The academic program of the International Center for Green Photonics is closely aligned with the frontier interdisciplinary fields of green photonic technologies, establishing a systematic layout that spans specialty light sources, integrated photonic devices, precision sensing and measurement, biomedical photonics, laser engineering, and intelligent optoelectronic systems.

The program highlights the core principles of low carbon, high efficiency, and sustainability, emphasizing a full-chain training model that covers fundamental photonics principles, key device design, system integration, and application scenario validation. Students gain systematic theoretical knowledge and experimental skills in ultrafast light sources, nonlinear optics, micro-nano fabrication and silicon photonic chips, fiber and waveguide technologies, laser processing, and precision measurement.

On the application side, courses and research projects focus on national urgent areas such as energy and environmental monitoring, biomedical diagnostics and treatment, communication and navigation, and intelligent manufacturing, while promoting the integration of photonic technologies with artificial intelligence, micro-nano manufacturing, and advanced materials. Supported by high-level research platforms and an international faculty team, the program aims to cultivate interdisciplinary talents with strong innovative design capabilities and engineering implementation skills.

Overall, the center’s academic structure is guided by the principles of green, integrated, and engineering-oriented development, combining research depth with industrial relevance to support the sustainable development and industrial application of next-generation photonic technologies.