Neuroscience and Neuroimaging

Understanding the brain through imaging

Johns Hopkins built this specialization around the concepts that make functional MRI and other neuroimaging techniques actually interpretable — not just how the scanners work, but the neurology, hemodynamics, and research design behind reading the results correctly.

What you'll learn

• Functional Magnetic Resonance Imaging (fMRI) fundamentals
• Neurology, hemodynamics, and the biochemistry behind brain imaging signals
• Research design and experimentation for neuroscience studies
• Image analysis and radiology basics

Pitched at the intermediate level, it assumes some prior science or anatomy background and builds from there into genuinely technical territory. With over 30,000 learners, it's a solid choice for psychology, biology, or pre-med students who want to understand neuroimaging methods rather than just the headline findings they produce.