tried to make a prototype handsani
di area sulit air. Pemborosan air masih sering terjadi
karena kesalahan pemakaian keran air dimana banyak Water is one of the basic needs of living things
pengguna keran yang lupa menutup kembali keran where it still does not get special attention as a
atau seringkali tidak menutup dengan baik sehingga pentinf need. According to the International De-
air terus mengalir. cade for Action om Water 2018-2028 forum deliv-
ered by the official Word Water Day website quot-
Pada masa pandemi Covid-19, penyediaan fasilitas sa- ed again by CNN Indonesia, various facts about
nitasi seperti handsanitizer otomatis sangat diperlu- current water conditions, where about 1.9 billion
kan untuk mencegah penularan Covid-19 [2]. Protokol people still live in difficult areas of water. Water
pencegahan penularan Covid-19 itu berlaku bagi pen- wastage still often occurs due to the misuse of
gelola tempat kerja, universitas, pelaku usaha, peker- water taps where many tap users forget to close
ja, pelanggan/konsumen dan masyarakat yang terli- the tap or often do not close properly so that the
bat pada sektor jasa, pendidikan dan perdagangan water continues to flow.
(area publik).
During the Covid-19 pandemic, the provision of
Dari permasalahan di atas dan dalam rangka me- sanitation facilities such as automated handsan-
menuhi penilaian UI GreenMetric dari sisi penghe- itizers is needed to prevent Covid-19 transmis-
matan penggunaan air dan fasilitas sanitasi, muncul sion[2]. The Covid-19 transmission prevention
suatu pemikiran untuk menambah jumlah penggu-
naan sensor keran otomatis di titik strategis kampus

162

A dan B ITTJ. Dikarenkan waktu yang terbatas, tim protocol applies to workplace managers, univer-
Water akan membeli beberapa sensor keran otom- sities, businesses, workers, customers/consumers
atis dan handsanitizer otomatis untuk ditempat- and communities involved in the service sector,
kan beberapa titik strategis di kampus ITTJ. Namun education and trade (public areas).
bagaimanapun, tim Water akan merancang satu atau
beberapa prototype sederhana handsanitizer otom- From the above problems and in order to meet ui
atis. GreenMetric assessment in terms of saving wa-
ter use and sanitation facilities, there is a thought
Tujuan secara umum proposal ini dibuat adalah untuk to increase the number of use of automatic tap
memenuhi poin UI Greemmetric dari sisi penggunaan sensors at the strategic point of campus A and B
peralatan hemat air dan fasilitas sanitasi dalam waktu ITTJ. In limited time, the Water team will purchase
2 bulan. Sedangkan tujuan proposal ini secara khusus several automatic tap sensors and an automatic
adalah sumtuk mendesain otomatisasi kran wudhu, handsanitizer to place several strategic points on
the ITTJ campus. In any case, the Water team will
menambah jumlah penggunaan sensor keran otom- design one or more simple prototypes of an auto-
atis di area kampus A dan B ITTJ, serta Menambah mated handsanitizer.
jumlah penggunaan handsanitizer otomatis di area
kampus A dan B ITTJ The general purpose of this proposal is to meet
Greemmetric UI points in terms of the use of
Handsanitizer Otomatis water-saving equipment and sanitation facilities
within 2 months. While the purpose of this pro-
Merebaknya virus Covid-19 membuat penerapan posal is specifically to design the automation of
protokol kesehatan tidak boleh kendor dan diabaikan. wudhu faucets,
Mencuci tangan dengan air mengalir adalah bagian
krusial, selain menggunakan masker dan menjaga ja- increase the number of use of automatic tap sen-
rak minimal 1,5 meter. Kendati demikian, fasilitas cuci sors in campus areas A and B ITTJ, and increase
tangan dengan air mengalir belum selalu tersedia. the number of use of automatic handsanitizers in
Penggunaan hand sanitizer menjadi alternatif peng- campus areas A and B ITTJ
ganti.
Automatic Handsanitizer
Sistem otomatis cairan hand sanitizer merupakan
rangkaian sederhana yang terdiri dari tiga bagian The outbreak of the Covid-19 virus makes the im-
utama, yaitu sensor infra merah proximity, rangkaian plementation of health protocols should not be
transistor switching dan pompa celup mini dengan saggy and ignored. Washing hands with running
tegangan DC seperti yang diperlihatkan di Gambar water is a crucial part, in addition to using a mask
2.1. Sistem ini berdiri sendiri atau portable sehingga and keeping a distance of at least 1.5 meters.
jika peletakannya berpindah-pindah tidak merepot- However, hand washing facilities with running
kan karena daya menggunakan power bank atau bat- water are not always available. The use of hand
erai. sanitizer is an alternative.

Sensor infra merah proximity merupakan sensor pen- The automatic hand sanitizer fluid system is a sim-
ghalang atau sensor untuk mendeteksi tangan. Sen- ple circuit consisting of three main parts, namely
sor infra merah proximity ini menggunakan modul the infrared proximity sensor, a series of switching
yang sudah jadi dan diperlihatkan pada Gambar 2.2. transistors and a mini dipping pump with DC volt-
Sensor infra merah proximity atau disebut juga sen- age as shown in Figure 2.1. This system is stand
sor halangan, bekerja bila ada halangan benda di de- alone or portable so that if the laying move is not
pan sensor. Jarak sensor dengan halangan maksimum troublesome because the power uses a power
sejauh 30 centimeter. Jarak yang diinginkan dapat bank or battery.
diatur melalui trimpot. Trimpot adalah komponen re-
sistor variabel yang nilainya dapat diubah-ubah sesuai Infrared proximity sensor is a barrier sensor or
dengan kebutuhan (komponen dengan bentuk kotak sensor to detect the hand. This infrared proximity

