Paygy
LEARN TO SAVE FOR YOUR FUTURE
2022
Brief
Design a product for children that requires the use of Arduino and realise a medium fidelity prototype.
Tools used
Tools used
Figma
To develop the UI of the App.
Arduino
As IDE.
Protopie
To prototype the App.
Figma
To develop the UI of the App.
Arduino
As IDE.
Protopie
To prototype the App.
Paygy is a piggy bank created for the purpose of raising awareness among children in the financial management of their savings.
Users
Paygy is designed for children aged 10 to 16 years old. Of course, also parents are considered. In fact they would like to raise awareness their son in the management of his/her own money and its value, but at the same time to allow him/her more freedom.
How
Paygy is able to calculate the total value of coins accumulated inside it thanks to the presence of five infrared sensors, one for each coin to be detected.
Components
TCRT5000 x 5, Arduino Nano 3.0, Breadboard Mini.
Users
Paygy is designed for children aged 10 to 16 years old. Of course, also parents are considered. In fact they would like to raise awareness their son in the management of his/her own money and its value, but at the same time to allow him/her more freedom.
How
Paygy is able to calculate the total value of coins accumulated inside it thanks to the presence of five infrared sensors, one for each coin to be detected.
Components
TCRT5000 x 5,
Arduino Nano 3.0,
Breadboard Mini.
Paygy App
Thanks to the app's support, the user is able to set goals to be achieved and check his/her progresses. Once the goal is reached, the user can withdraw the equivalent money and unlock an achievement.
Paygy App
Thanks to the app's support, the user is able to set goals to be achieved and check his/her progresses. Once the goal is reached, the user can withdraw the equivalent money and unlock an achievement.
Prototype
The final prototype is the result of a long study regarding the internal system.
Multiple tests and several prototypes were made to analyze the inclination of the plane on which the coins slide and especially the precise size of the slots.The final prototype consists of seven 3D printed elements.
The infrared sensors were glued to a component and afterwards soldered in series.
The wires from the infrared sensors terminate in the breadboard where the Arduino Nano is connected.
Regarding th application, this was designed on Figma and then imported into ProtoPie to be able to communicate with Arduino.
