On the afternoon of May 13, the first session of the School of Biomedical Engineering’s "BME Practice Academy" was successfully held. The Class of 2025 undergraduates visited the MED-X Research Institute as a group, stepping directly into the frontlines of scientific research and immersing themselves in the academic allure of the deep interdisciplinary integration of medicine, engineering, and science.

This event received enthusiastic responses from various research teams. The visit was specially organized into multiple thematic modules, presenting a veritable scientific feast for the students:

From Molecular Mechanisms to Precision Intervention: Students gained in‑depth understanding of the R&D progress of non‑invasive ultrasound therapeutic devices, explored the application of micro‑nanotechnology in innovative diagnostics and therapy, and delved into topics such as tumor progression and treatment. Through these experiences, they came to appreciate how scientific research responds to clinical needs and solves real‑world problems.

Optical Analysis and Intelligent Diagnostics: Students explored the mysteries of intelligent photonics, Raman smart detection, and advanced optical imaging, experiencing how technology harnesses the "power of light" to enable new paradigms for precision diagnostics and therapy.

Mechanical Architecture and Functional Regeneration: Through observing joint testing, students gained insights into the integration of computational biomechanics and translational applications, and learned about cutting‑edge advances in sports regenerative medicine, bone and soft tissue engineering, and stem cell biology in functional reconstruction.

Data‑Driven Intelligence and Information Mining: Lab directors presented the latest achievements in biomedical informatics and medical image computing, illustrating how algorithms and big data empower modern medical diagnostics.

During the tours, students developed an intuitive understanding of rigorous research procedures. Faced with cutting‑edge and sophisticated equipment, they actively asked questions and engaged in deep critical thinking, completing a transformative journey—from perceptual to conceptual—in understanding the core essence of the "medical‑engineering integration" discipline through dialogues with faculty and researchers.

This event not only broadened the academic horizons of the Class of 2025 freshmen but also ignited their research enthusiasm for pursuing careers in biomedical engineering and exploring the frontiers of life sciences during this critical phase of professional initiation.