163 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021 sensor uses a ready-made module and is shown in
Figure 2.2. Infrared proximity sensor or also called
warna biru pada Gambar 1). Modul ini mengeluarkan obstruction sensor, works when there is an object
data “low” bila ada benda yang menghalangi. Data obstruction in front of the sensor. The sensor dis-
“low” atau bila diukur dengan voltmeter mempunyai tance with a maximum obstruction of 30 centime-
nilai tegangan 0 volt. Modul ini membutuhkan tegan- ters. The desired distance can be set through the
gan supply sebesar 5 Vdc. trimpot. Trimpot is a variable resistor component
whose value can be changed according to need
Jenis pompa celup mini dengan tegangan DC diper- (a component with a blue box shape in Figure 1).
lihatkan pada Gambar 2.3. Pompa ini membutuhkan This module releases "low" data when something
tegangan kerja sebesar 5 Vdc. Pompa jenis ini sudah gets in the way. "Low" data or when measured
cukup untuk memompa cairan hand sanitizer pada by a voltmeter has a voltage value of 0 volts. This
tempat penampungan yang kecil, misalnya botol. module requires a supply voltage of 5 Vdc.
Cairan yang digunakan adalah jenis encer karena jika
terlalu kental agak susah untuk dipompa karena pom- A type of mini dipping pump with DC voltage is
pa yang digunakan berdaya kecil. shown in Figure 2.3. This pump requires a work-
ing voltage of 5 Vdc. This type of pump is enough
Rangkaian transistor switching dibuat dengan transis- to pump hand sanitizer liquid in a small shelter,
tor tipe PNP, karena dibuat untuk kondisi data aktif such as a bottle. The liquid used is a type of dilute
“low”. Rangkaian aktif “low” bila diberi tegangan 0 because if it is too thick it is a bit difficult to pump
volt, maka akan aktif. Rangkaian PNP dibuat menye- because the pump used is small power.
suaikan dari modul sebelumnya. Tegangan supply
yang digunakan sebesar 5 Vdc, karena beban meng- Transistor switching circuits are made with PNP
gunakan pompa celup DC dengan tegangan supply 5 type transistors, as they are made for "low" active
Vdc. Rangkaian dan gambar modul diperlihatkan pada data conditions. The active circuit is "low" when
Gambar 2.4. given a voltage of 0 volts, it will be active. The PNP
circuit is made to adjust from the previous mod-
Seiring merebaknya penularan Covid 19 mengakibat- ule. The supply voltage used is 5 Vdc, because the
kan meningkatnya jumlah penjualan handsanitizer di load uses a DC dipping pump with a supply volt-
pasaran. Terdapat beberapa jenis handsanitizer otom- age of 5 Vdc. The circuit and module image are
atis di pasaran dengan harga beragam mulai dari Rp. shown in Figure 2.4.
130.000 hingga Rp. 600.000 seperti yang ditunjukkan
di Gambar 2.5.

Sensor infra merah

Wiring Diagram Alat

Pompa celup mini Transistor Switching PNP

164

Contoh Handsanitizer Otomatis

Sensor Keran Otomatis Along with the spread of Covid 19 transmission
resulted in an increase in the number of handsan-
Air merupakan salah satu kebutuhan pokok makhluk itizer sales in the market. There are several types
hidup. Salah satu factor yang menyebabkan terjadin- of automatic handsanitizers on the market with
ya pemborosan air adalah penggunaan air oleh mas- prices ranging from Rp. 130,000 to Rp. 600,000 as
ing-masing orang berbeda-beda. Salah satu alternatif shown in Figure 2.5.
penghematan air adalah dengan menggunakan sen-
sor keran otomatis. Ada tiga komponen utama, yaitu Automatic Tap Sensor
Arduino, water pump, dan sensor infra merah. Gam-
bar 2.6 menggambarkan bentuk umum sensor keran Water is one of the basic needs of living things.
otomatis One of the factors that cause water wastage is
the use of water by each different person. One
Gambar 2.7 menunjukkan diagram skematik sensor alternative to water saving is to use an automat-
keran otomatis. Arduino adalah sebuah piranti elek- ic tap sensor. There are three main components:
tronika yang menggunakan chip mikrokontroller AT- arduino, water pump, and infrared sensor. Figure
MEGA 328 yang terdiri CPU, memory, dan I/O yang 2.6 depicts the general shape of an automatic tap
bisa kita control dengan memprogamnya [5]. Sensor sensor
PIR digunakan sebagai inputan untuk mendeteksi
pergerakan tubuh manuis dan nantinya data akan Figure 2.7 shows a schematic diagram of the au-
dikirim ke mikrokontroller. Pompa berfungsi sebagai tomatic tap sensor. Arduino is an electronic de-
output untuk mengalirkan air. Sedangkan relay ber- vice that uses the ATMEGA 328 microcontroller
fungsi sebagai perantara antara mikrokontroller den- chip consisting of CPU, memory, and I / O that
gan pompa, karena perbedaan tegangan yang digu- we can control by using it. PIR sensors are used
nakan. as inputs to detect the movement of the manuis
body and later the data will be sent to the micro-
Pin VCC pada Relay Module dan Sensor Infra Merah controller. The pump serves as an output to drain
hubungkan ke sumber power positif 5v (bisa dari 5v water. While the relay serves as an intermediary
Arduino) dan Pin GND (Ground) pada Relay Module between the microcontroller and the pump, be-
dan Sensor Infra Merah hubungkan ke sumber nega- cause of the voltage difference used.
tif power (dihubungkan ke pin gnd Arduino). Setelah
itu, upload program (lampiran A) pada software Ar- The VCC pins on the Relay Module and InfraRed
duino IDE. Sensor connect to a 5v positive power source (it
can be from 5v Arduino) and the GND Pin (Ground)
Terdapat berbagai jenis sensor keran otomatis yang on the Relay Module and infrared sensor connect
di pasaran dengan harga yg beragam. Seperti pada to the negative power source (connected to the
Gambar 2.8, salah satu contoh keran wastafel dengan Arduino gnd pin). After that, upload the program
sensor InfraRed. (appendix A) to the Arduino IDE software.

165 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021

Sensor Keran Otomatis

Diagram Skematik Sensor Keran Otomatis

There are various types of automatic tap sensors
on the market at various prices. As in Figure 2.8,
one example is a sink faucet with an InfraRed sen-
sor.

Research steps are carried out through planning
by creating research scenarios, data collection,
price surveys, and estimated time needed in the
manufacture of automatic tap sensors and auto-
matic handsanitizers. The action is done by mak-
ing prototypes and purchasing several items.

Keran Otomatis

Langkah-langkah penelitian dilakukan melalui Peren-
canaan dengan membuat skenario penelitian, peng-
umpulan data, survey harga, serta estimasi waktu
yang dibutuhkan dalam pembuatan sensor keran
otomatis dan handsanitizer otomatis. Pelaksaan Tin-
dakan dilakukan dengan membuat prototype dan
pembelian beberapa barang.

