RHLab (University of Washington)

Simulations

Airport Wind Station
Program a wind-turbine controller and watch it operate in a 3D airport environment. Use wind and alignment signals to turn the turbine toward the wind, enable generation and stop safely during high winds. Test your logic against changing weather conditions with an Altera DE1-SoC FPGA or STM32 Nucleo WB55RG.
Breadboard (Butterfly)
Connect logic gates in a breadboard
LED Matrix
Send through a serial communication information to a 16x16 LED Matrix
Morse Code
Send a message using Morse code
Parking Lot
Manage a parking lot: entrance and exit barriers, LEDs for car presence.

FPGA + Breadboard (Intermediate Level)
Simulate a parking lot car counter using digital circuits on a breadboard and FPGA
FPGA + LED Matrix
Implement Conway's Game of Life on an LED Matrix using FPGA
FPGA + Parking Lot (Intermediate Level)
Develop an intermediate-level parking lot management system using FPGA
STM32 + LED Matrix (Arduino IDE)
Display static patterns and animations on an LED Matrix using STM32 and Arduino IDE
STM32 + LED Matrix (Keil Studio)
Display static patterns and animations on an LED Matrix using STM32 and Keil Studio
STM32 + Parking Lot (Basic Level, Arduino IDE)
Develop a basic-level parking lot management system using STM32 and Arduino IDE
STM32 + Parking Lot (Basic Level, Keil Studio)
Develop a basic-level parking lot management system using STM32 and Keil Studio Cloud
STM32 + Parking Lot (Intermediate Level, Arduino IDE)
Develop an intermediate-level parking lot management system using STM32 and Arduino IDE
STM32 Lab Introduction (Arduino IDE)
Introduce the UI of STM32 remote lab and Arduino IDE
STM32 Lab Introduction (Keil Studio)
Introduce the UI of STM32 remote lab and Keil Studio Cloud