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Biomedical engineering focuses on creating medical technologies, especially in the fields of tissue engineering and regenerative medicine that restore or renew cells, tissues, and organs. Combining digital learning platforms with conventional instruction, you'll master the methods to address these intricate challenges.
You'll gain direct experience with medical equipment like endoscopes and ultrasound machines. You'll evaluate biomaterials and healthcare devices, including prosthetic limbs and orthopedic supports. You'll develop skills in recording physiological data using EMG and ECG techniques. Laboratory sessions will teach you dissection methods to thoroughly comprehend human anatomy and potential surgical engineering complications. Additionally, you'll complete rotations at nearby hospitals to observe biomedical engineering applications in real-world settings.
Alongside our standard three-year program, we provide extended four- and five-year alternatives. Options include an integrated work placement year, a combined Master's degree (MEng), or both. Similar to all our engineering programs, Biomedical Engineering begins with a shared foundational year, allowing you to transfer to a different specialization in your second year if desired.