UNS — Two innovative students from Universitas Sebelas Maret (UNS) competed as the “Go To Japan” team. They proudly secured second place in the Infographics subcategory at the 2025 Student Scientific Festival (Festival Ilmiah Mahasiswa/FILM). They are Aditya Wisnu Yudha Marsudi (Undergraduate Physics) and Desnia Anindy Irni Hareva (Undergraduate Statistics). They impressed the judges with SOLID (Solar Panel-Powered IoT-Based Landslide Detection). SOLID is an eco-friendly and sustainable system designed to detect potential landslides.

“We wanted to address the serious issue of landslides in Indonesia. This natural disaster endangers around 40.9 million people living in 918 vulnerable zones. To respond to this, we developed SOLID, an innovative and environmentally friendly detection system,” Aditya explained to uns.ac.id on Thursday (24/4/2025).

SOLID combines energy-efficient solar panels with IoT technology, sending real-time alerts via WhatsApp to residents within a 10-kilometer radius. The prototype uses solar panels as its main power source. It also includes a lithium battery to provide backup energy when sunlight is unavailable.

The system includes three key sensors: soil moisture, slope inclination, and ground displacement. SOLID reads real-time data from these sensors. It issues three alert levels—“Alert,” “Warning,” and “Danger”—through WhatsApp. The system uses parameters set in the Arduino IDE to determine the appropriate alert.

Advanced Forecasting and Physical Alarms

Beyond real-time alerts, SOLID uses a Long Short-Term Memory (LSTM) algorithm to forecast landslides up to 14 days in advance. This early warning allows more time for evacuation and mitigation. In addition, the system features a physical alarm—buzzers and strobe lights—for immediate on-site awareness.

The team developed their project with valuable guidance from Dr. Ir. Sorja Koesuma, S.Si., M.Si. He provided insights on landslide indicators and technical aspects. “His mentorship provided a strong foundation. Over two months, we worked intensively on both the infographic and the SOLID prototype,” Aditya said.

Recognition at FILM 2025 and Future Aspirations

FILM 2025 hosted three main categories: Essay, Scientific Writing (LKTI), and Infographics. The event gathered over 1,800 participants from 114 universities in 22 provinces across Indonesia. The UNS team competed under the “Technology” sub-theme. It aligned with the festival’s theme: “Innovative Synergy of Youth in the Society 5.0 Era to Achieve Sustainable Development Goals (SDGs) Towards Golden Indonesia 2045.”

The competition included several selection phases, from proposal submission to semifinal and final presentations. Finalists showcased their innovations in an expo, an award ceremony, and a gala dinner.

“We’re incredibly honored to win in our first-ever national infographics competition,” Aditya shared. “This experience taught us the value of collaboration, creativity, and research in delivering impactful visual communication.”

He also encouraged fellow students to take on new challenges. “Believe in yourself, utilize your team’s strengths, and don’t hesitate to innovate. Every challenge is a chance to grow,” he added.

This achievement supports UNS’s commitment to Sustainable Development Goals, particularly SDG 4 (Quality Education) and SDG 9 (Industry, Innovation, and Infrastructure), especially in the field of disaster mitigation.

This achievement supports the UNS’s commitment to the Sustainable Development Goals. It aligns with SDG 4 (Quality Education) and SDG 9 (Industry, Innovation, and Infrastructure), especially in disaster mitigation.

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Innovative Project for a Sustainable Future

The winning team consisted of four undergraduate students. They are Hamdani Maftuh Rohma, Aqila Ekaputri Ghaisani, Muh. Linggar Adi Wardhana, and Gigih Laksana Dewanda. Their innovative project introduced a carbon-emission-capturing bus stop powered by wind turbines and solar panels. This eco-friendly bus stop features advanced carbon capture technology that filters pollutants, including carbon emissions and carcinogenic substances. This innovation helps create a cleaner environment for public transport users.

Their journey began with extensive research to identify key environmental challenges and potential solutions. The team collected data from various studies, developed their concept, and created 3D models. They then compiled their findings into a scientific paper, which they submitted through the competition’s platform. In the final stage, they presented their project online via Zoom before a panel of judges and fellow participants.

Recognition and Future Aspirations

Hamdani Maftuh Rohma shared his thoughts on the competition’s impact on the team.

“We gained valuable insights not only from our project but also from the innovative ideas of other participants. This competition was both challenging and an opportunity to contribute to sustainable environmental solutions,” he said, as quoted from ft.uns.ac.id on Thursday (20/3/2025).

The Head of the Mechanical Engineering Program praised the team’s achievement and encouraged more students to participate in international competitions.

“Competitions like this sharpen technical skills, enhance critical thinking, foster teamwork, and improve communication abilities. Increased participation will strengthen our students’ innovative quality and global competitiveness,” he stated.

