Home > News & Events > SDU Highlights Content
Shandong University President Li Shucai delivers a keynote speech at the Global University Presidents and Leaders Summit 2024. [Photo/Shandong University]
Shandong University President Li Shucai attended the Global University Presidents and Leaders Summit 2024, which was held in Hong Kong on Dec 2.
Li delivered a keynote speech, highlighting the role artificial intelligence (AI) played in higher education. He emphasized during his speech that AI, as a key driver of the ongoing technological revolution and industrial transformation, is profoundly influencing global economic and social development, as well as the advancement of human civilization.
According to Li, Shandong University has achieved substantial progress in talent development, research innovation, and societal contributions in the AI field.
He further stated that Shandong University will continue to advance its AI discipline and talent cultivation efforts, focusing on enhancing students' scientific literacy and expanding international cooperation and exchanges. This initiative aims to accelerate the digital and intelligent transformation of higher education and contribute to the broader development of economy and society.
During the discussion session, Li engaged in in-depth conversations with university presidents and experts from other institutions, focusing on issues such as the social ethics and values of artificial intelligence technology.
Li proposed the necessity of building international alliances and collaborative mechanisms to enhance the transformation of education, teaching, and scientific research, positioning AI as a key driver of human progress.
The Global University Presidents and Leaders Summit 2024, organized by the Hong Kong Association for External Friendship, brought together around 50 prominent university presidents and leaders in education from across the globe. The forum focused on discussions around topics such as artificial intelligence, university governance, and the future of education.