Information and Autonomous Control System
INACOS International Capstone Design Collaboration 2023 is a collaborative program between the INACOS Laboratory and several universities in Korea. This initiative applies engineering processes through Capstone Design, a structured project-based learning approach where students work in teams to solve real-world problems by integrating their technical knowledge and skills.
In this collaboration, multiple projects were undertaken, fostering interdisciplinary teamwork and knowledge exchange among students from various majors. Through this process, participants engaged in problem-solving, innovation, and hands-on application of engineering concepts. The collaboration culminated in a final presentation, where students showcased their projects and findings to all lecturers and students
This program was held from July to August 2023 and was divided into two sessions. The first session consisted of three weeks of online collaboration, where students worked remotely to develop their projects. In the second session, students from Korean universities visited Telkom University for one week of on-site collaboration, allowing them to engage in hands-on teamwork and direct interaction with Telkom University students.
Automated Guided Vehicles (AGV) are automated vehicles designed to transport or move goods without direct human intervention. They are commonly utilized in industrial settings, warehouses, and logistics facilities to enhance operational efficiency and reduce the reliance on human workers in tasks related to material handling.
An Automated Agricultural Vehicle (AAV) is a smart rover designed to enhance agricultural efficiency by automating essential farming tasks such as seeding and weeding. Given that agriculture is a major industry in Indonesia, implementing such technology can significantly improve productivity.
The Self-Charging Solar Powered Drone extends flight time by using solar panels to recharge its battery mid-flight. This solution addresses the short battery life issue, allowing the drone to operate longer and more efficiently over long distances.
The Automated Weather System is designed to monitor weather conditions in real-time for a specific area. It enables seamless communication between multiple weather detection devices, ensuring more accurate and efficient data transmission for improved weather monitoring and analysis.
The Artificial Nose is designed to assess tea quality by detecting gas concentrations present in the tea. Using multiple gas sensors and air quality parameters, it can analyze the composition of the tea’s aroma, allowing it to classify high-quality tea from lower-grade varieties with greater accuracy.
The Digital Picking System, also known as the Pick-to-Light System, is a paperless picking system designed to simplify the process of order fulfillment and collection at warehouses or distribution centers.
The Drone for Long-Distance Delivery is designed to transport goods over far distances by overcoming battery limitations. To extend its flight range, the drone features a battery-switching system, allowing it to swap to a backup battery mid-flight. This innovation enables the drone to travel further without requiring frequent landings for recharging.
Gallery Of Memories
This is all about the unforgettable moments from this event. While not every experience can be captured in these images, the true essence of our journey is deeply etched in our hearts