microcontroller - Level shift circuit MCU to MOSFET

I have a H-bridge that is being supplied by 12V and using around 10A. I am turning it on/off with a microcontroller that has an output of 0V-5V. The switching frequency is "super low" so the gate charge of the MOSFET is not a problem. I am trying to "convert" this 5V logic to 12V logic (0V-12V), and thought of something like this:

^{simulate this circuit – Schematic created using CircuitLab}

Is there any redundacy, any problem or anything missing from this design? I can see this work, but this will be in "somewhat of a commercial product", and would like it to be as robust as possible.

Answer

I suggest something more like this:

^{simulate this circuit – Schematic created using CircuitLab}

Drive into a 10nF load looks like this:

Edit: The violet trace is your circuit- as you can see, very very slow and it does not have enough swing to turn the MOSFETs off reliably- Vgs(th) can be as bad as 2V (time scale changed to show response of slow circuit).

You really want this circuit to switch rapidly or to insert some dead time- both MOSFETs will be one for a time when it is switching which causes shoot-through current.