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Biomedical Engineering combines engineering principles with healthcare and medical sciences. (Examples include: electronic and mechanical devices for biological materials, animals, and humans; medical implants and instruments; ergonomics; bioinstrumentation; imaging; and pharmacology). Those who graduate with a Biomedical Engineering degree can utilize mathematical, scientific, and engineering fundamentals in diverse fields, securing roles in both private and public healthcare sectors. The curriculum equips students with foundational engineering knowledge before offering specialized elective tracks or broader interdisciplinary options. Students can focus their studies in biomechanics, biosignal processing, or pharmaceuticals. This program emphasizes applying engineering solutions to health-related challenges through an interdisciplinary approach.