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Surabaya, IT Journalistic — On Wednesday (25/09), the Internet of Things (IoT) project exhibition by Information Technology students from Institut Teknologi Sepuluh Nopember (ITS) was successfully held at Tower 2. This event served as a platform for students to demonstrate their creativity and innovation in developing IoT-based technologies for various daily needs. With high enthusiasm from both participants and visitors, the exhibition featured a wide range of fascinating projects, including a robot transporter, smart farming systems, and intelligent parking solutions.
Information Technology students passionately showcased their IoT creations, highlighting creativity and innovation for the future of technology.
One of the standout projects at the exhibition was the Robot Transporter, created by Tentrem Team, Group 18 of the 2023 cohort. The team consists of Dani Wahyu Anak Ary, Farand Febriansyah, Malvin Putra Rismahardian, Veri Rahman, Rafika Az Zahra Kusumastuti, and Nisrina Atiqah Dwiputri Ridzki. In an exclusive interview, Dani Wahyu explained that the project aims to develop a robot capable of automatically transporting items, alleviating human workloads in everyday life, particularly for heavy or hard-to-reach objects. “The fundamental concept of our project is to create a robot that can automatically carry items. With this innovation, we hope the robot can provide a practical solution for homes, warehouses, or even daily activities,” said Dani. The project was designed within a short time frame of just 1.5 weeks, with the biggest challenge being a short circuit in the robot, which caused some components to burn. Nonetheless, the experience offered valuable lessons in precision and thoroughness in IoT technology development.
Farand Febriansyah demonstrating the Transporter Robot project developed by his team.
One of the visitors, Azza Farichi Tjahjono, a 2023 Information Technology student, shared positive impressions of the exhibition. “Honestly, all the ideas are amazing. Some are really out of the box,” he said. When asked to rate the event, Azza confidently gave a perfect score of 10. He also mentioned the intelligent parking system project as the most eye-catching, as it integrates artificial intelligence (AI) to provide real-time information about parking availability. “We’re planning to update the system to include locks, similar to parking systems in Japan,” added Azza, indicating his interest in further developing IoT innovations.
Supervising lecturer, Mrs. Annisa, also expressed high appreciation for the quality of the exhibited projects. “All the ideas are creative; the key is how we guide these products so they don’t just stop at being assignments but can be further developed into competitions or MBKM research,” she explained. She highlighted the importance of integrating artificial intelligence (AI) in IoT projects as an aspect that needs enhancement. Mrs. Annisa also emphasized the vast potential of IoT in agriculture and fisheries, which she noted were underrepresented at this exhibition. “For instance, IoT can enable shrimp farming to be monitored in highland areas, which is typically done in lowlands. This opens up significant opportunities for future innovation,” she added.
A photo of three groups with the visitors’ favorite projects: Monitoring System for Temperature and Humidity (left), Transporter Robot (center), and Monitor And Response System Unit for Distressed Infants – MARSUDI (right).
IT Journalistic 16 Desember 2024 Clara Valentina Dian Anggraeni Putri Monika Damelia Hutapea