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UNIVERSITAS GADJAH MADA FACULTY OF MATHEMATICS AND NATURAL SCIENCES 
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UNIVERSITAS GADJAH MADA FACULTY OF MATHEMATICS AND NATURAL SCIENCES 
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Teknologi IoT dan Big Data Potensial Dikembangkan di Sektor Pertanian dan Kelautan

Juni 26, 2024

Indonesia belum sepenuhnya memaksimalkan pemanfaatan potensi konvergensi teknologi Internet of Thing (IoT) dan Big Data secara maksimal dalam mendukung percepatan perkembangan teknologi domestik, meningkatkan kemandiriannya dalam hal teknologi, dan mencapai pertumbuhan ekonomi yang berkelanjutan.  Padahal kedua teknologi ini dapat menciptakan solusi inovatif dan berdampak besar untuk banyak bidang karena memungkinkan pemantauan dan analisis data secara real time. “Teknologi IoT dapat digunakan dalam sektor pertanian dan kelautan untuk mengumpulkan data cuaca, kualitas tanah, atau kondisi laut yang kemudian dianalisis menggunakan Big Data untuk meningkatkan produktivitas dan ketahanan pangan,” ujar Dosen Departemen Elektronika dan Instrumentasi, Fakultas Matematika dan Ilmu Pengetahuan Alam Universitas Gadjah Mada, Prof. Dr. techn. Ahmad Ashari, M.I.Kom., dalam pidato pengukuhan Guru Besar di Balai Senat, Selasa (25/6).

Dalam pidato yang berjudul Konvergensi Internet of Things dan Big Data, Manfaat dan Tantangannya, Ahmad Ashari menuturkan bahwa konvergensi ini juga akan mendukung perkembangan CPS atau Cyber-Physical Systems (CPS) yang berbentuk pemantauan dan kendali real time, optimasi proses dan kinerja, prediksi dan perencanaan, keselamatan dan keamanan, serta fleksibilitas dan adaptabilitas.

Meskipun konvergensi keduanya memiliki potensi besar, ada beberapa tantangan yang dikemukakan oleh Ahmad yang perlu diatasi dalam mengintegrasikan keduanya. Salah satunya yaitu terkait data yang dihasilkan oleh perangkat IoT yang seringkali sensitif dan rentan terhadap serangan siber. “Perlindungan terhadap privasi dan keamanan data menjadi kunci, baik selama proses pengumpulan, penyimpanan, maupun analisis agar tidak dieksploitasi oleh pihak-pihak yang bermaksud jahat, untuk mencuri data atau mengganggu operasi sistem,” papar Ahmad.

Tantangan lainnya yaitu berkaitan dengan IoT yang menghasilkan volume data yang sangat besar, yang memerlukan infrastruktur dan kapasitas penyimpanan data yang cukup besar. Sehingga diperlukan biaya dan ketersediaan sumber daya komputasi yang memadai. Hambatan lainnya mencakup keterbatasan jaringan, masalah interoperabilitas, kebutuhan akan pemahaman yang mendalam, serta keterampilan teknis yang canggih.

Ahmad menegaskan bahwa untuk mengatasi tantangan-tantangan yang ada diperlukan pendekatan yang holistik dan komprehensif, termasuk pengembangan infrastruktur yang kuat, kebijakan dan praktik keamanan yang ketat, serta investasi dalam pengembangan keterampilan dan kapasitas tenaga kerja yang relevan. “Dengan mengatasi tantangan yang ada, konvergensi IoT dan Big Data dapat memberikan manfaat besar bagi organisasi dan masyarakat secara keseluruhan,” ucapnya.

Ketua Dewan Guru Besar UGM, Prof. Dr. Ir. Mochammad Maksum, M.Sc., turut memberikan pidato sambutan setelah mengalungkan samir Guru Besar pada Prof. Dr. techn. Ahmad Ashari, M.I.Kom. Dalam pidatonya, ia menyebutkan bahwa Prof. Ahmad Ashari adalah salah satu dari 460 guru besar aktif di Universitas Gadjah Mada, dan salah satu dari 42 guru besar aktif dari total 58 guru besar di FMIPA UGM.

Penulis: Dita
Editor: Gusti Grehenson
Foto: Donnie

Sumber: https://ugm.ac.id/id/berita/teknologi-iot-dan-big-data-potensial-dikembangkan-di-sektor-pertanian-dan-kelautan/

Tags:SDGs SDG 2: Tanpa Kelaparan SDG 4: Pendidikan Berkualitas SDG 9: Industri Inovasi dan Infrastruktur SDG 14: Ekosistem Lautan
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Puluhan Tahun Menjadi Dosen, Simak Perjalanan Roto Raih Gelar Guru Besar

Mei 17, 2024

Balai Senat Universitas Gadjah Mada menjadi saksi suasana haru dan bangga atas perjuangan Prof. Drs. Roto, S.Si., M.Eng., Ph.D. dalam meraih gelar guru besar pada Selasa, 14 Mei 2024 melalui penelitiannya yang berjudul Analisis Kimia Berbasis Quartz Resonator dan Aplikasinya. Dengan perlahan, Prof. Roto mencoba menyampaikan apresiasi atas capaian dan perjalanannya hingga berada pada saat ini.