This success highlights UNS students’ strong capabilities and international competitiveness. It also reflects UNS’s commitment to supporting the United Nations’ Sustainable Development Goals (SDGs). The focus is particularly on Goal 4: Quality Education, and Goal 9: Industry, Innovation, and Infrastructure. Additionally, it aligns with Goal 11: Sustainable Cities and Communities.

The faculty and university continuously support UNS students in developing groundbreaking innovations. UNS students are creating innovations that will positively impact society and the environment. Students gain more opportunities to showcase their skills. At the same time, UNS strengthens its position as a leading institution in engineering and technological advancements. UNS students participate in global competitions to showcase their skills. Through these events, they demonstrate their ability to create innovative and practical solutions that contribute to a sustainable future.

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Challenging Missions in IRC 2025

The competition adopted the theme “The Guardians of Water,” challenging teams to test their robotic boats in various aquatic scenarios. Six main missions assessed the boats’ navigation accuracy, speed, and technological efficiency. They were:

1. Navigation Channel
2. Mapping Migration Pattern
3. Treacherous Water
4. Race Against Pollution
5. Rescue Deliveries
6. Return to Home

The judges evaluated each team based on mission execution, technological innovation, competitive strategy, and boat design efficiency.

Bengawan UV’s Journey to the Finals

The competition began with a team orientation on the first day, followed by a safety inspection on the second day. Bengawan UV passed all safety standards and immediately advanced to the first two missions. Those were the Navigation Channel and Mapping Migration Pattern.

By the third day, the team strengthened its position by completing three additional missions. There were Speed Challenge, Docking, and Rescue Deliveries. These successes secured their place in the semifinals, where competition intensified as teams faced increasingly complex challenges.

On the fifth and sixth days, the team encountered fierce competitors in the semifinals. However, Bengawan UV’s well-planned strategies and precise execution allowed them to advance to the final round. The final stage presented major obstacles. It includes:

• A cracked hull at the boat’s rear
• A malfunctioning controller for ball delivery
• Disruptions in the main step-down propulsion system

Despite these setbacks, Bengawan UV demonstrated exceptional teamwork and quick problem-solving. These strengths enabled them to overcome challenges and secure second place in the global Autonomy Challenge category.

A Milestone Achievement for Bengawan UV

Securing second place in this prestigious international competition marks a significant milestone for Bengawan UV and UNS. This achievement demonstrates the university’s ability to compete with the world’s leading maritime innovators.

“This victory is one of our highest achievements. It represents our finest results, and with this accomplishment, we hope to continue breaking new boundaries,” Al Faruq said. He is the General Manager of Bengawan UV 2025 and a Mechanical Engineering student from the 2022 batch. He stated as quoted from ft.uns.ac.id on Tuesday (18/3/2025).

The team successfully met its objectives by completing all missions. This success highlights their strategies, research, and innovation, proving their effectiveness in global competitions. Motivated by this achievement, Bengawan UV aims to develop even more advanced autonomous robotic boats in the coming years. They commit to enhancing Indonesia’s reputation in maritime technology on the global stage.

Contribution to Sustainable Development Goals (SDGs)

This achievement aligns with the Sustainable Development Goals (SDGs), particularly:

• SDG 9: Industry, Innovation, and Infrastructure – Encouraging advancements in robotic technology for sustainable infrastructure.
• SDG 14: Life Below Water – Promoting marine conservation and efficient oceanic resource management through robotic boat technology.

Bengawan UV remains dedicated to pushing the boundaries of autonomous maritime technology through continuous innovation. At the same time, the team proudly represents Indonesia on the global stage.

HUMAS UNS

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Overcoming Challenges in a Competitive Environment

General Manager of Bengawan Team UNS, Farhan Malique Azhari, shared that the team competed in the Prototype Internal Combustion Engine category. They participated in the same category as in previous years. In 2024, they secured first place at Pertamina Mandalika International Circuit. This year, the event presented new challenges, especially due to cold temperatures and strong winds in Qatar.

“The weather conditions forced us to adapt quickly. We faced several technical challenges but managed to overcome them. Finishing in third place is a testament to our dedication, innovation, and teamwork,” Farhan told uns.ac.id on Monday (17/2/2025).

Competing Against the Best

The competition was intense. Team Semeru from Universitas Negeri Malang secured first place, while Fueang Fha from Thailand took second place. However, Bengawan Team UNS showcased remarkable skill and strategic execution, securing third place while identifying key areas for future improvement.

Shell Eco-Marathon is a world-renowned competition challenging students to design, build, and drive the most energy-efficient vehicles. The 2025 event in Qatar brought together numerous talented teams, highlighting advancements in fuel efficiency and automotive technology.

A Milestone Achievement for Bengawan Team UNS

Bengawan Team UNS’s success reflects their hard work, determination, and technical expertise. Their achievements set new standards in the competition. They also inspire future teams to push the limits of energy-efficient vehicle design.

