Innovation Owner
Mr. LION SINGTO RUEHLE
Student
Details
This research presents a Digital Twin of an Aquarium for water quality monitoring, displaying real-time parameters like pH, temperature, flow rate, and dissolved oxygen. The system uses a GUI to visualize data, offering an accurate and cost-effective monitoring solution.
This research presents a Digital Twin of an Aquarium for Water Quality Monitoring, developing a virtual model that displays real-time key water parameters, including:
- pH level
- Temperature
- Flow rate
- Dissolved oxygen
Sensor data is processed and visualized through a Graphical User Interface (GUI) to reflect the real-time status of the virtual aquarium. This system enables accurate water quality monitoring and analysis while reducing reliance on expensive software solutions.
Objective
The objectives include creating a digital twin for aquarium water quality monitoring, developing a cost-effective process, and publishing the research in a SCOPUS-indexed journal.
- Create a digital twin of an aquarium for water quality monitoring.
- Develop a process for creating a digital twin that does not rely on expensive software.
- Publish research findings in a SCOPUS-indexed journal.