
The School of Earth System Science (SESS) of Tianjin University convened its Spring semester teaching and learning meeting on March 19, 2026, to map out key priorities spanning faculty teaching policies, undergraduate and graduate education, and graduate employment initiatives.Associate Dean Xiaodong Li, unpacked the university’s evaluation policy for teaching-focused faculty roles. He also led discussions ...

A student practice team from Tianjin University recently traveled to Vietnam to visit overseas projects undertaken by major Chinese construction companies, seeking first-hand insights into the global expansion of China’s construction industry and ways to support Tianjin’s construction planning for the 15th Five-Year Plan period.Organized under the guidance of the Tianjin Municipal Commission of Housing ...

A research team led by Tianjin University has achieved a major breakthrough in the industrial manufacturing of mixed-matrix membranes for carbon capture, providing new technological support for carbon peaking and carbon neutrality efforts. The findings were published online in Advanced Materials in March 2026.The study was led by Professor Wang Zhi’s team at the School of Chemical Engineering and ...

On March 20, the launching ceremony of Tianjin University's "Unleash the Spring · Recharge Your Vitality" Mental Health Education Series for March 25, together with the themed activity for the International Day of Happiness (March 20), was held simultaneously at both the Peiyangyuan and Weijin Road campuses. Hosted jointly by the Mental Health Center of Tianjin University, the Institute of Applied ...

Prof. Nan Li’s team from the School of Pharmaceutical Science and Technology at Tianjin University developed an ultrasound-responsive polymeric dual-prodrug nanoassembly (PMS) co-loaded with a nitric oxide prodrug (mSNO) and polymetformin (PMet) to repair the lost fenestrae in liver sinusoids, thereby greatly improving drug delivery efficiency and opening a new avenue for liver fibrosis therapy. The ...

A research team from the School of Earth System Science at Tianjin University investigated amorphous ferric arsenate (AFA), a key mineral phase controlling arsenic sequestration in environmental systems. Using in situ synchrotron-based small-angle X-ray scattering (SAXS), the team directly monitored the precipitation process of AFA and identified a previously unrecognized two-stage nonclassical formation ...