China is reshaping how academic excellence and doctoral research are defined. Under recent reforms, a growing number of top universities are now empowered to grant PhDs based on practical innovation — where candidates are evaluated on the real-world products, prototypes or industrial solutions they create rather than on a conventional 100-plus-page written thesis.

The idea behind this shift is to strengthen the connection between academia, industry and national innovation goals by training engineers who can solve pressing technological problems — from modular bridge components and firefighting systems to advanced manufacturing techniques — instead of focusing primarily on academic writing.

Under a law passed in 2024, universities such as Tsinghua and others have begun piloting these ‘practical PhD’ pathways, pairing each candidate with both an academic supervisor and an industry expert. Graduation depends on demonstrating that an invention works at scale in real-world applications and withstands examination by panels including scholars and practising engineers.

This approach reflects broader Chinese efforts to bolster innovation capacity and high-value technological output, aligning higher education more directly with national priorities such as semiconductors, AI and infrastructure engineering. It also mirrors global discussions about bridging the gap between theory and practice in doctoral education, with China offering a distinctive model that may influence how excellence in research training is judged.