Hand Sanitizer dan Sensor Suhu

166

Hand Sanitizer

Toilet Flush

167 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021

TRANSPORTATION

https://greenmetric.ittelkom-jkt.ac.id/indicators/transportation-tr/

Tim Penyusun : Transportasi memiliki pengaruh penting dalam

Sasmi Hidayatul Yulianing Tyas, S.Kom., menghasilkan emisi karbon dan polutan di universi-
M.Kom. tas. Beberapa kebijakan transportasi seperti pem-
Muhammad Maruf, A.Md batasan jumlah kendaraan bermotor di kampus,
Qilbaini Effendi Muftikhali, S.Kom, penggunaan bus kampus dan sepeda akan men-
M.Kom. dorong lingkungan yang lebih sehat. Penerapan
Mochammad Agri Triansyah, S.Kom, kebijakan yang mengatur pejalan kaki juga dapat
M.Kom. dilakukan untuk meminimalkan penggunaan kend-
araan pribadi. Disamping itu penggunaan transpor-
tasi umum yang ramah lingkungan dapat dilakukan
untuk mengurangi jejak karbon di sekitar kampus.

Transportation has an important influence in producing carbon emissions and pollutants in universities. Some
transportation policies such as restrictions on the number of motor vehicles on campus, the use of campus bus-
es and bicycles will encourage a healthier environment. The implementation of policies governing pedestrians
can also be done to minimize the use of private vehicles. In addition, the use of environmentally friendly public
transportation can be done to reduce the carbon footprint around the campus.

168

QUESTIONAIRE

5.1. Number of cars actively used and managed by the university
2

5.2. Number of cars entering the university daily
5.3. Number of motorcycles entering the university daily
5.4 The total number of vehicles (cars and motorcycles with combustion engine) divided by total campus’
population (TR.1)
5.5. Shuttle services (TR.2)

Shuttle service is provided by the university, regular, and zero emission vehicle. Or shuttle use is not

possible (not applicable)
5.6. Number of shuttles operated in the university
5.7. The average number of passengers of each shuttle
5.8. Total trips of each shuttle service each day
5.9. Zero Emission Vehicles (ZEV) policy on campus (TR.3)

Zero Emission Vehicles are not available
5.10. Average number of Zero Emission Vehicles (ZEV) on campus per day
5.11. The total number of Zero Emission Vehicles (ZEV) divided by total campus population (TR.4)
5.12. Total ground parking area (m2)

1161,25
5.13. Ratio of the ground parking area to total campus area (TR.5)

10,98836109
5.14. Program to limit or decrease the parking area on campus for the last 3 years (from 2018 to 2020 (TR.6)

None
5.15. Number of initiatives to decrease private vehicles on campus (TR.7)

2 initiative
5.16. Pedestrian path on campus (TR.8)

Pedestrian paths are available;
5.17. The approximate daily travel distance of a vehicle inside your campus only (in Kilometers)

1.3 Kilometers

169 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021 Global warming is a world issue that still needs at-
tention and solutions to this day. One of the caus-
research es is the number of vehicle exhaust emissions that
continue to increase. In data owned by DKI Jakar-
Pemanasan global merupakan isu dunia yang masih ta province in 2021, 70 percent of air pollution
terus membutuhkan perhatian dan solusi sampai saat sources in Jakarta come from motor vehicles and
ini. Salah satu penyebabnya adalah jumlah emisi gas the rest from i motionless sources (Ravel, 2021).
buang kendaraan yang terus mengalami peningka- Various efforts are made by the DKI Jakarta gov-
tan. Pada data yang dimiliki provinsi DKI Jakarta ta- ernment to reduce the use of motor vehicles and
hun 2021, 70 persen sumber polusi udara di Jakarta exhaust emissions of motor vehicles including the
itu berasal dari kendaraan bermotor dan sisanya dari odd-even policy of cars, maximization of the use
sumber yang tidak bergerak (Ravel, 2021). Berbagai of public transportation modes, and Car Free Day
upaya dilakukan oleh pemerintah DKI Jakarta untuk activities.
mengurangi penggunaan kendaraan bermotor dan
emisi gas buang kendaraan bermotor diantaranya Telkom Jakarta Technology (ITTJ) is one of the
kebijakan ganjil-genap mobil, maksimalisasi peng- ui green metric member institutions. Ui Green
gunaan moda transportasi umum, dan kegiatan Car Metric ranking and assessment is based on the
Free Day. institution's efforts in implementing sustainability
programs to reduce the ecological footprint and
Institut Teknologi Telkom Jakarta (ITTJ) adalah salah sustainability of programs in research and educa-
satu institusi anggota UI Green Metric. Pemeringka- tion. There are six assessment indicators namely
tan dan penilaian UI Green Metric didasarkan pada Setting and Infrastructure (SI), Energy and Climate
upaya institusi dalam menerapkan sustainability Change (EC), Waste (WS), Water (WR), Transpor-
program untuk mengurangi jejak ekologis dan sus- tation (TR) and Education and Research (ED) (Met-
tainability program pada penelitian dan pendidikan. ric, 2021). Based on the results of the UI Green
Terdapat enam indikator penilaian yaitu Setting and Metric ranking in 2020, ITTJ is ranked 66th in In-
Infrastructure (SI), Energy and Climate Change (EC), donesia and 816 in the world which means there
Waste (WS), Water (WR), Transportation (TR) dan Ed- still needs to be an improvement in each assess-
ucation and Research (ED) (Metric, 2021). Berdasar- ment indicator. One indicator that has a relatively
kan hasil pemeringkatan UI Green Metric pada tahun low score so it needs to be developed is trans-
2020, ITTJ berada pada peringkat 66 di Indonesia dan portation. This indicator relates to the number of
816 di dunia yang berarti masih perlu adanya pen- motor vehicles, shuttle services, the use of Zero
ingkatan di masing-masing indikator penilaian. Salah Emission Vehicles (ZEVs), parking areas and pe-
satu indikator yang memiliki skor tergolong rendah destrian paths. The area of the campus that is still
sehingga perlu dikembangkan adalah transportasi. relatively small causes some sub-indicators are
Indikator ini berkaitan dengan jumlah kendaraan ber- not possible to be developed. One of the sub-indi-
motor, layanan antar-jemput, penggunaan Zero Emis- cators that have the opportunity to be developed
sion Vehicle (ZEV), luasan area parkir dan jalur pejalan is the number of motor vehicles. Therefore, there
kaki. Luasan area kampus yang masih tergolong kecil needs to be a program or policy to reduce the use
menyebabkan beberapa sub-indikator tidak memu- of motor vehicles so that the number of vehicles
ngkinkan untuk dikembangkan. Salah satu sub-ind- entering campus and the number of vehicle ex-
ikator yang berpeluang untuk dikembangkan adalah haust emissions can be reduced.
jumlah kendaraan bermotor. Oleh karena itu perlu
adanya program atau kebijakan untuk mengurangi
penggunaan kendaraan bermotor sehingga jumlah
kendaraan yang masuk kampus dan jumlah emisi gas
buang kendaraan dapat berkurang.

