Hi Pinki,

Most undergraduate biomedical engineering courses will start with this broad, interdisciplinary approach along with a healthcare focus, which may allow you to switch engineering disciplines at the end of the first year if you wish to. You’ll also apply the foundations of biomedical engineering by becoming familiar with the key concepts and terminology of human anatomy and physiology, as well as cell biology, thermodynamics, biomechanics and computing and design for medical engineers.

As the course progresses, you’ll study other modules on engineering and biomedical subjects such as engineering mathematics, mechanics, biomaterials, electronic engineering, engineering design, and human anatomy, physiology, and neuroscience. You’ll also get opportunities to tailor your degree by following a particular biomedical engineering track or choosing from a set of optional modules. Some universities’ biomedical engineering degrees will be structured around credits, with each module valued as one credit.

You’ll apply what you’ve learned through practical activities such as laboratory work, computer simulation sessions and hospital visits. Many universities also offer links to the biomedical engineering industry as part of their courses, possibly in the form of internships and placements, enabling you to gain the skills required for biomedical engineering careers.

I hope it helps you.