The Master's program in Integrated Circuit Science and Engineering aims to cultivate high-level engineering and research talents with expertise in integrated circuit design, application, and system integration. The program covers several cutting-edge research areas in integrated circuits, including optoelectronic devices research and applications, as well as micro-nano optoelectronic devices and design. Students will study the core theories and technologies of integrated circuit science, mastering design and manufacturing methods while exploring the application of optoelectronic and micro-nano technologies in integrated circuits. Through a combination of theoretical and practical teaching, the program will develop students' innovation capabilities in integrated circuit design, testing, optimization, and system integration.

Program Features:

1. Cutting-edge Research Areas: Focuses on the intersection of integrated circuits and optoelectronic technologies, with an emphasis on the design and application of optoelectronic devices and micro-nano optoelectronic devices.
2. Theory and Practice Combined: Emphasizes the integration of theoretical foundations with practical engineering, providing students with opportunities to enhance their application skills through experiments and projects.
3. Advanced Experimental Platforms: Provides state-of-the-art integrated circuit design and testing platforms, enabling students to engage in real-world projects and improve their engineering practice capabilities.

4. Innovation-driven Approach: Fosters creative thinking and encourages students to conduct independent research in the fields of optoelectronic devices and micro-nano optoelectronic devices.

   
   

Career Prospects:
Graduates of the Integrated Circuit Science and Engineering program have broad career prospects in various industries such as technology, telecommunications, electronics, and semiconductors. Graduates can pursue careers in integrated circuit design, optoelectronic device R&D, system integr...