170

Berdasarkan penjelasan yang telah diuraikan sebel- Based on the explanation that has been outlined
umnya, maka terdapat dua hal pokok yang menjadi earlier, there are two main things that are the ba-
dasar usulan kegiatan yaitu pentingnya menguran- sis of the proposed activities, namely the impor-
gi penggunaan kendaraan bermotor guna menekan tance of reducing the use of motor vehicles to re-
produksi emisi gas buang kendaraan di kota Jakarta duce the production of vehicle exhaust emissions
dan perlunya peran Institut Teknologi Telkom Jakarta in the city of Jakarta and the need for the role of
sebagai Institusi anggota UI Green Metric untuk turut Telkom Jakarta Institute of Technology as a mem-
serta dalam program keberlanjutan mengurangi jejak ber institution of UI Green Metric to participate
ekologis. Oleh karena itu Tim Transportation mengu- in sustainability programs to reduce ecological
sulkan Program Penelitian : footprint. Therefore, the Transportation Team
proposed a Research Program:
1. Car Free Day ITTJ
1. Car Free Day ITTJ
2. Pengembangan Pedestrian Path,.
2. Pedestrian Path Development,.
1. Car Free Day ITTJ
1. Car Free Day ITTJ
Kegiatan ini dilakukan dengan menerapkan hari bebas
kendaraan bermotor bagi civitas akademika sehing- This activity is carried out by applying a motor
ga mereka diminta untuk tidak membawa kendaraan vehicle-free day for the academic community so
bermotor di kampus ITTJ. that they are asked not to bring motor vehicles at
the ITTJ campus.
Kegiatan dilakukan setiap 2 kali dalam sebulan di hari
Jumat. Selain itu, pada hari tersebut juga akan dise- Activities are carried out every 2 times a month
diakan sepeda untuk fasilitas transportasi dan olah- on Fridays. In addition, on that day will also be
raga. provided bicycles for transportation and sports
facilities.
Terdapat beberapa permasalahan yang ada, mencak-
up cara meningkatkan partisipasi civitas akademika There are several problems that exist, including
ITTJ dalam mengurangi penggunaan kendaraan ber- how to increase the participation of the ITTJ ac-
motor melalui kegiatan Car Free Day, serta bagaima- ademic community in reducing the use of motor
na pelaksanaan Car Free Day dapat dilakukan untuk vehicles through Car Free Day activities, as well
dapat menunjang peningkatan skor pada indikator as how the implementation of Car Free Day can
transportasi UI Green Metric. be done to support the increase in scores on ui
Green Metric transportation indicators.
Penelitian ini bertujuan untuk meningkatkan kesada-
ran terhadap penggunaan angkutan umum dan Zero This research aims to raise awareness of the use
Emission Vehicle (ZEV) guna mengurangi penggunaan of public transportation and Zero Emission Ve-
kendaraan bermotor pribadi dan mengurangi emisi hicles (ZEVs) to reduce the use of private motor
bahan bakar kendaraan, serta menunjang peningka- vehicles and reduce vehicle fuel emissions, and
tan skor indikator transportasi UI Green Metric. support the improvement of ui Green Metric
transportation indicator scores.

171 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021 Transportation Indicators relate
to the number of motor vehicles,
Indikator Transportasi berkaitan dengan jumlah kend- shuttle services, the use of Zero
araan bermotor, layanan antar-jemput, penggunaan Emission Vehicles (ZEVs), parking
Zero Emission Vehicle (ZEV), luasan area parkir dan areas and pedestrian paths. In or-
jalur pejalan kaki. Dalam rangka mendukung peng- der to support the use of Zero Emis-
gunaan Zero Emission Vehicle kami mengusulkan sion Vehicle we propose the Car
program Car Free Day, program ini dilakukan dalam Free Day program, this program is
waktu 2 minggu sekali maka dalam waktu 1 bulan done within 2 weeks then within 1
terdapat 2 kali pada hari jumat. Mekanisme program month there are 2 times on Friday.
Car Free Day dimana semua civitas akademika diwa- Car Free Day program mechanism
jibkan tidak membawa dan menggunakan kendaraan where all academic community is
pribadi ke lingkungan kampus, dan untuk mendukung required not to bring and use pri-
penggunaan Zero Emission Vehicle (ZEV) di sediakan vate vehicles to the campus envi-
3 unit sepeda di lingkungan kampus. Program ini juga ronment, and to support the use of Zero Emission
bertujuan untuk mendukung pemerintah dalam me- Vehicle (ZEV) provided 3 units of bicycles in the
maksimalkan penggunaan transportasi umum guna campus environment. This program also aims to
menekan angka polusi di bumi. Car Free Day di da- support the government in maximizing the use
lamnya akan dikemas dalam kegiatan yang menarik of public transportation to reduce pollution on
seperti olahraga bersama, bersepeda dan permainan. earth. Car Free Day in it will be packed in inter-
Program ini dilaksanakan pukul 07.00 hingga 09.00 esting activities such as shared sports, cycling and
tidak hanya bertujuan untuk mengikuti kompetisi UI games. This program is held at 07.00 to 09.00 not
Green Metric, namun juga sebagai sarana meningkat- only aims to participate in ui Green Metric com-
kan kesehatan tubuh tapi juga meningkatkan keakra- petition, but also as a means of improving body
ban sesama civitas akademika ITTJ. Jadwal kegiatan health but also increasing the familiarity of fellow
Car Free Day ditunjukkan pada Tabel 1. ITTJ academic community. The Car Free Day activ-
ity schedule is shown in Table 1.

172

2. Pedestrian Path 2. Pedestrian Path

Pengembangan Pedestrian Path dilakukan untuk Pedestrian Path development is carried out to
membuat lingkungan kampus lebih ramah akan make the campus environment more pedestri-
pejalan kaki, disabilitas dan mengikuti anjuran pe- an-friendly, disabled and follow the government's
merintah terkait salah satu indikator 5M (Menjaga advice regarding one of the 5M indicators (Main-
Jarak). Beberapa permasalahan dalam penelitian taining Distance). Some of the problems in this
ini adalah cara meningkatkan partisipasi civitas study are how to increase the participation of
akademika ITTJ dalam mengurangi penggunaan ittj academic community in reducing the use of
kendaraan bermotor pribadi melalui kegiatan Car private motor vehicles through Car Free Day ac-
Free Day dan pemanfaatan layanan antar jemput tivities and the utilization of shuttle services be-
antara kampus dan kampus B, serta pengemban- tween campus and campus B, as well as the de-
gan jalur pejalan kaki mampu menunjang pening- velopment of pedestrian paths able to support
katan skor pada indikator transportasi UI Green the increase in scores on UI Green Metric trans-
Metric. portation indicators.