“Saya persembahkan capaian ini untuk Departemen Kimia, tempat berkarya para guru dan mentor saya selama ini. Terima kasih telah membuka jalan bagi saya untuk menimba ilmu dan mengabdi di Departemen Kimia terbaik di Indonesia. Demikian pula bimbingan dan arahan yang tak pernah hendti dari mentor dan para rekan sejawat,” papar Prof. Roto.

Pria kelahiran 56 tahun lalu tersebut menyelesaikan studi di tanah kelahirannya yaitu Purworejo, Jawa Tengah melalui SD Negeri Wero Ngombol, SMP Panca Marga Bhakti 5 Purworejo, SMA Panca Marga Bhakti 1 Purworejo, hingga menyelesaikan program sarjana di Kimia FMIPA UGM, program magister di Keio University Japan, dan doktor di University New Brunswick Canada.

Setelah menamatkan studi di Fisika UGM, Prof. Roto mendedikasikan dirinya sebagai seorang dosen di Fisika UGM sejak tahun 1991. Hingga saat ini, Prof. Roto turut dipercaya sebagai Wakil Dekan Bidang Pendidikan, Pengajaran, dan Kemahasiswaan dengan deretan peran penting lainnya di berbagai sektor lembaga akreditasi. Beliau menjadi Wakil Direktur dari Lembaga Akreditasi Sains Alam dan Ilmu Formal (LAMSAMA), Asesor International Royal Society of Chemistry London England, Asesor Badan Akreditasi Nasional Perguruan Tinggi, dan Reviewer penelitian di lingkungan Direktorat Riset, Teknologi, dan Pengabdian kepada Masyarakat, Dikti.

Dari hasil penelitian Prof. Roto sebagai guru besar, penelitiannya memiliki keberanfaatan dalam aplikasinya di bidang lingkungan untuk pemantauan pencemaran, di bidang kesehatan dan kedokteran untuk diagnosis penyakit, dan di bidang keamanan pangan untuk mendeteksi patogen dalam makanan. Kemudian, disampaikan juga mengenai potensi pengembangan riset dan aplikasi Quartz Crystal Microbalance di masa depan.

“Saya bersyukur menjadi bagian dari UGM khususnya di Departemen Fisika sehingga dapat belajar dan berkembang bersama,” ungkap Prof. Roto.

Kiprah dan dRotokasi Prof. Roto di bidang kimia menjadi cerminan dari SDGs nomor 4 yaitu Pendidikan Berkualitas melalui pendidikan untuk keberlanjutan melalui riset yang dilakukan dan nomor 9 yaitu Industri, Inovasi, dan Infrastruktur melalui inovasi yang dilakukan untuk bidang kesehatan, kemanann pangan, dan lingkungan.

Penulis: Febriska Noor Fitriana
Foto: Datu Maulana Ahmad

Tags:SDGs SDG 4: Pendidikan Berkualitas SDG 9: Industri Inovasi dan Infrastruktur
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Puluhan Tahun Teliti Magnet, Edi Suharyadi Raih Gelar Guru besar di Bidang Ilmu Fisika Material

Mei 10, 2024

Prof. Dr. Eng. Edi Suharyadi, S.Si., M.Si., M.Eng. resmi dikukuhkan sebagai guru besar pada Selasa, 7 Mei 2024 di Balai Senat Universitas Gadjah Mada. Dengan penelitian berjudul Perkembangan Riset Bidang Nanomaterial Magnetik dan Aplikasinya, Prof. Edi akhirnya menyandang guru besar dalam Bidang Ilmu Fisika Material.

“Topik yang saya angkat tersebut didasarkan atas penelitian Kemagnetan dan Material Magnetik yang saya mulai sejak menempuh program Magister di Fisika UGM pada tahun 1998. Kemagnetan dan Material Magnetik merupakan cabang dari bidang Fisika dan Kimia, khususnya Ilmu Material,” ucap Prof. Edi dalam pidato yang disampaikan Selasa (7/5).

Dalam pengantar pidatonya, Prof. Edi menjelaskan mengenai tema penelitiannya yaitu terkait magnet. Beliau menjelaskan bahwa dalam 2 abad terakhir, kemajuan penelitian bidang magnet permanen semakin pesat dan memainkan banyak peran besar. Bahan magnet merupakan komponen penting dari komputer bahkan dalam industri, ruang angkasa, kesehatan, dan lingkungan. Pertumbuhan penggunaan bahan magnet sebagian besar disebabkan oleh peningkatan sifat magnetik yang memungkinkan merancang perangkat yang lebih kecil, lebih ringan, dan lebih efisien.

“Atas keluasan aplikasi nanomaterial magnetik, penelitian bidang ini terus mengalami perkembangan yang sangat pesat. Ini menjadi tantangan bagi para peneliti bidang material magnetik untuk terus melakukan penelitian lintas bidang dan transdisipliner. Tidak hanya Fisika dan Kimia, tapi juga Kedokteran, Lingkungan, Pertanian, Farmasi, Teknologi Informasi, dan lain sebagainya,” papar Prof. Edi.

Secara umum, Prof. Edi menyampaikan riwayat singkat penemuan, pengembangan aplikasi nanomaterial magnetik, dan beberapa contoh aplikasinya sebagai biosensor, penghantaran obat, dan untuk degradasi limbah. Kemudian, disampaikan juga mengenai potensi pengembangan riset dan aplikasi nanomaterial magnetik di masa depan.

