Quantum computing has demonstrated advantages in specialized tasks over classical supercomputers. In the future, quantum computing is envisioned to provide essential computational support for medicine design, encryption, secure communication, quantum machine learning, and beyond. At this moment, superconducting qubit devices are the upfront contender for future quantum integrated circuits. To scale up the system, electronic design automation (EDA) tools are essential to reduce the design cycle time and improve yield. In this project, we will explore IBM Qiskit Metal, a first-of-its-kind and open-source project for quantum computing EDA, and investigate how to build more powerful EDA tools. The objective of this project is to understand the state of the art of EDA for superconducting quantum computing and design a prototype integrated circuit for basic single-qubit and two-qubit gate operations.