Biomedical Imaging Courses
Take free online courses in biomedical imaging from top schools on edX today!
Fundamentals of Biomedical Imaging: Ultrasounds, X-ray, positron emission tomography (PET) and applications
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What is Biomedical Imaging?
In the past, if you wanted to get a look at what was going on inside someone's body, the only options were invasive. Now, our imaging technologies have moved far beyond the x-ray, providing us with the chance to peer inside the body without those invasive procedures of the past. Everything from magnetic resonance imaging (MRI) to the molecular imaging of the most advanced machines allows us to diagnose, treat, maintain, and observe the body's processes without stress. As imaging techniques get better, we may be able to provide more personalized medicine and catch issues earlier than ever before.
Learn about Biomedical Imaging
There are many imaging systems available to us with more coming down the line through imaging science research areas and biomedical engineering. Advanced imaging could provide early detection of devastating conditions as well as real-time feedback for treatments. The clinical applications are astounding. When you add in the effects of machine learning and artificial intelligence, our ability to view the body outside-in advances further. EdX.org can get you started learning about both the history of medical images and the future of imaging through cutting edge research programs, and you never even have to leave your chair.
Biomedical Imaging Courses and Certifications
The University of Queensland offers a course introducing the fundamentals of Biomedical Imaging. In it, you'll learn the primary modalities, the key science behind each, and what patients experience. You'll be prepared to choose the best imaging modality for your patient and offer advice to your peers. EPFL offers a two-course series on imaging as well. The first focuses on MRI and the science behind this image processing. The second course expands to the principles of ultrasound imaging before moving on to positron emission tomography and computed tomography, as well as the bioengineering principles behind both. You'll also gain a thorough understanding of the clinical research happening in the field.
Building a Career with Biomedical Imaging
Biomedical research has given us functional imaging beyond our wildest dreams. We may soon be able to examine a patient thoroughly without ever having to break so much as a fingernail in the process. These capabilities could provide us with more efficient drug delivery, real-time feedback, and smarter diagnosis. Your expertise in the field of biomedical imaging could pave the way for machines that herald a new age in medicine. Whether it's the multimodal necessities in cancer diagnosis and therapy or understanding patients on a molecular level, it's an exciting time to be in the field.