Kegiatan Car Free Day, layanan antar jemput kam- Car Free Day activities, campus shuttle services A
pus A dan B serta pengembangan jalur pejalan kaki and B and the development of pedestrian paths
dilaksanakan untuk menunjang peningkatan skor are carried out to support the improvement of UI
indikator transportasi UI Green Metric. Disamping Green Metric transportation indicator scores. In
itu, kegiatan Car Free Day dan layanan antar jem- addition, Car Free Day activities and campus shut-
put kampus A dan B perlu dilakukan sebagai upaya tle services A and B need to be done as an effort
ITTJ sebagai salah satu institusi anggota UI Green by ITTJ as one of the ui Green Metric member
Metric dalam mengurangi penggunaan kendaraan institutions in reducing the use of motor vehicles
bermotor yang menghasilkan emisi. Selain itu, ke- that produce emissions. In addition, this activity
giatan ini juga mendorong civitas akademika ITTJ also encourages the ITTJ academic community to
untuk mendukung pemerintah dalam memaksi- support the government in maximizing the utiliza-
malkan pemanfaatan moda transportasi umum. tion of public transportation modes. In this activi-
Pada kegiatan ini juga disediakan salah satu Zero ty also provided one of the Zero Emission Vehicle
Emission Vehicle (ZEV) berupa sepeda yang dapat (ZEV) in the form of bicycles that can be used for
digunakan untuk fasilitas olahraga dan transpor- sports and transportation facilities so as to create

173 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021

tasi sehingga tercipta lingkungan dan civitas aka- a healthy ITTJ environment and academic commu-
demika ITTJ yang sehat. Selain itu juga disediakan nity. In addition, a campus car unit is also provid-
satu unit mobil kampus untuk layanan antar jemput ed for the academic community shuttle service
civitas akademika dari dan menuju kampus A dan to and from campuses A and B. Another program
B. Program lain yang diusulkan untuk menunjang UI proposed to support UI Green Metric is the devel-
Green Metric adalah pengembangan jalur pejalan opment of pedestrian paths with pedestrian logo
kaki dengan fitur logo pejalan kaki, penunjuk arah features, directions and features that support dis-
dan fitur yang menunjang disabilitas. Hal ini dihara- ability. This is expected to make it easier for pedes-
pkan dapat memudahkan bagi pejalan kaki sehingga trians so that it also has an impact on increasing UI
juga berdampak pada meningkatnya poin penilaian Green Metric scoring points.
UI Green Metric.
In order to support the use of Pedestrian Path on
Dalam rangka mendukung penggunaan Pedestri- Campus we propose a road-pointing program, this
an Path on Campus kami mengusulkan program program is carried out within 7 weeks starting in
penunjuk jalan , program ini dilakukan dalam wak- the 2nd week of September 2021 and completed
tu 7 minggu di mulai pada minggu ke 2 bulan Sep-
tember 2021 dan selesai pada minggu ke 4 bulan
oktober 2021. Mekanisme program penunjuk jalan
dimana semua sudut wilayah kampus diberikan pe-
tunjuk jalan dan tata cara penggunaan jalan. Media
yang digunakan untuk menunjukan hal tersebut
menggunakan layar bergerak dan menggunakan
icon-icon yang ditempelkan pada dinding.

174

evidence and indicator

5.4 The total number of vehicles (cars and motorcycles with combustion engine) divided by total cam-
pus’ population (TR.1)

Jumlah total kendaraan di kampus = 27 Total number of vehicles in the campus = 27
Jumlah total populasi kampus = 606 Total number of campus population = 606
Jumlah total kendaraan dibagi dengan total popu- Total number of vehicles divided by total campus
lasi kampus population
= 27/606 = 27/606
= 0,0446 = 0.0446

5.5. Shuttle services (TR.2)

Campus area A Institut Teknologi Telkom Jakarta Campus B area Institut Teknologi Telkom Jakarta

Karena area kampus kecil (kampus A = 9.236 m2 + Due to the small campus area (campus A=9,236
kampus B = 1.332 m2), layanan antar-jemput tidak m2 + campus B=1,332 m2), the shuttle service was
disediakan di dalam kampus. Namun, layanan an- not provided within the campus. However, shuttle
tar-jemput dapat disediakan untuk fasilitas mobili- service can be provided for inter-campus mobility
tas antar kampus di masa depan. facilities in the future.

175 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021
5.9. Zero Emission Vehicles (ZEV) policy on campus (TR.3)

Bicycle parking area Free Bicycle for rent

Zero Emission Program at campus

Kami Memiliki Kebijakan Zero Emission Vehicles We Have a Zero Emission Vehicles (ZEV) Policy on
(ZEV) di Kampus. Kami memiliki 5 sepeda untuk Campus. we have 5 bikes to ride for free
dikendarai secara gratis

Additional evidence link: https://youtu.be/QrsNIELokYk

5.13. Ratio of the ground parking area to total campus area (TR.5)

Ratio of Parking Area to Total Campus Area A (ITTJ, Indonesia) Main Campus Area A (ITTJ, Indonesia)

176

Ratio of Parking Area to Total Campus Area B (ITTJ, Indonesia) Main Campus Area B (ITTJ, Indonesia)

ITTJ terdiri dari dua area kampus, Kampus A (9.236 ITTJ consists of two campus areas, Campus A
m2) dan Kampus B (1.332 m2). Kampus utama (9,236 m2 ) and Campus B (1,332 m2 ). Main cam-
adalah jumlah total Kampus A dan Kampus B. pus is the total sum of Campus A and Campus B.
Total area kampus utama: Kampus A +Campus B Total main campus area: Campus A+Campus B
: 9.236 m2 + 1.332 m2 : 9,236 m2 + 1,332 m2
Total area kampus utama: 10.568 m2 Total main campus area: 10,568 m2
Total area parkir = 1161.25m2 Total parking area = 1161.25m2
Rasio = 10,98 Ratio = 10,98

5.14. Program to limit or decrease the parking area on campus for the last 3 years (from 2018 to 2020 (TR.6

Parking Area when CFD program held (Institut Teknologi Telkom Jakarta)

Free Bicycle for rent on Campus A (Institut Teknologi Telkom Jakarta) ANNUAL REPORT 2021