Kiprah dan dedikasi Prof. Edi di bidang fisika menjadi cerminan dari SDGs nomor 4 yaitu Pendidikan Berkualitas melalui pendidikan untuk keberlanjutan melalui riset yang dilakukan dan nomor 9 yaitu Industri, Inovasi, dan Infrastruktur melalui inovasi yang dilakukan untuk biosensor, penghantaran obat, dan untuk degradasi limbah.

Penulis: Febriska Noor Fitriana
Foto: Datu Maulana Ahmad

Tags:SDGs SDG 4: Pendidikan Berkualitas SDG 9: Industri Inovasi dan Infrastruktur
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Department of Physics FMIPA UGM Held “Galaxy Cruise” Seminar: Bringing Society Closer to the Phenomena of the Universe through Educational and Interactive Media

Maret 17, 2024

Galaxy Cruise Website (galaxycruise.mtk.nao.ac)

The Department of Physics FMIPA UGM held a seminar titled “Studying Galaxy with Citizen, Science Project Galaxy Cruise” on Wednesday, Mar 13th, 2024, both online and offline at the Auditorium of the Faculty of Mathematics and Natural Sciences, UGM. The speaker for this event was Dr. Itsna Khoirul Fitriana, a researcher from the National Astronomical Observatory of Japan (NAOJ). The seminar was aimed at expanding knowledge and enhancing public interest in astronomy. Participants of the seminar included not only faculty members, researchers, and students but also junior and senior high school students. Dr. Eddy, the Chair of the Physics Department, opened the event and expressed appreciation for its organization.

“Galaxy Cruise is an astronomy research project involving the public. As researchers, we can obtain data from the public to develop our research, while the public gains knowledge related to astronomy,” said Dr. Itsna.

Dr. Itsna presenting the material about the “Galaxy Cruise” website (Photo: Fathan)

The material presented included an introduction to various types of celestial objects. Subsequently, seminar participants were invited to engage in training sessions as if they were about to embark on a space journey as astronomers, through various tests conducted via the “Galaxy Cruise” website. If participants completed the tests, they received a boarding pass or ticket for exploration into space through the interactive “Galaxy Cruise” website.

“Why do galaxies have different forms of interaction?” asked one participant, who was a high school student.

Dr. Itsna then explained the types of galaxy interaction forms through the interactive “Galaxy Cruise” website.

The output of this research project is an interactive website that can be utilized by the public. Users can register through the website and participate in activities such as training sessions by answering various questions. The involvement of the public, including students, reflects Sustainable Development Goal (SDG) number 4, Quality Education through the Internet for teaching purposes and enhancing skills in technology, information, and communication (ICT). Researchers of Galaxy Cruise can also gain insights into the public’s understanding of celestial objects being researched as data, thus promoting partnership for the purpose of implementing SDG number 17, Partnerships for the Goals.

Group photo with speakers and participants of “Galaxy Cruise” (Photo: Fathan)

 

Keywords: Galaxy Cruise, astronomy, NAOJ, galaxies

Author: Febriska Noor Fitriana

Photos: Muhammad Fathan

Tags:SDGs SDG 4: Pendidikan Berkualitas SDG 17: Kemitraan untuk Mencapai Tujuan
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Scientific Visit of the State Cyber Polytechnic and National Cryptography at the UGM Faculty of Mathematics and Natural Sciences: Students Attend Mathematics and Computer Science Classes

Maret 14, 2024

Dr. Fajar explained to the students about FMIPA UGM’s facilities

The State Cyber Polytechnic and National Cryptography visited the UGM Faculty of Mathematics and Natural Sciences on Tuesday, Mar 5th, 2024. The visit was warmly welcomed in the Seminar Room of the Department of Mathematics at the UGM Faculty of Mathematics and Natural Sciences by Prof. Dr. Eng. Kuwat Triyana, M.Sc., as the Dean of the UGM Faculty of Mathematics and Natural Sciences and Dr. Fajar Adi Kusumo, S.Si., M.Si., as the Mathematics lecture. A total of 4 students and 1 accompanying lecturer had the opportunity to experience attending classes at the UGM Faculty of Mathematics and Natural Sciences through classes in the Mathematics and Computer Science programs. R. Tjahjo Khurniawan, S.T., M.Sc., as the Director of the State Cyber Polytechnic and National Cryptography, also attended the opening ceremony.

“With the existence of a cryptography research center at the UGM Faculty of Mathematics and Natural Sciences, in the future, hopefully, it can facilitate the development of knowledge and support us in cyber security,” said R. Tjahjo.

In this regard, Prof. Kuwat, as the Dean of the Faculty of Mathematics and Natural Sciences, welcomed the conducted visit and further encouraged the impact of the established cooperation up to the industrial sector.

“The established cooperation can drive industrialization in the field of cryptography,” said Prof. Kuwat.

Photo session with hand gesture forming the letter “C” symbolizing cryptography

From the conducted scientific visit of the State Cyber Polytechnic and National Cryptography, the UGM Faculty of Mathematics and Natural Sciences also supports point 4 of the SDGs regarding quality education through the enhancement of technology, information, and communication (ICT) skills through the attended classes. Furthermore, the UGM Faculty of Mathematics and Natural Sciences also welcomes educational institutions in partnership to achieve goals in the advancement of education by point 17 of the SDGs.

