Hello, I need help with a school project.

I have a working Falstad simulation and I would like to turn it into a PCB layout, preferably in KiCad.

The circuit is a voltage monitor using an LM324 and three LEDs.

Required behavior:

• at 10.7 V only the yellow LED should turn on
• at 12 V only the green LED should turn on
• at 14.5 V only the red LED should turn on
• only one LED should be on at a time

Parts used in the Falstad simulation:

• LM324, using 3 of the 4 op-amps
• 3 LEDs with 560 ohm series resistors
• 4.7 V Zener diode
• 2 × 1N4148 diodes
• several resistors as voltage dividers
• input selection for 10.7 V / 12 V / 14.5 V

I can provide screenshots of the Falstad simulation and my current KiCad schematic/layout.

My PCB requirements:

• single-sided PCB
• board size: 40 × 100 mm
• LM324 as DIP-14
• all components from the Falstad simulation should be on the PCB, except the voltmeter
• the 3 LEDs should be on the PCB
• 3 input pads for 10.7 V / 12 V / 14.5 V
• 4.7 V Zener diode and the two 1N4148 diodes should be included
• I want to avoid crossing tracks as much as possible
• wire jumpers are okay if needed
• I would like to avoid 90-degree track corners

Can someone help me check the schematic and suggest a clean component placement / PCB layout?

 

Can someone help me check the schematic and suggest a clean component placement / PCB layout?

So you want us to do a PCB layout for you?

Sorry, this is Homework Help, not Homework Do.
You can do a layout and then we will critique if for you, but that's the limit of our help.
Post a picture of your layout.