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https://www.tinkercad.com/things/jAYD7QtcTa3-science-project-2025

Through the collaborative efforts of the five of us ; Anati, Damia, Fatin, Alya, and Almira - It is our responsibility to ensure the world remains clean and protected. With that goal, we created an eco-friendly plant pot system that integrates AI and IoT, making plant care easier for today’s busy lifestyles while promoting sustainable living in this era of technology.

🌱 Introducing HYDORA 🌱
HYDORA is a modern hydroponic farming system designed to make planting easier, smarter, and space-saving. With automatic pumps, sensors, and AI support, anyone can grow fresh vegetables at home without worrying about time, space, or constant maintenance.

🌟 HYDORA TEAM

Our members:

farisya irdina

aisyah hanin

aisyah faqihah

airatul haifa

We are a group of creative students passionate about green technology and smart farming. Together, we build HYDORA to bring a modern touch to urban farming.

4 brains, 1 mission - to make farming smarter and cooler !!

⚡️Let's take a look at our product! ⚡️

https://www.tinkercad.com/things/8y4gKZTUd1f-ingenious-rottis-lahdi/edit?returnTo=https://www.tinkercad.com/dashboard&sharecode=XJQiQhpDkgvrtPZfJZ9SEarJJdvKwaJHFEkJgiBnrdU

This project is the outcome of our cooperation : Qaseh, Ainul, Damia, Farah, Aulia and Mira. We applied green technology by using solar energy which is a renewable energy source, along with modern technologies such as AI and IoT to create a planting method that saves resources, improves plant quality and supports eco-friendly agriculture while also solving the main problem which is having limited cost, space and time.

How IoT and AI work in our project :

💫 Sensor (IoT device) is used to detect soil moisture. If the soil is too dry, the system will send a signal to turn on the water pump. If the soil has enough moisture, it stays off to save water. We can monitor plant and soil conditions from our phone.

💫 AI analyses data collected by the sensor and learns from it. AI predicts when the soil will become dry and suggests the best watering schedule to prevent overwatering or underwatering the plants.

🤝 IoT and AI are important to maximize plant growth while using minimal resources.

To check out our project, please visit :

https://www.tinkercad.com/things/3sABBmYkOo3-pbl-sains

Thank you so much !! 💗

https://www.tinkercad.com/things/4MuB7K3iLlx-aquaponic-product

📌 Our Innovation Squad 📑🔍:

★ Meisara

★ Sharifah

★ Zafirah

★ Hazwani

★ Shaila

☘️ Our product is an innovative aquaponics system designed to combine sustainable farming with smart technology. The system uses a solar-powered water pump and DIY water filter to circulate clean water between an aquarium and plants, creating a natural balance where fish and plants benefit each other.

☘️ To enhance efficiency, the system is integrated with AI-based camera monitoring to observe plant growth and detect potential issues, as well as AI weather prediction technology to optimize irrigation schedules according to environmental conditions.

☘️ This product not only reduces the need for manual labor but also promotes eco-friendly practices, energy savings, and modern farming solutions suitable for both home use and educational purposes.

✨Our Teammates:✨

• Faris Izzuddin

• Iskandar Adha

• Ahmad Haris

• Mika Fayyadh

❤️‍🔥Mari lihat produk kami :❤️‍🔥

https://www.tinkercad.com/things/3yOobN94iEx-projek-sains?sharecode=Y0j2xTpl9yLhTq9MY6yIthfbvAgn4QHK9is_6z8t7PY

📝 https://www.tinkercad.com/things/2jEZFvOsfLp-smart-plant-watery-system?sharecode=QZioo71ZNGraiw86JavY16T5perAAMdFF4gnKNDu-WU

👥 Team Members

• Shahira

• Mya

• Rania

• Sarah

• Inas

✨ This project is the result of teamwork and collaboration. Together, we developed the Smart Plant Watery System with AI, combining ideas, creativity, and effort to make this innovation possible.

🛠️ Project Description

This is a smart flower pot system built using PVC pipes shaped like an “S”. It combines solar power, IoT sensors, water recycling technology, and AI camera analysis to care for plants automatically.

💧 How It Works

• A pump in the water tank sends water to the “S” pot.

• Excess water flows into a small pond, where a recirculation pump and filter clean the water and return it to the tank.

• Solar panel provides renewable energy to power the system.

• IoT sensors (soil moisture, pH, water level) send data to the control box (Arduino, relay, battery, charge controller).

• AI camera analysis measures plant growth (height, leaf area, number of leaves), checks watering flow, detects pests, and provides data graphs.

• The system ensures plants receive enough water while saving energy and recycling water

👇🏻 LINK TO EXPLORE OUR PROJECT 👇🏻

https://www.tinkercad.com/things/3dFyyJR7H0g-wondrous-aquaponic

🌱 Our INNOVATION TEAM MEMBERS ;

• Vee

• Nureen

• Alia

• Maryssa

Welcome! We are Team Sylvion, and just as our name suggests, we are focused on innovation that fosters growth, sustainability, and green living.

A Smart, Automated Mini-Farm System. This project is a step toward making controlled environment agriculture accessible, efficient, and integrated with modern technology.

This is the CAD model of our fully automated mini-farm prototype.

This growing system uses soil-based growing trays in a controlled environment chamber. We optimize the soil to ensure healthy growth.

The phone model on the left is the IoT Control Hub (labeled 'iot icloud' ). This is the 'brains' of the operation. (wow brains 🧠🤯)

It automatically monitors and adjusts everything including soil moisture, nutrients delivered through irrigation, and water temperature in the container + water level

In short, our Team Sylvion mini-farm takes the guesswork out of gardening, using the power of IoT and AI to grow healthier plants with less waste and complete automation.

Danish

Za'im

Iqbal

Rifdih

no more yapping

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https://www.tinkercad.com/things/buznBOViXbD-tower-of-hydroponic/edit?returnTo=https%3A%2F%2Fwww.tinkercad.com%2Fdashboard