 

Keywords: State Cyber Polytechnic and National Cryptography, students, education, science

Author: Febriska Noor Fitriana

Photos: Hero Prakosa Wibowo Priyanto

Tags:SDGs SDG 4: Pendidikan Berkualitas SDG 17: Kemitraan untuk Mencapai Tujuan
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Collaboration between FMIPA UGM and the Meteorology, Climatology, and Geophysics Agency: Enhancing Human Resources in the Field of Science and Technology

Maret 4, 2024

Dr. Wiwit presented research publications to BMKG (Photo: Hero)

FMIPA UGM received a visit from the Meteorology, Climatology, and Geophysics Agency (BMKG) on Wednesday, Feb 28th, 2024 at Merapi Room, Department of Geophysics, FMIPA UGM. This visit aims to strengthen collaboration to boost the number of human resources in the fields of science and technology through Physics postgraduate programs.

Prof. Dr. Eng. Kuwat Triyana, M.Si., the Dean of FMIPA UGM, welcomed the presence and reinforcement of the collaboration. “The key to the success of an institution lies in the quality of its human resources. Even though the equipment and technology are complete, inadequate human resources can be risky,” said Prof. Kuwat.

Engagement dialogue between FMIPA UGM and BMKG (Photo: Hero)

In this regard, Dr.rer.nat. Wiwit Suryanto, S.Si., M.Si., a lecturer in Geophysics at FMIPA UGM, presented the types of study programs that BMKG employees can participate in, such as regular and research tracks. Furthermore, an introduction to learning facilities and support programs such as laboratories, field activities, and soft skills training was provided.

“Our graduates will not only be competent technically and scientifically but also in non-technical areas such as communication and work management. We also encourage students to commit to producing publications such as journals,” said Dr. Wiwit.

Nina Amelia Sasmita, M.Si., the Head of the Domestic Education Team at BMKG, expressed the purpose of the visit.

“We have many competent employees who are ready to pursue further education. Therefore, we need a learning program system that can accommodate our employees by dividing their time between studying and working. Additionally, we provide scholarships for our employees to complete their studies,” said Nina.

A photo session as a closing meeting (Photo: Hero)

From the agenda of the visit, FMIPA UGM also supports SDGs points 4 and 7 regarding quality education and innovation by encouraging the number of researchers in the fields of science and technology in postgraduate programs. Furthermore, FMIPA UGM welcomes government agencies in partnerships to achieve the goal of increasing the number of researchers by SDGs point 17.

 

Keywords: scholarship, BMKG, physics, science, research, innovation

Author: Febriska Noor Fitriana

Photos: Hero Prakosa Wibowo Priyanto

Tags:SDGs SDG 4: Pendidikan Berkualitas SDG 9: Industri Inovasi dan Infrastruktur SDG 17: Kemitraan untuk Mencapai Tujuan
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Electrically Enhanced Oil Recovery Innovation: Geophysics FMIPA UGM and Upstream Innovation PHE Research Collaboration Is Ready for Field Deployment

Februari 17, 2024

Geophysics UGM and Upstream Innovation PHE conducted initial field testing in 2023 (Photo: UGM Geophysics Research Team).

The collaboration between Geophysics FMIPA UGM and Upstream Innovation PHE in its third year through Electrically Enhanced Oil Recovery innovation is poised to enter the field. This effort is aimed at supporting the government’s program to increase oil production targets by 1 million barrels by 2030 in Indonesia. The UGM Geophysics Research Team, along with Upstream Innovation PHE, actively contributes to achieving this goal.

“Through this research collaboration, our (FMIPA UGM) hope is to support the government’s target of 1 million barrels of oil production,” said Prof. Kuwat Triyana, Dean of FMIPA UGM, during the “Kickoff Meeting for the Electrically Enhanced Oil Recovery Collaboration Study in 2024” held via online meeting on Monday, Jan 12th, 2024.

In 2023, initial field testing was conducted to assess the performance of the Electrically Enhanced Oil Recovery equipment. By continually improving the quality of this equipment, the UGM Geophysics Research Team and Upstream Innovation PHE are confident that they are ready to enter the field for broader oil production in 2024.

“We appreciate the trust placed in us over the past few years. We continue to strive in the development of this Electrically Enhanced Oil Recovery equipment to support the 1 million barrel production target in Indonesia,” said Dr. Afif Rakhman, head of the UGM Geophysics Research Team.

Electrically Enhanced Oil Recovery is one of the supportive methods in oil exploitation by injecting high-powered direct current (DC) into reservoirs to enhance production. By installing anodes and cathodes at specific distances and configurations, the electric current can alter the physical properties of the rocks it passes through, facilitating the movement of oil beneath the earth’s surface. The equipment developed by this team also features remote control capabilities through the internet network.

“This developed technology is easily implementable due to its relatively simple installation process and online operation, making it more effective and efficient in terms of time and cost,” said Metrik Pradana, initiator of the Electrically Enhanced Oil Recovery research from Upstream Innovation PHE.

The technological innovation built through collaboration between institutions and industry partners is an effort to support government programs, particularly in contributing to the achievement of Sustainable Development Goals (SDGs). This research collaboration reflects point 9 – Infrastructure, Industry, and Innovation, through innovation in meeting the country’s energy needs, as well as point 17 – Partnerships to Achieve Goals, through collaborative efforts to meet the goal of national oil requirements production.

Keywords: Geophysics, Pertamina, PHE, oil, Electrically Enhanced Oil Recovery

Author: Pamungkas Yuliantoro

Photo: UGM Geophysics Research Team.

