Course11710814856 lectures
Neural Science for Engineers
Prof. Vikas V · IISc & Nimhans
Lectures
Week 1 Course Introduction
- Lec 01 Course Outline and Scope
- Lec 02 Biological Information Systems
- Lec 03 Analogy between Living Systems with Semiconductor Structures
- Lec 04 Action Potential -I
- Lec 05 Action Potential - II
Week 2 Basics of Neuronal potential generation
- Lec 06 Synaptic Potential
- Lec 07 Threshold and Action Potential Propogation
- Lec 08 Anatomy of a Neuron
- Lec 09 Neuro Muscular Junction
- Lec 11 Spatial and Temporal Summation of neuronal electrical activities
- Lec 16 Brain Anatomy Introduction
Week 3 Nervous System Architecture and relevant processing of electrical potentials
- Mod 03 Lec 12 Architecture of the Nervous System
- Mod 03 Lec 13 Architecture of the Nervous System Contd.
- Mod 03 Lec 14 Analog and Digital Processing in the Neuron - I
- Mod 03 Lec 15 Analog and Digital Processing in the Neuron - II
Week 4 Brain Anatomy
- Mod 04 Lec 16 Energy Sources of Neuronal Systems
- Mod 04 Lec 17 Skull Demonstration
- Mod 04 Lec 18 Brain Anatomy: Skull
- Mod 04 Lec 19 Brain Anatomty 3D - I
- Mod 04 Lec 20 Brain Anatomty 3D - II
- Brain Anatomty 3D - III
Week 5 Brain Imaging Techniques and MRI
- Basics of Brain Imaging Techniques
- Mod 5 Lec 23 Brain anatomy using MR images - I
- Mod 5 Lec 24 Brain anatomy using MR images - II
- Mod 5 Lec 25 Spinal Cord Anatomy
Week 6 Reflexes and Brain Stimulation
- Mod 6 Lec 26 Reflexes: Introduction
- Mod 6 Lec 27 Monosynaptic Reflexes
- Mod 6 Lec 28 Polysynaptic Reflexes
- Mod 6 Lec 29 Criteria for electrode material
- Mod 6 Lec 30 Introduction to brain stimulation
Week 7 Brain Regions and functions
- Mod 7 Lec 31 Brain Stimulation: Device fabrication - Illustration
- Mod 7 Lec 32 Brain Stimulation: Electronic Systems (Current Mirrors)
- Mod 7 Lec 33 Brain regions and associated functions
- Mod 7 Lec 34 Human vision system - II
Week 8 Human vision and processing and COMSOL Multiphysics
- Mod 8 Lec 35 Network analysis during visual processing
- Mod 8 Lec 36 Control of eye movements
- Mod 8 Lec 37 COMSOL Multiphysics for Medical Devices
- Mod 8 Lec 38 COMSOL Brain Electrical Stimulation Demo
Week 9 Human auditory and balance system
- Mod 9 Lec 39 Human vision system - III
- Mod 9 Lec 40 Human auditory system - I
- Mod 9 Lec 41 Human auditory system - II
- Mod 9 Lec 42 Human auditory system - III
- Mod 9 Lec 43 The human balance system
Week 10 Movement control and dynamics
- Mod10Lec44 Movement Introduction
- Mod10Lec45 Movement: Synchronization
- Mod10Lec46 Movement: Role of Spinall Cord
Week 11 Memory and Learning
- Mod11Lec47 Movement: Role of Cerebellum
- Mod11Lec48 Memory and Learning - I
- Mod11Lec49 Memory and Learning - II
Week 12 Recent Trends in Neural Engineering
- Lec 50 Microengineering devices for Neural Signal Acquisiton
- Lec 51 Microfabrication Process for Multi Electrode Array
- Lec 52 Introduction and Applications of Event Related Potentials
- Lec 53 ERP Extraction Demonstration
Live Session
Syllabus and materials
At NPTEL, as the course publishes them.
Credits and licence
- Institution
- IISc & Nimhans
- Department
- Electronics & Communication Engineering
- Teacher
- Prof. Vikas V
- Level
- Undergraduate
- Language
- English
- Subjects
- Engineering, Society and politics
- Source
- NPTEL
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only. NPTEL's terms
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge. Coordinated by IISc Bangalore.
- Who can watch
- NPTEL gives no rating. Invisible Network shows it to Teens profiles and older, judged from what the source says about it. How courses are placed
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