Smart Coffee Machine

### Smart Coffee Machine

Developed a **smart coffee machine prototype** as a university project using **Arduino, electronic circuits, an ultrasonic sensor, a servo motor, and a temperature sensor**.

The system was designed to automatically detect when a cup was placed in the appropriate position using an **ultrasonic sensor**. The **servo motor** was then used to control the pouring mechanism, allowing the machine to pour the coffee and water in sequence. A display was also used to show the temperature during operation.

The system's code was developed using the **Arduino IDE**. I worked with a teammate on writing and testing the Arduino code, with my **main responsibility being the software and programming side of the project**. We programmed the interaction between the sensors, servo motor, and other components to achieve the required automated sequence.

I also participated in the **electrical wiring, hardware assembly, component integration, and testing** of the prototype.

I worked as the **team leader**, where I divided tasks among team members, followed up on the progress of the project, helped troubleshoot technical problems, and made sure the different parts of the system were working together properly.

### Tools and Technologies

* **Arduino**

* **Arduino IDE**

* **Ultrasonic Sensor**

* **Servo Motor**

* **Temperature Sensor**

* **Display**

* **Electrical circuits and wiring**

* **Hardware assembly and system integration**

* **Embedded C/C++ programming**

### Smart Coffee Machine

Developed a **smart coffee machine prototype** as a university project using **Arduino, electronic circuits, an ultrasonic sensor, a servo motor, and a temperature sensor**.

The system was designed to automatically detect when a cup was placed in the appropriate position using an **ultrasonic sensor**. The **servo motor** was then used to control the pouring mechanism, allowing the machine to pour the coffee and water in sequence. A display was also used to show the temperature during operation.

The system's code was developed using the **Arduino IDE**. I worked with a teammate on writing and testing the Arduino code, with my **main responsibility being the software and programming side of the project**. We programmed the interaction between the sensors, servo motor, and other components to achieve the required automated sequence.

I also participated in the **electrical wiring, hardware assembly, component integration, and testing** of the prototype.

I worked as the **team leader**, where I divided tasks among team members, followed up on the progress of the project, helped troubleshoot technical problems, and made sure the different parts of the system were working together properly.

### Tools and Technologies

* **Arduino**

* **Arduino IDE**

* **Ultrasonic Sensor**

* **Servo Motor**

* **Temperature Sensor**

* **Display**

* **Electrical circuits and wiring**

* **Hardware assembly and system integration**

* **Embedded C/C++ programming**

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