Smart Lock Control Using Altera FPGA
Budget: $30 – $250 CAD
I'm looking for a skilled engineer with experience in Altera FPGA and electronics to develop a smart automatic door lock system. The system should use an electronic strike solenoid lock and operate based on a 4x3 keypad input.
Key project requirements:
- The lock should open when a correct passcode is entered. There will be three different passcodes programmed into the system.
- If the user fails to enter the correct password after three tries, the system should implement a 20-second cooldown period before allowing attempts to restart.
- A display screen should provide feedback when the correct passcode is entered.
You will also need to provide guidance on how to connect the GPIO pins of the Altera DE0 Nanobot to a servo motor to simulate the door opening. The ideal candidate for this project should have a strong background in FPGA programming, electronics, and working with solenoid locks. Experience with Altera DE0 Nanobot is a plus. The code should be in VHDL.
Key project requirements:
- The lock should open when a correct passcode is entered. There will be three different passcodes programmed into the system.
- If the user fails to enter the correct password after three tries, the system should implement a 20-second cooldown period before allowing attempts to restart.
- A display screen should provide feedback when the correct passcode is entered.
You will also need to provide guidance on how to connect the GPIO pins of the Altera DE0 Nanobot to a servo motor to simulate the door opening. The ideal candidate for this project should have a strong background in FPGA programming, electronics, and working with solenoid locks. Experience with Altera DE0 Nanobot is a plus. The code should be in VHDL.