Anurag University Students Complete Trustworthy AI Summer School in Germany

Four students from Anurag University have successfully completed the Summer School on “Trustworthy AI – Machine Learning Meets Blockchain” at OTH Regensburg, Germany, held from August 10–21, 2026. The participating students were Adithi Mandhala (B.Tech AIML), Sneha Reddy Yasa (B.Tech CSE), Swaroop Gadepalli (B.Tech CSE), and Laxmi Anusha Mancha (B.Tech CSE).
The two-week programme brought together 61 students from universities across eight countries and nine nationalities, providing an enriching international and intercultural learning environment. The programme offered students valuable exposure to emerging technologies, applied learning, industry perspectives, and cross-cultural collaboration, complementing their classroom education with global academic experiences.
This international academic engagement reflects Anurag University’s commitment to creating opportunities for students to learn beyond campus and develop global perspectives. The University congratulates the students on successfully completing the programme and appreciates the support of the respective Deans, HODs, and OGA Coordinators in enabling such valuable international learning opportunities.
Written By
By AU Media Team
More Stories You Might Like

Driving Sustainable Innovation Through Green Chemistry
Dr. Mani Sharma, Assistant Professor in the Department of Pharmaceutics, School of Pharmacy, Anurag University, has published a research article on the role of tailored catalysis in advancing green chemistry in Current Organocatalysis, a Scopus-indexed journal.

Women’s Throwball Team Claims Runner-Up Position
Anurag University’s Women’s Throwball Team secured second place at AURA 2026, a national-level inter-engineering college fest hosted by CBIT, showcasing outstanding teamwork, determination, and competitive spirit.

Exploring Novel Approaches to Cancer Treatment
Dr. Syeda Jabeen Fatima, Assistant Professor in the Department of Pharmacy at Anurag University, has published research on novel chalcone–hydrazone derivatives as tubulin polymerization inhibitors in the International Journal of Drug Delivery Technology, a Scopus-indexed Q3 journal.

