The Team development process for the PCB (Printed Circuit Board) is a crucial aspect of optimizing the GFR Formula Racing Car’s performance. Its main purpose is to improve data communication, enhance performance, and ensure reliability and safety. Utilizing the data, the engineering and technical team involved in the project can make improvements to the car to contribute to the overall success of the project. The product is a printed circuit board that accepts signals from sensors found on the GFR Formula Racing Car and sends them to the appropriate nodes via CAN Bus protocols. The design of this project is bound by the constraints of both the project partner and the design team. The design process, the constraints of the project partner and the engineering requirements of the design team are all recorded here. One technical detail of interest to ECE and CS design engineers in a CAN BUS project is the implementation of error detection and correction mechanisms such as CRC (Cyclic Redundancy Check). CRC is a mathematical algorithm used to detect errors in transmitted data by appending a checksum to the message. This checksum is recalculated upon receipt and if it does not match the transmitted checksum, an error is detected. It acts as a safeguard against potential errors that may occur during data transmission, enhancing the reliability of communication between different components within a vehicle’s embedded system.