Editor: Febriska Noor Fitriana

Tags:SDGs SDG 9: Industri Inovasi dan Infrastruktur SDG 17: Kemitraan untuk Mencapai Tujuan
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Teknologi IoT dan Big Data Potensial Dikembangkan di Sektor Pertanian dan Kelautan

Juni 26, 2024

Indonesia belum sepenuhnya memaksimalkan pemanfaatan potensi konvergensi teknologi Internet of Thing (IoT) dan Big Data secara maksimal dalam mendukung percepatan perkembangan teknologi domestik, meningkatkan kemandiriannya dalam hal teknologi, dan mencapai pertumbuhan ekonomi yang berkelanjutan.  Padahal kedua teknologi ini dapat menciptakan solusi inovatif dan berdampak besar untuk banyak bidang karena memungkinkan pemantauan dan analisis data secara real time. “Teknologi IoT dapat digunakan dalam sektor pertanian dan kelautan untuk mengumpulkan data cuaca, kualitas tanah, atau kondisi laut yang kemudian dianalisis menggunakan Big Data untuk meningkatkan produktivitas dan ketahanan pangan,” ujar Dosen Departemen Elektronika dan Instrumentasi, Fakultas Matematika dan Ilmu Pengetahuan Alam Universitas Gadjah Mada, Prof. Dr. techn. Ahmad Ashari, M.I.Kom., dalam pidato pengukuhan Guru Besar di Balai Senat, Selasa (25/6).

Dalam pidato yang berjudul Konvergensi Internet of Things dan Big Data, Manfaat dan Tantangannya, Ahmad Ashari menuturkan bahwa konvergensi ini juga akan mendukung perkembangan CPS atau Cyber-Physical Systems (CPS) yang berbentuk pemantauan dan kendali real time, optimasi proses dan kinerja, prediksi dan perencanaan, keselamatan dan keamanan, serta fleksibilitas dan adaptabilitas.

Meskipun konvergensi keduanya memiliki potensi besar, ada beberapa tantangan yang dikemukakan oleh Ahmad yang perlu diatasi dalam mengintegrasikan keduanya. Salah satunya yaitu terkait data yang dihasilkan oleh perangkat IoT yang seringkali sensitif dan rentan terhadap serangan siber. “Perlindungan terhadap privasi dan keamanan data menjadi kunci, baik selama proses pengumpulan, penyimpanan, maupun analisis agar tidak dieksploitasi oleh pihak-pihak yang bermaksud jahat, untuk mencuri data atau mengganggu operasi sistem,” papar Ahmad.

Tantangan lainnya yaitu berkaitan dengan IoT yang menghasilkan volume data yang sangat besar, yang memerlukan infrastruktur dan kapasitas penyimpanan data yang cukup besar. Sehingga diperlukan biaya dan ketersediaan sumber daya komputasi yang memadai. Hambatan lainnya mencakup keterbatasan jaringan, masalah interoperabilitas, kebutuhan akan pemahaman yang mendalam, serta keterampilan teknis yang canggih.

Ahmad menegaskan bahwa untuk mengatasi tantangan-tantangan yang ada diperlukan pendekatan yang holistik dan komprehensif, termasuk pengembangan infrastruktur yang kuat, kebijakan dan praktik keamanan yang ketat, serta investasi dalam pengembangan keterampilan dan kapasitas tenaga kerja yang relevan. “Dengan mengatasi tantangan yang ada, konvergensi IoT dan Big Data dapat memberikan manfaat besar bagi organisasi dan masyarakat secara keseluruhan,” ucapnya.

Ketua Dewan Guru Besar UGM, Prof. Dr. Ir. Mochammad Maksum, M.Sc., turut memberikan pidato sambutan setelah mengalungkan samir Guru Besar pada Prof. Dr. techn. Ahmad Ashari, M.I.Kom. Dalam pidatonya, ia menyebutkan bahwa Prof. Ahmad Ashari adalah salah satu dari 460 guru besar aktif di Universitas Gadjah Mada, dan salah satu dari 42 guru besar aktif dari total 58 guru besar di FMIPA UGM.

Penulis: Dita
Editor: Gusti Grehenson
Foto: Donnie

Sumber: https://ugm.ac.id/id/berita/teknologi-iot-dan-big-data-potensial-dikembangkan-di-sektor-pertanian-dan-kelautan/

Tags:SDGs SDG 2: Tanpa Kelaparan SDG 4: Pendidikan Berkualitas SDG 9: Industri Inovasi dan Infrastruktur SDG 14: Ekosistem Lautan
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Puluhan Tahun Menjadi Dosen, Simak Perjalanan Roto Raih Gelar Guru Besar

Mei 17, 2024

Balai Senat Universitas Gadjah Mada menjadi saksi suasana haru dan bangga atas perjuangan Prof. Drs. Roto, S.Si., M.Eng., Ph.D. dalam meraih gelar guru besar pada Selasa, 14 Mei 2024 melalui penelitiannya yang berjudul Analisis Kimia Berbasis Quartz Resonator dan Aplikasinya. Dengan perlahan, Prof. Roto mencoba menyampaikan apresiasi atas capaian dan perjalanannya hingga berada pada saat ini.

“Saya persembahkan capaian ini untuk Departemen Kimia, tempat berkarya para guru dan mentor saya selama ini. Terima kasih telah membuka jalan bagi saya untuk menimba ilmu dan mengabdi di Departemen Kimia terbaik di Indonesia. Demikian pula bimbingan dan arahan yang tak pernah hendti dari mentor dan para rekan sejawat,” papar Prof. Roto.

