BMEssentia Platform / Courses / Neuro-Engineering

Course: Translational & Clinical Technologies

Neuro-Engineering

Imagine a world where thoughts can control machines, brain implants treat epilepsy, and neuroprosthetics enable movement and sensation for those with paralysis. This is the revolutionary field of Neuro-Engineering. In this course, you'll explore the fusion of neuroscience and engineering to create technologies that interact directly with the nervous system, from brain-computer interfaces to advanced neurostimulation techniques. Each module covers essential topics, including neural signal processing, neural implants, and neuroprosthetics, equipping you to design systems that interpret neural.

• Translational & Clinical Technologies
• Human-Centric Specializations
• Future Frontiers

14 chapters. Online and self-paced, in English, on the BMEssentia Platform.

What you will learn

• Neural Signal Processing: Learn to acquire and analyze neural signals, using techniques like EEG, MEG, and signal analysis tools to understand brain activity.
• Brain-Computer Interface Design: Master the principles of BCIs and develop systems that translate neural signals into commands for computers and robotic devices.
• Neuroprosthetic Development: Explore the engineering behind cochlear implants, visual prostheses, and artificial limbs controlled by neural signals.
• Neurostimulation Techniques: Gain skills in electrical, magnetic, and optogenetic stimulation to modulate brain activity for therapeutic applications.
• Understanding Neuroplasticity in Rehabilitation: Learn how neuroplasticity supports recovery and motor relearning in conditions like stroke and spinal cord injury.
• Machine Learning for Neural Data: Apply machine learning algorithms to interpret complex neural data, enhancing BCI accuracy and real-time response.
• Materials for Neural Implants: Discover the biocompatible materials essential for creating durable neural implants that integrate safely with the nervous system.
• Wearable Neurotechnologies: Develop an understanding of wearable brain monitoring devices for neurological monitoring, gaming, and cognitive enhancement.
• Applications in Neuro-Imaging: Explore neuro-imaging tools like fMRI and PET scans for mapping and diagnosing brain activity and disorders.
• Neurofeedback and Rehabilitation Technology: Gain skills in using neurofeedback techniques to train brain activity, supporting mental health, cognitive enhancement, and rehabilitation.

Modules

1. Introduction to Neuro-Engineering
2. Neural Signal Processing
3. Brain-Computer Interfaces (BCIs)
4. Neural Implants and Prosthetics
5. Neurostimulation Techniques
6. Neuroplasticity and Rehabilitation
7. Neuropharmacology and Neural Modulation
8. Neural Machine Interfaces (NMIs)
9. Wearable Neurotechnologies
10. Computational Neuroscience
11. Neural Interfaces for Sensory Systems
12. Neural Tissue Engineering
13. Artificial Intelligence in Neuro-Engineering
14. Neuro-Imaging Technologies

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