Your guide to know everything you need about studying Bio & Biomedical Engineering

Bio & Biomedical Engineering, a STEM subdiscipline within Engineering & Technology, seeks to enhance human health and healthcare systems through innovative technology applications. Integrating Engineering with Biology, Biomedical Engineering addresses contemporary medical needs, contributing to groundbreaking advancements like artificial organs, surgical robots, prosthetics, and novel drugs.

Degrees in Bio & Biomedical Engineering are interdisciplinary, drawing on mathematical, analytical, and conceptual knowledge from Biology, Chemical Engineering, Robotics, Mechatronics, Materials Science, and Computer Science. Subdisciplines within this field encompass orthopedic implants, medical imaging, stem cell engineering, biomedical signal processing, and more.

Biomedical Engineering students gain a profound understanding of biological processes and engineering principles, enabling them to contribute to medical advancements. They learn to develop, maintain, and enhance machines and medical tools crucial in hospitals, clinics, and research centers, emphasizing reliability and stability in both hardware and software.

Bioengineering students focus on biological and chemical principles, engaging in research and laboratory work. Specialized knowledge in stem cell engineering and cloning holds the potential to save lives and extend human lifespan significantly. Envisioned advances in Bio and Biomedical Engineering raise the possibility of individuals living to 1,000 years within the next 30-50 years, showcasing the transformative impact of this field on human longevity and health.