Pria kelahiran 56 tahun lalu tersebut menyelesaikan studi di tanah kelahirannya yaitu Purworejo, Jawa Tengah melalui SD Negeri Wero Ngombol, SMP Panca Marga Bhakti 5 Purworejo, SMA Panca Marga Bhakti 1 Purworejo, hingga menyelesaikan program sarjana di Kimia FMIPA UGM, program magister di Keio University Japan, dan doktor di University New Brunswick Canada.

Setelah menamatkan studi di Fisika UGM, Prof. Roto mendedikasikan dirinya sebagai seorang dosen di Fisika UGM sejak tahun 1991. Hingga saat ini, Prof. Roto turut dipercaya sebagai Wakil Dekan Bidang Pendidikan, Pengajaran, dan Kemahasiswaan dengan deretan peran penting lainnya di berbagai sektor lembaga akreditasi. Beliau menjadi Wakil Direktur dari Lembaga Akreditasi Sains Alam dan Ilmu Formal (LAMSAMA), Asesor International Royal Society of Chemistry London England, Asesor Badan Akreditasi Nasional Perguruan Tinggi, dan Reviewer penelitian di lingkungan Direktorat Riset, Teknologi, dan Pengabdian kepada Masyarakat, Dikti.

Dari hasil penelitian Prof. Roto sebagai guru besar, penelitiannya memiliki keberanfaatan dalam aplikasinya di bidang lingkungan untuk pemantauan pencemaran, di bidang kesehatan dan kedokteran untuk diagnosis penyakit, dan di bidang keamanan pangan untuk mendeteksi patogen dalam makanan. Kemudian, disampaikan juga mengenai potensi pengembangan riset dan aplikasi Quartz Crystal Microbalance di masa depan.

“Saya bersyukur menjadi bagian dari UGM khususnya di Departemen Fisika sehingga dapat belajar dan berkembang bersama,” ungkap Prof. Roto.

Kiprah dan dRotokasi Prof. Roto di bidang kimia menjadi cerminan dari SDGs nomor 4 yaitu Pendidikan Berkualitas melalui pendidikan untuk keberlanjutan melalui riset yang dilakukan dan nomor 9 yaitu Industri, Inovasi, dan Infrastruktur melalui inovasi yang dilakukan untuk bidang kesehatan, kemanann pangan, dan lingkungan.

Penulis: Febriska Noor Fitriana
Foto: Datu Maulana Ahmad

Tags:SDGs SDG 4: Pendidikan Berkualitas SDG 9: Industri Inovasi dan Infrastruktur
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Puluhan Tahun Teliti Magnet, Edi Suharyadi Raih Gelar Guru besar di Bidang Ilmu Fisika Material

Mei 10, 2024

Prof. Dr. Eng. Edi Suharyadi, S.Si., M.Si., M.Eng. resmi dikukuhkan sebagai guru besar pada Selasa, 7 Mei 2024 di Balai Senat Universitas Gadjah Mada. Dengan penelitian berjudul Perkembangan Riset Bidang Nanomaterial Magnetik dan Aplikasinya, Prof. Edi akhirnya menyandang guru besar dalam Bidang Ilmu Fisika Material.

“Topik yang saya angkat tersebut didasarkan atas penelitian Kemagnetan dan Material Magnetik yang saya mulai sejak menempuh program Magister di Fisika UGM pada tahun 1998. Kemagnetan dan Material Magnetik merupakan cabang dari bidang Fisika dan Kimia, khususnya Ilmu Material,” ucap Prof. Edi dalam pidato yang disampaikan Selasa (7/5).

Dalam pengantar pidatonya, Prof. Edi menjelaskan mengenai tema penelitiannya yaitu terkait magnet. Beliau menjelaskan bahwa dalam 2 abad terakhir, kemajuan penelitian bidang magnet permanen semakin pesat dan memainkan banyak peran besar. Bahan magnet merupakan komponen penting dari komputer bahkan dalam industri, ruang angkasa, kesehatan, dan lingkungan. Pertumbuhan penggunaan bahan magnet sebagian besar disebabkan oleh peningkatan sifat magnetik yang memungkinkan merancang perangkat yang lebih kecil, lebih ringan, dan lebih efisien.

“Atas keluasan aplikasi nanomaterial magnetik, penelitian bidang ini terus mengalami perkembangan yang sangat pesat. Ini menjadi tantangan bagi para peneliti bidang material magnetik untuk terus melakukan penelitian lintas bidang dan transdisipliner. Tidak hanya Fisika dan Kimia, tapi juga Kedokteran, Lingkungan, Pertanian, Farmasi, Teknologi Informasi, dan lain sebagainya,” papar Prof. Edi.

Secara umum, Prof. Edi menyampaikan riwayat singkat penemuan, pengembangan aplikasi nanomaterial magnetik, dan beberapa contoh aplikasinya sebagai biosensor, penghantaran obat, dan untuk degradasi limbah. Kemudian, disampaikan juga mengenai potensi pengembangan riset dan aplikasi nanomaterial magnetik di masa depan.

Kiprah dan dedikasi Prof. Edi di bidang fisika menjadi cerminan dari SDGs nomor 4 yaitu Pendidikan Berkualitas melalui pendidikan untuk keberlanjutan melalui riset yang dilakukan dan nomor 9 yaitu Industri, Inovasi, dan Infrastruktur melalui inovasi yang dilakukan untuk biosensor, penghantaran obat, dan untuk degradasi limbah.

