PAUL (Programmable Autonomous Utility Lift) is a modular robotics platform with mecanum drive, claw arm, Arduino + Raspberry Pi control, SLAM mapping, and voice/AI integration. Built for Rowan ECE Clinic, it showcases embedded systems, autonomy, and human-robot interaction.”
A standalone electronic dice roller with physical controls, built on Raspberry Pi Pico. Features multiple dice types, coin flips, and audio-visual feedback.
Raspberry Pi Hat that adds RS485 communication to Raspberry Pi 5 for interfacting with USB and Bluetooth HID Devices
A small PDA that is powered by a raspberry PI and can access the internet and has a screen along with a custom designed mini keyboard along with ports on the side
A smart IoT-based water quality testing kit using ESP32, Raspberry Pi, and an ML model to predict bacterial contamination (% CFU in water samples). Detects pH, TDS, temperature, turbidity, and bacterial presence via optical sensors.
Lighting, temperature, and sensor contoller for a 3d printing enclosure using a Raspberry Pi and touch screen device
Lighting, temperature, and sensor contoller for a 3d printing enclosure using a Raspberry Pi and touch screen device
Lighting, temperature, and sensor contoller for a 3d printing enclosure using a Raspberry Pi and touch screen device
JavaFX application with grocery expiration tracking, recipe suggestions, and a Raspberry Pi sensor suite for real-time fridge monitoring
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