177

LAPORAN TAHUNAN 2021

Area parkir ITTelkom Jakarta mengalami penurunan The parking area of ITTelkom Jakarta was de-
hari bebas mobil dan program sewa sepeda gratis. creased by car-free days and free rent bicycle
Hal ini dibuktikan dengan perhitungan berikut: programs. It was proved by the following calcu-
lation:
Persentase penurunan area parkir
Percentage decrease in parking area
= ((Area parkir kampus A tahun 2020 - Area parkir
kampus A tahun 2021) / Area parkir kampus A tahun = ((Parking area of campus A in 2020 - Parking
2020) x 100% area of campus A in 2021) / Parking area of cam-
pus A in 2020) x 100%
= ((677m2 - 671,5 m2 )/ 677 m2) x 100%
= ((677m2 - 671.5 m2 )/ 677 m2) x 100%
= (5,5 m2 )/ 677 m2) x 100%
= (5.5 m2 )/ 677 m2) x 100%
= 0,812%
= 0.812%

Additional evidence link: https://youtu.be/QrsNIELokYk

5.15. Number of initiatives to decrease private vehicles on campus (TR.7)

Parking Area when CFD program held (Institut Teknologi Telkom Jakarta)

Free Bicycle for rent on Campus A (Institut Teknologi Telkom Jakarta)

Institut Teknologi Telkom Jakarta memiliki dua ini- Institut Teknologi Telkom Jakarta has two initia-
siatif untuk mengurangi kendaraan pribadi di kam- tives to reduce private vehicles on campus:
pus:
1. Car Free Day, all academic members did not
1. Car Free Day, semua anggota akademik tidak permit bringing private vehicles to the campus
mengizinkan membawa kendaraan pribadi ke kam- once a week.
pus seminggu sekali.

178

2. Sepeda Kampus, menyediakan lima sepeda kam- 2. Campus Bicycles, provided five campus bicy-
pus untuk disewakan gratis untuk bepergian di dalam cles for free rent to travel within the campus area.
area kampus.

Additional evidence link: https://youtu.be/QrsNIELokYk

5.16. Pedestrian path on campus (TR.8)

Pedestrian Path indoor Institut Teknologi TELKOM Jakarta Pedestrian Path outdoor Institut Teknologi TELKOM Jakarta

1. Jalur pejalan kaki di luar ruangan dilengkapi den- 1. Pedestrian path outdoor is equipped with a
gan tanda seseorang berjalan, tanda menunjukkan sign of a person walking, the sign indicates that
bahwa jalan itu untuk pejalan kaki. the road is for pedestrians.

2. Jalur pejalan kaki dalam ruangan dilengkapi den- 2. Indoor pedestrian path is equipped with a no-
gan tanda tidak berjalan; tanda tersebut menun- run sign; the sign indicates that it should not run
jukkan bahwa itu tidak boleh berjalan di koridor in the corridors of the building because it endan-
bangunan karena membahayakan pejalan kaki gers other pedestrians.
lainnya.
3. Indoor pedestrian path equipped with hand-
3. Jalur pejalan kaki dalam ruangan dilengkapi den- rails so as not to slip when walking.
gan pegangan tangan agar tidak tergelincir saat
berjalan.

Pedestrian Path outdoor on Campus B (Institut Teknologi Telkom Jakarta)

Additional evidence link (i.e., for videos, more images, or other files that are not included in this file):

https://youtu.be/5DqXQtosci4

179 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021

https://www.youtube.com/watch?v=5DqXQtosci4

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

180

EDUCATION AND Kriteria ini didasarkan pada peran pent-
RESEARCH ing universitas dalam menciptakan genera-
si baru yang peduli dengan isu keberlanju-
https://greenmetric.ittelkom-jkt.ac.id/indicators/ tan. Indikatornya adalah: Rasio mata kuliah
education-and-research/ keberlanjutan terhadap total mata kuliah,

Tim Penyusun : Rasio pendanaan penelitian keberlanjutan
terhadap total pendanaan penelitian, Jum-
Deny Haryadi, S.Kom., M.Kom. lah publikasi ilmiah tentang keberlanjutan,
Aditya Bagoes Saputra, S.T., M.T. Jumlah acara terkait keberlanjutan, Jumlah
Bhima Danniswara S.Ds., M.Ds. organisasi mahasiswa terkait keberlanjutan,
Gagas Ezhar Rahmayadi S.Ds., M.Ds. Situs web keberlanjutan, Laporan keberlan-
Nadia Media Rizka, S.T., M.Eng.

jutan, Jumlah kegiatan budaya di kampus,

Jumlah program universitas dalam mengata-

si pandemi Covid-19, Jumlah proyek layanan

masyarakat keberlanjutan yang diselengga-

rakan dan melibatkan mahasiswa, dan Jum-

lah startup terkait keberlanjutan

This criteria is based on university mportant role in creating the new generation concern with sustainability
issues. The indicators are: The ratio of sustainability courses towards total courses/subjects, The ratio of sus-
tainability research funding towards total research funding, Number of scholarly publications on sustainability,
Number of events related to sustainability, Number of student organizations related to sustainability, Uni-
versity-run sustainability website, Sustainability report, Number of cultural activities on campus, Number of
university program(s) to cope with Covid-19 pandemic, Number of sustainability community services project
organized and/or involving students, and Number of sustainability-related startups

181 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021

QUESTIONAIRE

6.1. Number of courses/subjects related to sustainability offered
5 Mata Kuliah (D3 Teknik Telekomunikasi)

5 Mata Kuliah (S1 Teknologi Informasi)

17 Mata Kuliah (S1 Desain Komunikasi Visual)

5 Mata Kuliah (S1 Teknik Telekomunikasi)

5 Mata Kuliah (S1 Sistem Informasi)

5 Mata Kuliah (S1 Informatika)

6.2. Total number of courses/subjects offered
59 (D3 Teknik Telekomunikasi)

57 (S1 Teknologi Informasi)

52 (S1 Desain Komunikasi Visual)

59 (S1 Teknik Telekomunikasi)

51 (S1 Sistem Informasi)

51 (S1 Informatika)

6.3. The ratio of sustainability courses to total courses/subjects (ED.1)
((42/329) x 100%) = 12.76%

6.4. Total research funds dedicated to sustainability research (in US Dollars)
47,372 US$

6.5. Total research funds (in US Dollars)
48,706 US$

6.6. The ratio of sustainability research funding to total research funding (ED.2)
7.26%

6.7. Number of scholarly publications on sustainability (ED.3)
1,3

6.8. Number of events related to sustainability (ED.4)
24

6.9. Number of student organizations related to sustainability (ED.5)
0

6.10. University-run sustainability website (ED.6)
Website is available and accessible

https://greenmetric.ittelkom-jkt.ac.id/

Aplikasi mobile (Progress)

6.11. Sustainability website address (URL) if available
https://greenmetric.ittelkom-jkt.ac.id/

6.12. Sustainability report (ED.7)
Buku program GreenMetric ITTJ

6.13. Number of cultural activities on campus (ED.8)
None

6.14. Number of university program(s) to cope with Covid-19 pandemic (ED.9)
24

6.15. Number of sustainability community services project organized and/or involving students (ED.10)
Workshop Computer Grafis