Penulis: Febriska Noor Fitriana
Foto: Datu Maulana Ahmad

Tags:SDGs SDG 4: Pendidikan Berkualitas SDG 9: Industri Inovasi dan Infrastruktur
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Department of Physics FMIPA UGM Held “Galaxy Cruise” Seminar: Bringing Society Closer to the Phenomena of the Universe through Educational and Interactive Media

Maret 17, 2024

Galaxy Cruise Website (galaxycruise.mtk.nao.ac)

The Department of Physics FMIPA UGM held a seminar titled “Studying Galaxy with Citizen, Science Project Galaxy Cruise” on Wednesday, Mar 13th, 2024, both online and offline at the Auditorium of the Faculty of Mathematics and Natural Sciences, UGM. The speaker for this event was Dr. Itsna Khoirul Fitriana, a researcher from the National Astronomical Observatory of Japan (NAOJ). The seminar was aimed at expanding knowledge and enhancing public interest in astronomy. Participants of the seminar included not only faculty members, researchers, and students but also junior and senior high school students. Dr. Eddy, the Chair of the Physics Department, opened the event and expressed appreciation for its organization.

“Galaxy Cruise is an astronomy research project involving the public. As researchers, we can obtain data from the public to develop our research, while the public gains knowledge related to astronomy,” said Dr. Itsna.

Dr. Itsna presenting the material about the “Galaxy Cruise” website (Photo: Fathan)

The material presented included an introduction to various types of celestial objects. Subsequently, seminar participants were invited to engage in training sessions as if they were about to embark on a space journey as astronomers, through various tests conducted via the “Galaxy Cruise” website. If participants completed the tests, they received a boarding pass or ticket for exploration into space through the interactive “Galaxy Cruise” website.

“Why do galaxies have different forms of interaction?” asked one participant, who was a high school student.

Dr. Itsna then explained the types of galaxy interaction forms through the interactive “Galaxy Cruise” website.

The output of this research project is an interactive website that can be utilized by the public. Users can register through the website and participate in activities such as training sessions by answering various questions. The involvement of the public, including students, reflects Sustainable Development Goal (SDG) number 4, Quality Education through the Internet for teaching purposes and enhancing skills in technology, information, and communication (ICT). Researchers of Galaxy Cruise can also gain insights into the public’s understanding of celestial objects being researched as data, thus promoting partnership for the purpose of implementing SDG number 17, Partnerships for the Goals.

Group photo with speakers and participants of “Galaxy Cruise” (Photo: Fathan)

 

Keywords: Galaxy Cruise, astronomy, NAOJ, galaxies

Author: Febriska Noor Fitriana

Photos: Muhammad Fathan

Tags:SDGs SDG 4: Pendidikan Berkualitas SDG 17: Kemitraan untuk Mencapai Tujuan
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Scientific Visit of the State Cyber Polytechnic and National Cryptography at the UGM Faculty of Mathematics and Natural Sciences: Students Attend Mathematics and Computer Science Classes

Maret 14, 2024

Dr. Fajar explained to the students about FMIPA UGM’s facilities

The State Cyber Polytechnic and National Cryptography visited the UGM Faculty of Mathematics and Natural Sciences on Tuesday, Mar 5th, 2024. The visit was warmly welcomed in the Seminar Room of the Department of Mathematics at the UGM Faculty of Mathematics and Natural Sciences by Prof. Dr. Eng. Kuwat Triyana, M.Sc., as the Dean of the UGM Faculty of Mathematics and Natural Sciences and Dr. Fajar Adi Kusumo, S.Si., M.Si., as the Mathematics lecture. A total of 4 students and 1 accompanying lecturer had the opportunity to experience attending classes at the UGM Faculty of Mathematics and Natural Sciences through classes in the Mathematics and Computer Science programs. R. Tjahjo Khurniawan, S.T., M.Sc., as the Director of the State Cyber Polytechnic and National Cryptography, also attended the opening ceremony.

“With the existence of a cryptography research center at the UGM Faculty of Mathematics and Natural Sciences, in the future, hopefully, it can facilitate the development of knowledge and support us in cyber security,” said R. Tjahjo.

In this regard, Prof. Kuwat, as the Dean of the Faculty of Mathematics and Natural Sciences, welcomed the conducted visit and further encouraged the impact of the established cooperation up to the industrial sector.

“The established cooperation can drive industrialization in the field of cryptography,” said Prof. Kuwat.

Photo session with hand gesture forming the letter “C” symbolizing cryptography

From the conducted scientific visit of the State Cyber Polytechnic and National Cryptography, the UGM Faculty of Mathematics and Natural Sciences also supports point 4 of the SDGs regarding quality education through the enhancement of technology, information, and communication (ICT) skills through the attended classes. Furthermore, the UGM Faculty of Mathematics and Natural Sciences also welcomes educational institutions in partnership to achieve goals in the advancement of education by point 17 of the SDGs.

