Designing a chip is a complex process that requires a lot of technical knowledge, and it is typically done by experienced electrical engineers.

Here are the general steps involved in designing a chip, this what we can give with our rich experiences.

1. Define the Specifications: The first step in chip design is to determine its purpose and define its technical specifications. This may include specifications such as power consumption, processing speed, memory capacity, and input/output requirements.

2. Architectural Design: Once the specifications are finalized, the next step is to design the chip's architecture. This involves deciding which components will be included in the chip and how they will be interconnected. The architectural design also considers factors such as power consumption, signal integrity, and routing complexity.

3. Circuit Design: With the architectural design in place, the next step is to design the individual circuits that will make up the chip. This involves designing individual components such as logic gates, flip-flops, and multiplexers, and arranging them in the desired configuration. Multiple CAD/EDA tool can used to accelerate this phase.

4. Layout Design: Once the circuits have been designed, the next step is to create a physical layout of the chip. This involves arranging the individual components on the silicon substrate and routing the interconnections between them.

5. Testing and Verification: Once the chip has been designed and fabricated, it must be thoroughly tested and verified to ensure that it meets the specifications. This involves testing the various functions of the chip and ensuring that it operates reliably under various conditions.

6. Manufacturing: Once the chip has been designed and tested, it can be manufactured in large quantities using a semiconductor fabrication process. This involves using specialized equipment to transfer the chip design onto a silicon substrate and then etching the substrate to create the desired circuitry.