Invention Intellectual Property
semana 17: Aplicaciones e Implicaciones – Proyecto Final
Maceta Inteligente Interactiva
Cindy Marilyn Crispín Fab Lab Huando – 2026
¿Qué hará?
The Interactive Smart Pot is a digitally manufactured educational system that monitors soil moisture through a sensor and alerts the user when the plant needs water.
El sistema:
Detects soil moisture (input)
Process data on a PCB designed by me
Activate an audible alert through a speaker
Displays information on an OLED screen
Integrates all components within a 3D printed structure
The objective is to promote environmental care through embedded technology.
Who has done what in advance?
Basic architectures of open source microcontrollers were used as reference.
Official datasheets were consulted for sensors and screen.
Standard OLED display libraries were used.
All mechanical design, PCB, programming, integration and assembly was developed by me.
¿Qué fuentes utilizaré?
Datasheets de:
Humidity sensor
Microcontrolador
Pantalla OLED
Digital manufacturing documentation
Basic electronics technical resources
Parametric 3D Design References
¿Qué voy a diseñar?
Yo diseñé:
Complete 3D modeling of the flower pot
Internal layout to house PCB and components
Esquemático electrónico
Own PCB design
Microcontroller code
Integración estructural y electrónica
What materials and components will be used?
Mecánicos
Filamento PLA
Tornillos y separadores
3D printed structure
Electrónicos
Microcontroller on own PCB
Humidity sensor
Pantalla OLED
Parlante (buzzer)
Resistencias
Capacitores
Conectores
voltage regulator
¿De dónde vendrán?
Componentes electrónicos comprados localmente
Fab Lab PLA
Design and manufacturing carried out in Fab Lab Huando
¿Cuánto costará? (BOM preliminar)
Costo total estimado: $25 – $30 USD
What parts and systems will be manufactured?
Pot body (3D printing – additive manufacturing)
Tapa inferior y soporte interno
PCB fresada (producción electrónica)
Sistema embebido completo
Integración final sin cables sueltos
What processes will be used?
✔ 2D Design ✔ 3D Modeling ✔ 3D printing (additive manufacturing) ✔ PCB milling ✔ Electronic welding ✔ Microcontroller programming ✔ Systems integration ✔ Final assembly
¿Qué preguntas necesitan respuesta?
What is the ideal humidity range for different plants?
How to correctly calibrate the sensor?
¿Cómo optimizar consumo energético?
How to better organize internal wiring?
How to make the system modular and improved in future versions?
How will it be evaluated?
El proyecto será considerado exitoso si:
✔ The sensor correctly detects low humidity ✔ OLED screen shows correct information ✔ The speaker emits an alert when appropriate ✔ PCB works without faults ✔ There are no exposed cables ✔ The structure is resistant ✔ The system is fully integrated
Project Development
Alcance
Create a fully integrated educational system that combines:
Diseño 3D
Electrónica propia
Programación embebida
Integración estructural
Interfaz visual y sonora
Cronograma General
Licencia
This project is published under the license:
Creative Commons Attribution – ShareAlike 4.0 International (CC BY-SA 4.0)
🎞 Summary Slide (presentation.png)
Video (maceta.mp4)