Biomedical Engineering Beng (Hon)

<strong>1st in the UK for continuing students in the subject area of General Engineering</strong><br/>Complete University Guide Subject League Table 2026<br/><br/><strong>Get prepared for a career in biomedical engineering with an innovative and dynamic Biomedical Engineering degree from Canterbury Christ Church University. Developed with guidance from the Engineering Council and local industry partners, you’ll gain hands-on experience in solving real-world biomedical challenges.</strong><br/><br/>You’ll train to design, develop, and maintain biomedical equipment alongside engineering and computing professionals. Covering traditional and cutting-edge smart medical devices, you’ll build a strong foundation in biomechanics, electromechanical systems, human anatomy and robotics, while mastering healthcare technology and medical regulations considering the aspects of sustainability, and environmental issues.<br/><br/>Our biomedical engineering course follows the pioneering CDIO (conceive, design, implement, operate) approach, which was developed by Massachusetts Institute of Technology (MIT). We are just a handful of universities that offer this education model, giving you a rich and hands-on experience when providing biomedical engineering solutions.<br/><br/>Through project-based learning and industry-sourced projects, you’ll have the opportunity to network with professionals whilst gaining the technical expertise that will propel you into a variety of sectors after you graduate.<br/><br/><strong>Professional accreditation</strong><br/>Our Biomedical Engineering course is accredited by the Institution of Mechanical Engineers (IMechE), ensuring the highest standard of teaching, meeting industry standards and providing you with a clear path to professional registration. <br/><br/><strong>Specialist facilities</strong><br/>Our multimillion-pound Verena Holmes building is home to our engineering workshop, mechatronics lab, makerspace and mechanical physics lab, all equipped with industry-standard technology such as wind turbines, plasma cutters, laser systems, industry-leading 3D printers, a water treatment plant, a bioreactor, a distillation column, and more.