Live workshops and structured courses on Neuroscience and Neurotechnology.
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Learn to capture, clean, and analyze the brain's electrical activity across EEG, EMG, MEG, and more. Build real pipelines from raw signals to meaningful biomarkers.
Live Sunday-evening sessions · foundations → architectures → theory → applications
From Data to Discovery
How can a few milligrams of a chemical alter movement, motivation, fear, attention — or even the experienced structure of reality? Mind Meds follows the story from molecules and receptors to circuits, learning, behaviour and the mind.
Self-paced video courses, plus instructor-led evening cohorts on the NeuroAI track.
8 self-paced · 2 live cohortsExplore coursesFrom the history of brain discovery to computational models of the basal ganglia.
6 books · 2 on SpringerBrowse booksMentored programmes and schools where you model, experiment and present real research.
3 programmes · 1 running nowSee workshops
BestsellerIntroduction to EEG and Artificial Intelligence is a beginner-friendly microcourse that introduces the fundamentals of EEG, brain signal processing, and AI-driven analysis techniques.
BestsellerThis micro-course introduces the fundamental concepts of Python programming with a focus on scientific computing and neuroscience-oriented applications.
Understand the language of dynamical systems. Analyze nonlinear dynamics and emergent behaviors and build neural models from single Neurons to populations.
The course then introduces the grammar of data, focusing on how biological observations can be represented using mathematical structures such as vectors, matrices, and functions.
Introduction to EEG and Artificial Intelligence
NewNeural signal processing is the discipline of capturing the brain's electrical activity, removing what does not belong in it, and extracting information that can be interpreted or acted on.
Explore the fascinating world of human movement—from motion capture and biomechanics to feature extraction and Artificial Intelligence—and discover how movement becomes meaningful data.
NewA 60-minute microcourse covering how neurotechnology records, decodes, and modulates activity in the nervous system — from EEG and brain imaging to brain-computer interfaces and neuromodulation.
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Springer
Springer
FreeThis microcourse provided a clear and engaging introduction to EEG and its connection with Artificial Intelligence. The concepts were explained in a structured manner, making it easy to understand the complete EEG analysis workflow.
An excellent starting point for anyone interested in neuroscience and AI. The course offers a concise overview of EEG signal processing and modern AI techniques, making complex topics accessible to beginners.
The Python for Neuroscience course finally made analysing my lab's recordings feel approachable — short lessons, practical notebooks.
The Neural Oscillators course has been an effective refresher of all the vital concepts and thoroughly polished my understanding.
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