From May 31 to June 1, Tianjin University hosted the 39th Tianjin Science Week flagship event at the Tianjin Cultural Center under the theme “Smart Tech for the Future.” Coinciding with the Dragon Boat Festival and Children’s Day, the event attracted large crowds of residents, families, and students, becoming a highlight of the holiday weekend.This year’s event focused on intelligent technology ...
On May 31, the inaugural meeting of the Tianjin University School of Mathematics Alumni Association and the alumni donation ceremony were held at Peiyangyuan Campus. The event coincided with the 130th anniversary of Tianjin University and brought together more than 70 mathematics alumni from across the country to witness this milestone moment for alumni solidarity and disciplinary development.During ...
The final of the inaugural Xuanhuai Cup Innovation and Entrepreneurship Competition, hosted by Xuanhuai School of Tianjin University, was successfully held at the Weijin Road Campus. Under the theme “Discovering the Power of Tianjin University’s Youth to Change the World,” the event attracted 85 student teams, with 20 interdisciplinary teams advancing to the final round to pitch their ideas and ...
College History Tianjin University, formerly known as Peiyang University, was founded on October 2, 1895, as China’s first modern university, pioneering modern higher education in the country. The university’s management education traces its origins to the early days of Peiyang University and was formally established with the creation of the Department of Industrial Management in 1942 during the ...
A research team from Tianjin University has made significant progress in intelligent catalysis for nitrogen oxide (NOx) reduction, with their latest study published in the prestigious international journal Engineering Applications of Artificial Intelligence. The article, titled "Adaptive extreme learning framework for nitrogen oxide conversion prediction: a multi-scale approach," presents a pioneering ...
Researchers from Tianjin University have developed a novel catalytic material that significantly enhances the green synthesis of hydrogen peroxide (H₂O₂), offering the potential for on-site, on-demand production. The breakthrough, recently published in Nature Communications, addresses long-standing challenges in the sustainable production of H₂O₂ and may open new avenues for applications in chemical ...