PCB design: high current en voltage monitor

We are looking for an experienced PCB designer who can create a high current and voltage monitor for a range of 18v to 120v DC and 5a to 200a and can handle multiple input sources. The design should accommodate three DC inputs and one AC input. The PCB design should meet specific requirements and adhere to the highest industry standards. The ideal candidate will have a strong background in PCB design with expertise in working with multiple input sources. Attention to detail, strong problem-solving skills, and the ability to meet deadlines are crucial for this project. I am looking for an experienced HIGH POWER PCB designer who can create a high current and voltage monitor for a range of 18v to 120v DC and 5a to 200a. The ideal candidate will have experience in designing PCBs for high power applications and will be able to incorporate overload protection into the design and use of hall sensors on high current. Additionally, the monitor should have the ability to log data for analysis. For monitoring we will use ESP32 S3 WiFi on board. The pcb have 3x DC input ports, 1x AC input port, and will have 3x DC output ports. All INPUT-1 (solar panels): This port can have 18~120v 10000w power. This input-1 can be forwarded to OUTPUT-1, OUTPUT-2 or OUTPUT-3. That means this port will have 3 relais switches. This port can only forwarded to one output port. Forward to which port depends on the current en voltage level. INPUT-2 (battery): This port can have 48v 20000w power. This input-2 can be forwarded only to OUTPUT-1. That means this port will have 1 relais switch. Forward depends on the current en voltage level. INPUT-3 (second system): This port can have 30~120v 10000w power. This input-3 can be forwarded only to OUTPUT-1. That means this port will have 1 relais switch. Forward depends on the current en voltage level. INPUT-4 (default power line at home): This port will have 230v AC 3500w power and need to be convert to 48V DC 3500w and 54,6v 5amp. This input-4 can be forwarded to OUTPUT-1 after converting to 48v and it can be forwarded to OUTPUT-3 after converting to 54,6v. That means this port will have 2 relais switches. Forward depends on the other conditions. OUTPUT-1 (output for induction heater): All forwarded power will be reduced to 48v 3500w OUTPUT-2 (go to second system): Will not have any reduction and power will be forwarded straight forward. OUTPUT-3 (output for battery charger): All forwarded power will be reduced to 54,6v 5a Relevant skills: - PCB design - Multiple input sources - Electronic components - Attention to detail - Problem-solving