KiCad PCB designs from my IoT Research Internship includes analog circuits, IoT sensor boards, and multi-sensor health monitoring system.
KiCad PCB designs from my IoT Research Internship includes analog circuits, IoT sensor boards, and multi-sensor health monitoring system.
KiCad PCB designs from my IoT Research Internship includes analog circuits, IoT sensor boards, and multi-sensor health monitoring system.
KiCad PCB designs from my IoT Research Internship includes analog circuits, IoT sensor boards, and multi-sensor health monitoring system.
KiCad PCB designs from my IoT Research Internship includes analog circuits, IoT sensor boards, and multi-sensor health monitoring system.
KiCad PCB designs from my IoT Research Internship includes analog circuits, IoT sensor boards, and multi-sensor health monitoring system.
KiCad PCB designs from my IoT Research Internship includes analog circuits, IoT sensor boards, and multi-sensor health monitoring system.
KiCad PCB designs from my IoT Research Internship includes analog circuits, IoT sensor boards, and multi-sensor health monitoring system.
Sistema integral de monitoreo y protección contra incendios forestales utilizando tecnología IoT. El sistema emplea sensores distribuidos que se comunican mediante protocolo LoRa para detectar condiciones ambientales críticas (temperatura, humedad y presencia de llamas) y transmitir los datos a una estación central basada en Raspberry Pi Pico W que
Sistema integral de monitoreo y protección contra incendios forestales utilizando tecnología IoT. El sistema emplea sensores distribuidos que se comunican mediante protocolo LoRa para detectar condiciones ambientales críticas (temperatura, humedad y presencia de llamas) y transmitir los datos a una estación central basada en Raspberry Pi Pico W que
Weather station equipped with dust, temperature, and CO2 sensors for air quality monitoring.
JavaFX application with grocery expiration tracking, recipe suggestions, and a Raspberry Pi sensor suite for real-time fridge monitoring
A PCB Project, from pcb to C - all without any libs. Functionality: A pcb - with CPU, Sensor, Display. The core functionality is to gain data (from the sensor) and to show them on screen (per spi). Sensor is speaking per i2c
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
This is the hardware part of the Estante Irrigada project. It will controll 6 microvalves based on the readings of 6 soil humidity sensors, to irrigate up to 6 vases. Will also be controlled remotely through LoRa Network, updating a database. Finally, all data will be accessed via cellular in a Flutter developed app.