Farhan expressed immense pride in his team. He emphasized their ability to compete against teams from 12 countries. Those were Malaysia, the Philippines, Thailand, South Korea, Qatar, Saudi Arabia, etc.

“The final round of the Shell Eco-Marathon Asia Pacific and Middle East 2025 featured over 500 participants from 12 countries. Alhamdulillah, we secured third place among strong competitors. This proves that our innovation and hard work deserve recognition. We are extremely proud of this achievement and will continue striving for excellence in future competitions,” he said.

Gratitude to Supporters and Future Aspirations

Farand Putra Hendratmo, Vice Manager of the Bengawan Team, also extended his gratitude to those who contributed to the team’s success.

“We sincerely thank our sponsors and Universitas Sebelas Maret for their unwavering support, both morally and financially. Their contributions played a crucial role in our success. This achievement motivates us to continue researching and improving for future competitions,” he stated.

Throughout the competition, the Bengawan Team received guidance from Dr. Hammar Ilham Akbar, S.Pd., M.T. Dr. Rendy Adhi Rachmanto, S.T., M.T., and Prof. Dr. Eng. Syamsul Hadi, M.T., also mentored them.

Supporting Global Sustainability Goals

Bengawan Team UNS’s achievement aligns with the United Nations Sustainable Development Goals (SDGs). Those are SDG 7 (Affordable and Clean Energy) and SDG 9 (Industry, Innovation, and Infrastructure). Their innovative contributions to energy-efficient vehicle technology underscore their commitment to a sustainable future.

HUMAS UNS
Reporter: Annisa
Editor: Dwi Hastuti

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The nine UNS students—Abdur Rahman, Arya Yudha Girindra, Arya Dewangga, Brilliano Wahyu, Gilang Alfiandi, Nahemia Herbert, Abdee Ridho, Hegel Duta Anodya, and Moja Obaiman Amien—are from the Mechanical Engineering and Electrical Engineering programs. They were mentored by Prof. Dr. Eko Surojo, S.T., M.T., Dr. Eng. Aditya Rio Prabowo, S.T., M.T., M.Eng., and Dr. Eng. Iwan Istanto, S.T., M.Eng. Collaborating with aviation engineering students from ASU and ITB, the UNS team formed an international group focused on two main projects: the Airplane Landing Gear Design and the Airplane Battery-Propulsion System. Over four months, the participants honed their technical skills while enhancing teamwork, innovation, and cross-cultural communication—key competencies in today’s globalized world.

The program’s culmination took place on Wednesday (11/12/2024) at the PT Boeing Indonesia office in ASTRA Tower, Jakarta. The event began with opening remarks from Boeing Country Managing Director, Mr. Zaid Alami, which was followed by project design presentations from each group. The teams presented their ideas and solutions to an expert panel, including Zaid Alami, ASU GMDC Supervisor Dr. Jack Rutherford, and USAID HEPI Country Director Abdul Rahman, Ph.D.

The presentations served not only as the final evaluation of the projects but also provided valuable insights for students about the standards and expectations of the global aviation industry. The panelists offered constructive feedback, motivating the students to further develop their skills in aviation engineering and system design.

For the FT UNS students, the program was a highly enriching experience. In addition to attending lectures in English by ASU professors for a full semester, the students gained deep cultural insights through international interactions. One of the most memorable moments was the opportunity to sign the meeting room wall at the Boeing Indonesia office, a tradition symbolizing participation in prestigious activities. The supervising lecturers from UNS also signed the wall, leaving their mark alongside the students.

“We are thrilled to participate in this program. Besides gaining knowledge and experience in aircraft design, we also learned how to communicate effectively with students from other countries. Presenting our designs to Boeing and experiencing unique traditions like signing the wall at Boeing made this an unforgettable moment,” Abdur Rahman, one of the UNS student representatives in GMDC, said.

The GMDC program not only allowed students to innovate but also helped them build international networks with renowned institutions like ASU and PT Boeing Indonesia. This collaboration is expected to open doors to global career opportunities in the future. Prof. Eko Surojo and Dr. Aditya Rio expressed their appreciation for the achievements of the UNS students. They conveyed pride and full support for similar programs in the future, believing such initiatives can unlock more opportunities and deliver positive impacts for students and the institution.

Through this program, FT UNS students have proven their ability to compete and contribute to complex, large-scale global engineering projects. GMDC stands as a testament to the power of synergy between universities, industry, and international institutions in developing a generation of highly competitive young engineers.

This achievement aligns with UNS’s efforts to support the Sustainable Development Goals (SDGs), particularly Goal 4: Quality Education, by providing extensive learning opportunities for students, and Goal 9: Industry, Innovation, and Infrastructure, which focuses on building resilient infrastructure, promoting inclusive and sustainable industrialization, and fostering innovation.

HUMAS UNS

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