Arduino based aquarium monitoring system via Blynk application / Muhammad Zairil Amirul Zuhanis
Certain aquatic organisms living in an aquarium such as aquatic plants, fish, and invertebrates need a specific type of PH value of the water and specific water temperature to keep them alive. As such, the job of maintaining the aquarium ecosystem is mainly done manually which can cause significant...
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| Format: | Student Project |
| Language: | English |
| Published: |
2024
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| Subjects: | |
| Online Access: | https://ir.uitm.edu.my/id/eprint/99868/1/99868.pdf https://ir.uitm.edu.my/id/eprint/99868/ |
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| Summary: | Certain aquatic organisms living in an aquarium such as aquatic plants, fish, and invertebrates need a specific type of PH value of the water and specific water temperature to keep them alive. As such, the job of maintaining the aquarium ecosystem is mainly done manually which can cause significant human error that will resort in massive losses and death of many aquamarine life that are precious. Conventional monitoring solutions frequently don't allow remote access. Through the Blynk app, users of this project may use a smartphone or other connected device to monitor and manage their aquariums from any location. This thesis project an innovative Arduino Based Aquarium monitoring system via Blynk application using Arduino Microcontroller, temperature sensor, PH level sensor and water level sensor as well as a food feeder system. Therefore, to eliminate the possibilities of human error and to act efficiently in maintaining the aquarium ecosystem. This study is conducted to monitor and ease the job of maintaining the stability of the aquarium without human intervention. This project utilizes both hardware and software part to achieve full efficiency. The hardware part uses the 3 sensors to measure the parameters and a food feeder, The data are then collected and displayed on the user’s phone enabling real time monitoring and control of the system. This system will help to increase the efficiency of aquarium monitoring procedure so that the number of accidents occurs that result in the death of aquamarine life can be reduce. |
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