Explore how medical physics merges physics principles with biomedical engineering to advance healthcare through radiation therapy, medical imaging, and innovative diagnostics.
Explore how biotechnology and biomedical engineering collaborate to revolutionize healthcare through tissue engineering, biosensors, and organ-on-a-chip technology.
How nurturing MINT talents from early childhood can build a pipeline of innovative minds ready to tackle tomorrow's healthcare challenges.
Explore how biomaterials education in biomedical engineering prepares students to create medical breakthroughs through innovative curriculum, experiments, and digital learning platforms.
Explore how nanotechnology is transforming biomedical engineering through targeted drug delivery, tissue engineering, and advanced diagnostics.
Explore how automation, biomedical engineering, and computer science are converging to create self-driving laboratories that accelerate biomedical discovery.
Learn about the groundbreaking 2011 Nightingale Prize-winning research that developed real-time monitoring for deep tissue injury prevention using biomedical engineering.
Explore how 3D printing and electrospinning are merging to create revolutionary biomedical solutions for tissue engineering and regenerative medicine.
Explore how automated mock circulatory loops with novel test chambers are revolutionizing mechanical heart valve testing and improving patient safety.
A tribute to Professor Herbert Voigt, a visionary biomedical engineer whose pioneering work on the auditory system helped unravel the mysteries of human hearing.