While studying Biomedical Engineering, you're learning to apply engineering principles and methods to biological systems to address issues affecting human health. You’ll develop important skills to design and develop cutting edge solutions to improve patient care, health, and quality of life.
These skills may include:
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Application of human physiology, medicine, and engineering to develop cell-based therapeutics from gene therapy to tissue engineered organs
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Collaboration in multidisciplinary teams to design medical diagnostic equipment and clinical instrumentation
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Analysis of measurements captured from imaging and electronic sensing technologies such as X-rays, MRIs, and wearable sensors
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In-depth computational analyses and statistical techniques to understand and interpret complex biological processes
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Application of the principles of biomechanics to enhance prevention and treatment approaches to injuries and diseases such as the design of orthopaedic implants
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Analysis of patient health care data to understand diseases and pathophysiology using machine learning
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Usage of specialized instruments, sensors, and computer programming languages