 

Keywords: State Cyber Polytechnic and National Cryptography, students, education, science

Author: Febriska Noor Fitriana

Photos: Hero Prakosa Wibowo Priyanto

Tags:SDGs SDG 4: Pendidikan Berkualitas SDG 17: Kemitraan untuk Mencapai Tujuan
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Collaboration between FMIPA UGM and the Meteorology, Climatology, and Geophysics Agency: Enhancing Human Resources in the Field of Science and Technology

Maret 4, 2024

Dr. Wiwit presented research publications to BMKG (Photo: Hero)

FMIPA UGM received a visit from the Meteorology, Climatology, and Geophysics Agency (BMKG) on Wednesday, Feb 28th, 2024 at Merapi Room, Department of Geophysics, FMIPA UGM. This visit aims to strengthen collaboration to boost the number of human resources in the fields of science and technology through Physics postgraduate programs.

Prof. Dr. Eng. Kuwat Triyana, M.Si., the Dean of FMIPA UGM, welcomed the presence and reinforcement of the collaboration. “The key to the success of an institution lies in the quality of its human resources. Even though the equipment and technology are complete, inadequate human resources can be risky,” said Prof. Kuwat.

Engagement dialogue between FMIPA UGM and BMKG (Photo: Hero)

In this regard, Dr.rer.nat. Wiwit Suryanto, S.Si., M.Si., a lecturer in Geophysics at FMIPA UGM, presented the types of study programs that BMKG employees can participate in, such as regular and research tracks. Furthermore, an introduction to learning facilities and support programs such as laboratories, field activities, and soft skills training was provided.

“Our graduates will not only be competent technically and scientifically but also in non-technical areas such as communication and work management. We also encourage students to commit to producing publications such as journals,” said Dr. Wiwit.

Nina Amelia Sasmita, M.Si., the Head of the Domestic Education Team at BMKG, expressed the purpose of the visit.

“We have many competent employees who are ready to pursue further education. Therefore, we need a learning program system that can accommodate our employees by dividing their time between studying and working. Additionally, we provide scholarships for our employees to complete their studies,” said Nina.

A photo session as a closing meeting (Photo: Hero)

From the agenda of the visit, FMIPA UGM also supports SDGs points 4 and 7 regarding quality education and innovation by encouraging the number of researchers in the fields of science and technology in postgraduate programs. Furthermore, FMIPA UGM welcomes government agencies in partnerships to achieve the goal of increasing the number of researchers by SDGs point 17.

 

Keywords: scholarship, BMKG, physics, science, research, innovation

Author: Febriska Noor Fitriana

Photos: Hero Prakosa Wibowo Priyanto

Tags:SDGs SDG 4: Pendidikan Berkualitas SDG 9: Industri Inovasi dan Infrastruktur SDG 17: Kemitraan untuk Mencapai Tujuan
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Electrically Enhanced Oil Recovery Innovation: Geophysics FMIPA UGM and Upstream Innovation PHE Research Collaboration Is Ready for Field Deployment

Februari 17, 2024

Geophysics UGM and Upstream Innovation PHE conducted initial field testing in 2023 (Photo: UGM Geophysics Research Team).

The collaboration between Geophysics FMIPA UGM and Upstream Innovation PHE in its third year through Electrically Enhanced Oil Recovery innovation is poised to enter the field. This effort is aimed at supporting the government’s program to increase oil production targets by 1 million barrels by 2030 in Indonesia. The UGM Geophysics Research Team, along with Upstream Innovation PHE, actively contributes to achieving this goal.

“Through this research collaboration, our (FMIPA UGM) hope is to support the government’s target of 1 million barrels of oil production,” said Prof. Kuwat Triyana, Dean of FMIPA UGM, during the “Kickoff Meeting for the Electrically Enhanced Oil Recovery Collaboration Study in 2024” held via online meeting on Monday, Jan 12th, 2024.

In 2023, initial field testing was conducted to assess the performance of the Electrically Enhanced Oil Recovery equipment. By continually improving the quality of this equipment, the UGM Geophysics Research Team and Upstream Innovation PHE are confident that they are ready to enter the field for broader oil production in 2024.

“We appreciate the trust placed in us over the past few years. We continue to strive in the development of this Electrically Enhanced Oil Recovery equipment to support the 1 million barrel production target in Indonesia,” said Dr. Afif Rakhman, head of the UGM Geophysics Research Team.

Electrically Enhanced Oil Recovery is one of the supportive methods in oil exploitation by injecting high-powered direct current (DC) into reservoirs to enhance production. By installing anodes and cathodes at specific distances and configurations, the electric current can alter the physical properties of the rocks it passes through, facilitating the movement of oil beneath the earth’s surface. The equipment developed by this team also features remote control capabilities through the internet network.

“This developed technology is easily implementable due to its relatively simple installation process and online operation, making it more effective and efficient in terms of time and cost,” said Metrik Pradana, initiator of the Electrically Enhanced Oil Recovery research from Upstream Innovation PHE.

The technological innovation built through collaboration between institutions and industry partners is an effort to support government programs, particularly in contributing to the achievement of Sustainable Development Goals (SDGs). This research collaboration reflects point 9 – Infrastructure, Industry, and Innovation, through innovation in meeting the country’s energy needs, as well as point 17 – Partnerships to Achieve Goals, through collaborative efforts to meet the goal of national oil requirements production.

Keywords: Geophysics, Pertamina, PHE, oil, Electrically Enhanced Oil Recovery

Author: Pamungkas Yuliantoro

Photo: UGM Geophysics Research Team.

Editor: Febriska Noor Fitriana

Tags:SDGs SDG 9: Industri Inovasi dan Infrastruktur SDG 17: Kemitraan untuk Mencapai Tujuan
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