6.16. Number of sustainability-related startups (ED.11)

Digiscience 182

evidence and indicator

6.1. Number of courses/subjects related to sustainability offered

Courses/Subjects Related to Sustainability (Institut Teknologi Telkom Jakarta, Indonesia)

Di atas adalah daftar mata kuliah yang telah men- Above is a list of the courses that have had chang-
galami perubahan yang disetujui melalui program es approved through ITTelkom Jakarta’s Curric-
Penyegaran Kurikulum ITTelkom Jakarta yang ber- ulum Refresh programs which aims to embed
tujuan untuk menanamkan keberlanjutan ke da- sustainability into all course and module content
lam semua konten mata kuliah dan modul yang offered by the University.
ditawarkan oleh Universitas.
The list also includes courses with sustainability
Daftar ini juga mencakup kursus dengan keberlan- already embedded, and those that include the
jutan yang sudah tertanam, dan yang mencakup Sustainability in Practice Certificate as part of the
Keberlanjutan dalam Sertifikat Praktik sebagai ba- core curriculum.
gian dari kurikulum inti.
Total number of courses with sustainability em-
Jumlah total mata kuliah dengan keberlanjutan bedded for courses running in 2021/2022: 22
yang tertanam untuk mata kuliah yang berjalan
pada 2021/2022: 22

183 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021
6.2. Total number of courses/subjects offered

Total Courses Offered in 2019-2021, Institut Teknologi Telkom Jakarta, Indonesia

Tabel berikut adalah total kursus / mata pelajaran The following table is the total of courses/subjects
yang ditawarkan di kampus kami pada 2019-2021. offered on our campus in 2019-2021. In 2021, Our
Pada tahun 2021, kampus kami memiliki lebih ban- campus has more study programs and we have
yak program studi dan kami memiliki 260 program 260 courses recently.
baru-baru ini.
Total number of courses offered in 2021 = 329
Jumlah total kursus yang ditawarkan pada tahun courses (not modules).
2021 = 329 kursus (bukan modul).

6.4. Total research funds dedicated to sustainability research (in US Dollars)

184

Total dana penelitian yang didedikasikan untuk pe- Total research fund dedicated to sustainability re-
nelitian keberlanjutan pada tahun 2018 = 2807.21 search in 2018 = 2807,21 US Dollars
Dolar AS
Total research fund dedicated to sustainability re-
Total dana penelitian yang didedikasikan untuk pe- search in 2019 = 7018,03 US Dollars
nelitian keberlanjutan pada tahun 2019 = 7018.03
Dolar AS Total research fund dedicated to sustainability re-
search in 2020 = 25124,6 US Dollars
Total dana penelitian yang didedikasikan untuk pe-
nelitian keberlanjutan pada tahun 2020 = 25124,6 The averaged annum last 3 years of research fund
Dolar AS dedicated to sustainability research = 34,950 US
Dollars
Rata-rata 3 tahun terakhir dana penelitian yang
didedikasikan untuk penelitian keberlanjutan =
34.950 Dolar AS

Additional evidence link (i.e., for videos, more images, or other files that are not included in this file):
https://youtu.be/nU1_fbD_kvU
https://youtu.be/36eTEI9YZrk
https://youtu.be/chX5Di5aJrQ
https://youtu.be/-FT3BgpAXOc

6.5. Total research funds (in US Dollars)

Total dana penelitian pada tahun 2018 = 593.202.89 Total research fund in 2018 = 593.202,89 USD
USD Total research fund in 2019 = 540.777,28 USD
Total research fund in 2020 = 1.158.888,34 USD
Total dana penelitian pada tahun 2019 = 540.777,28
USD The averaged annum last 3 years of research fund
= 764.289,50 USD
Total dana penelitian pada tahun 2020 = 1.158.888,34
USD

Rata-rata tahun terakhir 3 tahun dana penelitian = More over research funding in the Annual report
764.289,50 USD 2018-2020: https://ppm.ittelkom-jkt.ac.id/

Lebih lanjut mengenai pendanaan penelitian dalam ANNUAL REPORT 2021
laporan Tahunan 2018-2020: https://ppm.ittelkom-jkt.
ac.id/

185

LAPORAN TAHUNAN 2021
6.7. Number of scholarly publications on sustainability (ED.3)

Scholarly publications on sustainability (Akademi Telkom Ja- Scholarly publications on sustainability (Institut Teknolo-
karta, Indonesia) gi Telkom Jakarta, Indonesia)

Contoh publikasi ilmiah tentang keberlanjutan pada Example of events scholarly publications on sus-
tahun akademik 2018-2020. tainability in the academic year 2018-2020.
Total rata-rata per tahun selama 3 tahun terakhir A total average per annum over the last 3 years of
dari 95 publikasi 95 publications

6.8. Number of events related to sustainability (ED.4)

Social Service Activities Welcoming Christmas 2020 at Kasih Ampera Shelter House by Rohani Kristen Akatel

Developing digital application to support the craftsmen of Sempur and Anjun villages, Purwakarta, West Java to
market their products nationally and internationally (September 2019).

186

Community service in Cimone, Tangerang City, was attended by the chairman of RT 08 Cimone Mas Housing, Cimone Vil-
lage, Karawaci District, Tangerang City. In Cimone, community service is in the form of distributing rice. Then it continued
the distribution of masks at the Baja Perum Health Center, Tangerang City. From the standpoint of the Telkom Jakarta
Academy, which in this case was represented by Mr. DR. H. M. Soleh Hapudin, M.Sc. in the same week, the community
service at the Telkom Jakarta Academy distributed rice and masks, represented by Mrs. Yus Natali, ST, MT assisted by
students.

In the Bogor area, rice and hand sanitizer were also distributed, while in Depok only masks were distributed. Distribution
of masks in Depok for motorcycle riders. Community service to reduce the burden of the Covid 19 disaster in the form of
distributing basic necessities, masks and hand sanitizer.

Acara yang berkaitan dengan lingkungan dan ke- Events related to environment and sustainability
berlanjutan diselenggarakan atau diselenggarakan hosted or organized by the Telkom Academy Ja-
oleh Telkom Academy Jakarta/Institut Teknologi karta/Institut Teknologi Telkom Jakarta in the ac-
Telkom Jakarta pada tahun akademik 2018-2020. ademic year 2018-2020.

