Exploring Teaching Methods for Courses on Radiation Hardening Technology in ICs

With the rapid advancement of space exploration technology, the use of intelligent equipment and systems is increasing at an accelerated pace. As the core component of intelligent systems, integrated circuits (ICs) have become a key area of research in space applications. However, the complex space environment significantly degrades the reliability of ICs due to radiation effects. As a result, radiation hardening technology is critical for ICs used in space applications. Unlike general consumer electronics, students majoring in ICs are often unfamiliar with radiation hardening technologies, which is a disadvantage for those who may work in industries such as aerospace, nuclear, or medical electronics after graduation. This paper explores teaching methods for a course on radiation hardening technology in ICs. Through interdisciplinary collaboration and joint university-enterprise teaching, as well as classroom interaction and project-based learning, students will gain an in-depth understanding of radiation sources, radiation effects, hardening techniques, and irradiation testing.