Replaced all high voltage hardware. Replaced the door latch assembly. Secured the microwave cover , mounting hardware and vanity trim piece. Microwaved two cups of water to verify operation, the microwave heats exactly as expected

The left most infinite switch wasnt moving correctly, I could feel the inside had a defect. I replaced the infinite switches for both large, ultra burner assemblies. Tested my repair and the burners are all working perfectly. The range functions are all back to normal.

I shut off water supply coming from the reverse osmosis to the refrigerator and disconnected the water line from the refrigerator inlet valve. I turned the valve on and discovered that water pressure is severely reduced to the appliance, picture attached. The ice maker will not function properly without the water pressure being drastically improved to the refrigerator water inlet valve.

I didnt find any leaks, water did trickle out of the dispenser spout. I activated the diagnostic steps with the user interface. I was able to achieve strong water pressure at the dispenser and the ice maker. The water filter used isnt ideal, even though it fits correctly in the water manifold. Theres no need for parts replacement or repair with this appliance. The water supply lines used(PEX) often allow mineral build up that slows water pressure to refrigerators.

I replaced the burnt oven door gasket. I removed the door and accessed the bake flame burner assembly. I removed the defective ignition coil. I installed the replacement ignition coil by splicing it with ceramic wire nuts ave insulation. Assembled the oven bake assembly and tested my repair by starting a bake cycle, the oven ignited immediately and the flame structure appears near perfect, indicating a complete combustion. I secured the oven door in place and verified that the door opens and closes properly. The wall oven is back to normal and good for normal, everyday use. I also cleaned a substantial amount of a white powdery substance out of the oven, likely baking soda.