Jumlah total peristiwa terkait keberlanjutan / Total number of sustainability/environment relat-
lingkungan di: ed events in:

2018: 1 2018: 1

2019: 2 2019: 2

2020: 28 2020: 28

Total rata-rata per tahun selama 3 tahun terakhir A total average per annum over the last 3 years
dari 10.333 acara (misalnya konferensi, lokakarya, of 10.333 events (e.g. conferences, workshops,
peningkatan kesadaran, pelatihan praktis, dll.). awareness raising, practical training, etc.).

187 ANNUAL REPORT 2021

LAPORAN TAHUNAN 2021
6.9. Number of student organizations related to sustainability (ED.5)

Student organization Related to Sustainability (Institut Teknologi Telkom Jakarta, Indonesia)

Kami menumbuhkan kesadaran tentang lingkun- We grow the awareness about environment and
gan dan permasalahannya, kita belajar pengeta- its problems, we learn the basic knowledge about
huan dasar tentang lingkungan, kita menumbuh- the environment, we grow sense of responsibility
kan rasa tanggung jawab terhadap lingkungan, towards the environment, we develop our skills
kita mengembangkan keterampilan kita untuk to solve environmental problems, then we imple-
memecahkan masalah lingkungan, kemudian kita ment by participate in programs related to envi-
terapkan dengan berpartisipasi dalam program ronment, research and innovation
yang berkaitan dengan lingkungan, penelitian dan
inovasi.

Additional evidence link (i.e., for videos, more images, or other files that are not included in this file):
https://youtu.be/nU1_fbD_kvU
https://youtu.be/36eTEI9YZrk
https://youtu.be/chX5Di5aJrQ
https://youtu.be/-FT3BgpAXOc
https://youtu.be/xUyJMrUJYpU

188

6.12. Sustainability report (ED.7)

Teks lengkap Laporan Keberlanjutan Tahunan Insti- Complete text of Institut Teknologi Telkom Jakarta
tut Teknologi Telkom Jakarta 2021 yang tersedia di Annual Sustainability Report 2021 available on this
tautan ini: https://greenmetric.ittelkom-jkt.ac.id/ link: https://greenmetric.ittelkom-jkt.ac.id/

Additional evidence link (i.e., for videos, more images, or other files that are not included in this file): https://
greenmetric.ittelkom-jkt.ac.id/

6.13. Number of cultural activities on campus (ED.8)

Cultural activities on campus (Institut Teknologi Telkom Jakarta, Indonesia) ANNUAL REPORT 2021

189

LAPORAN TAHUNAN 2021

Kami menggelar kegiatan budaya dalam beberapa We usually arrange the cultural activities into
acara besar di kampus, seperti; Festival Ramad- some big events in campus, such as; The festival
han, Orientasi Siswa, Upacara Wisuda, dan festival of Ramadhan, Student Orientation, Graduation
atau acara besar lainnya. Ceremony, and other festivals or big events.

Jumlah total kegiatan budaya di kampus yang Total number cultural activities on campus orga-
diselenggarakan oleh Universitas: lebih dari 3 aca- nized by the University : more than 3 events.
ra.

6.14. Number of university program(s) to cope with Covid-19 pandemic (ED.9)

Distributing rice at Semanan Kalideres, West Jakarta. Community service by distributing rice to the community in Ka-
rang Tengah Ciledug, Tangerang City. The purpose of community service is to relieve the community from the impact
of COVID-19.

The Akatel 4.0 team from the Telkom Jakarta Academy is one of the top 100 teams who received funding grants for
social project activities to help villages during the COVID-19 pandemic in 2020. This team carried out packaging design
and online shops to help marketing from home industries for making tofu and tempeh digitally in Tangerang, Banten
for about 1 month.

190

Community service in Cimone, Tangerang City, was attended by the chairman of RT 08 Cimone Mas Housing, Cimone Vil-
lage, Karawaci District, Tangerang City. In Cimone, community service is in the form of distributing rice. Then it continued
the distribution of masks at the Baja Perum Health Center, Tangerang City. From the standpoint of the Telkom Jakarta
Academy, which in this case was represented by Mr. DR. H. M. Soleh Hapudin, M.Sc. in the same week, the community
service at the Telkom Jakarta Academy distributed rice and masks, represented by Mrs. Yus Natali, ST, MT assisted by
students.

In the Bogor area, rice and hand sanitizer were also distributed, while in Depok only masks were distributed. Distribution
of masks in Depok for motorcycle riders. Community service to reduce the burden of the Covid 19 disaster in the form of
distributing basic necessities, masks and hand sanitizer.

The Dynamic Digital Learning team from the Telkom Ja-
karta Academy is one of the top 100 teams that received
funding grants for social project activities to help villages
during the COVID-19 pandemic in 2020.
This team carried out socialization and training on the use
of digital in the application of online learning in several
schools in Bantarujeg Village, Majalengka Regency, West
Java for about 1 month.

Student association and senate community service activities: “Baksos Ayo Cegah
COVID-19.”
Jl. Carving 1 No.74, RT.6/RW.13, Kapuk, Cengkareng District, West Jakarta City,
Daerah Khusus Ibukota Jakarta 11720. The activity of donating basic necessities,
masks, and hand sanitizer.

191 ANNUAL REPORT 2021

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6.15. Number of sustainability community services project organized and/or involving students (ED.10)

Contoh dari Institut Teknologi Telkom Jakarta (SI, Example from Institut Teknologi Telkom Jakarta
EC, WS, WR, TR, ED). (SI, EC, WS, WR, TR, ED).

Optimization of Water Storage Using Arduino-Based
Solar Panels in Pemangkat Village. The Maximoff team
from the Telkom Academy Jakarta is one of the teams
from the top 100 who received funding grants for so-
cial project activities to help villages during the covid
pandemic in 2020. This team carried out the design
and manufacture of water storage areas using solar
panels to help residents in Pemangkat Village, West
Kalimantan for about 1 month.

192

Design and Build a Biosand Filter-Based River Water Purification and Drainage System
The EXINOCERO team from the Telkom Academy Jakarta is one of the top 100 teams that received funding grants for social
project activities to help villages during the covid pandemic in 2020. This team carried out the design and construction of tools
to purify river water that would be used by daily residents in the village. Margaluyu, Serang City, Banten for about 1 month.

Asy-Syakiriyyah Islamic Boarding School Empower-
ment Through Digital Marketing Using Website
The SMD team from the Telkom Jakarta Academy is
one of the teams from the top 100 who received fund-
ing grants for social project activities to help villages
during the COVID-19 pandemic in 2020. This team car-
ried out website design to assist digital marketing of Is-
lamic boarding schools in Sukatani Village, Tangerang,
Banten for about 1 month.

The Activity of Giving Qurban to the Community in 2020 by the Akatel Muslim Student Association.

193 ANNUAL REPORT 2021