Neural Engineering
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A Neural Engineering is a biomedical engineering discipline that is an engineering discipline applying neural engineering engineering principles to understand, repair, replace, or enhance neural engineering neural systems.
- AKA: Neuroengineering, Neural Systems Engineering, Neurotechnology Engineering.
- Context:
- It can typically develop Neural Engineering Interface Technology for neural engineering system communication.
- It can typically design Neural Engineering Prosthetic Devices for neural engineering functional restoration.
- It can typically create Neural Engineering Computational Models of neural engineering neural processes.
- It can typically advance Neural Engineering Therapeutic Methods for neural engineering neurological disorders.
- It can typically establish Neural Engineering Design Principles for neural engineering biocompatible systems.
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- It can often integrate Neural Engineering Multidisciplinary Knowledge from neural engineering related fields.
- It can often employ Neural Engineering Experimental Techniques for neural engineering hypothesis testing.
- It can often develop Neural Engineering Clinical Applications for neural engineering patient care.
- It can often advance Neural Engineering Fundamental Understanding of neural engineering brain function.
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- It can range from being Theoretical Neural Engineering to being Applied Neural Engineering, depending on its neural engineering research focus.
- It can range from being Invasive Neural Engineering to being Non-Invasive Neural Engineering, depending on its neural engineering approach.
- It can range from being Restorative Neural Engineering to being Augmentative Neural Engineering, depending on its neural engineering goal.
- It can range from being Hardware-Focused Neural Engineering to being Software-Focused Neural Engineering, depending on its neural engineering emphasis.
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- It can utilize Neural Engineering Laboratory Facilitys for neural engineering research.
- It can apply Neural Engineering Ethical Guidelines for neural engineering responsible development.
- It can produce Neural Engineering Publications in neural engineering academic journals.
- It can train Neural Engineering Professionals through neural engineering education programs.
- It can collaborate with Neural Engineering Clinical Partners for neural engineering translation.
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- Examples:
- Neural Engineering Subdisciplines, such as:
- Neural Interface Engineering, such as:
- Neural Prosthetics Engineering, such as:
- Neural Engineering Application Areas, such as:
- Therapeutic Neural Engineering, such as:
- Diagnostic Neural Engineering, such as:
- Neural Engineering Research Areas, such as:
- ...
- Neural Engineering Subdisciplines, such as:
- Counter-Examples:
- Genetic Engineering, which modifies genetic sequences rather than engineering neural engineering neural systems.
- Tissue Engineering, which grows replacement tissues rather than interfacing with neural engineering neural function.
- Pharmaceutical Engineering, which develops drug compounds rather than neural engineering neural devices.
- Biomechanical Engineering, which focuses on mechanical systems rather than neural engineering neural systems.
- Clinical Neurology, which treats neurological conditions rather than engineering neural engineering neural solutions.
- See: Biomedical Engineering, Engineering Discipline, Neuroscience, Neurotechnology, Medical Device Engineering.