Set up the project structure

1 - Neuroscience/1.1 - Introduction to Neuroscience/README.md

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+# Introduction to Neuroscience

1 - Neuroscience/1.2 - Clinical Neurotechnologies: Brain/README.md

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+# Clinical Neurotechnologies: Brain

1 - Neuroscience/1.3 - Clinical Neurotechnologies: Spinal Cord/README.md

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+# Clinical Neurotechnologies: Spinal Cord

1 - Neuroscience/1.4 - Invasive Brain Machine Interfaces/README.md

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+# Invasive Brain Machine Interfaces

1 - Neuroscience/1.5 - Neuroimaging of the Human Nervous System/README.md

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+# Neuroimaging of the Human Nervous System

1 - Neuroscience/1.6 - Stem Cells and Regenerative Medicine/README.md

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+# Stem Cells and Regenerative Medicine

1 - Neuroscience/1.7 - Non-invasive Neuromodulation/README.md

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+# Non-invasive Neuromodulation

1 - Neuroscience/README.md

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+# Neuroscience
+
+Welcome to the **Neuroscience** section of the Neurotech Education Project. In this section, you will learn about the structure and function of the nervous system, various clinical neurotechnologies, and how cutting-edge techniques like brain-machine interfaces and neuroimaging are advancing the field.
+
+### Lessons:
+- [1.1 - Introduction to Neuroscience](./Introduction%20to%20Neuroscience)
+- [1.2 - Clinical Neurotechnologies: Brain](./Clinical%20Neurotechnologies%20Brain)
+- [1.3 - Clinical Neurotechnologies: Spinal Cord](./Clinical%20Neurotechnologies%20Spinal%20Cord)
+- [1.4 - Invasive Brain Machine Interfaces](./Invasive%20Brain%20Machine%20Interfaces)
+- [1.5 - Neuroimaging of the Human Nervous System](./Neuroimaging%20of%20the%20Human%20Nervous%20System)
+- [1.6 - Stem Cells and Regenerative Medicine](./Stem%20Cells%20and%20Regenerative%20Medicine)
+- [1.7 - Non-invasive Neuromodulation](./Non-invasive%20Neuromodulation)

2 - Artificial Intelligence/2.1 - Introduction to Artificial Intelligence/README.md

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+# Introduction to Artificial Intelligence

2 - Artificial Intelligence/2.2 - Machine Learning/README.md

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+# Machine Learning

2 - Artificial Intelligence/2.3 - Neural Networks/README.md

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+# Neural Networks

2 - Artificial Intelligence/2.4 - Supervised Learning/README.md

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+# Supervised Learning

2 - Artificial Intelligence/2.5 - Unsupervised Learning/README.md

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+# Unsupervised Learning

2 - Artificial Intelligence/2.6 - Reinforcement Learning/README.md

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+# Reinforcement Learning

2 - Artificial Intelligence/2.7 - Deep Learning/README.md

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+# Deep Learning

2 - Artificial Intelligence/2.8 - Training Neural Networks/README.md

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+# Training Neural Networks

2 - Artificial Intelligence/2.9 - Applications of AI in Neuroscience/README.md

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+# Applications of AI in Neuroscience

2 - Artificial Intelligence/README.md

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+# Artificial Intelligence
+
+This section focuses on **Artificial Intelligence** and its key components such as Machine Learning, Neural Networks, and Deep Learning. You will explore how AI works, how it's trained, and how it can be applied to neuroscience.
+
+### Lessons:
+- [2.1 - Introduction to Artificial Intelligence](./Introduction%20to%20Artificial%20Intelligence)
+- [2.2 - Machine Learning](./Machine%20Learning)
+- [2.3 - Neural Networks](./Neural%20Networks)
+- [2.4 - Supervised Learning](./Supervised%20Learning)
+- [2.5 - Unsupervised Learning](./Unsupervised%20Learning)
+- [2.6 - Reinforcement Learning](./Reinforcement%20Learning)
+- [2.7 - Deep Learning](./Deep%20Learning)
+- [2.8 - Training Neural Networks](./Training%20Neural%20Networks)
+- [2.9 - Applications of AI in Neuroscience](./Applications%20of%20AI%20in%20Neuroscience)

3 - Ethical Considerations/README.md

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+# Ethical Considerations

README.md

@@ -6,26 +6,28 @@ Welcome to the **Neurotech Education Project**! This repository is an open-sourc
 
 Use the links below to navigate through the lessons and sections of this repository:
 
-- [**Neuroscience**]()
-  - [**Introduction to Neuroscience**]()
-  - [**Clinical Neurotechnologies: Brain**]()
-  - [**Clinical Neurotechnologies: Spinal Cord**]()
-  - [**Invasive Brain Machine Interfaces**]()
-  - [**Neuroimaging of the human nervous system**]()
-  - [**Stem Cells and Regenerative Medicine**]()
-  - [**Non-invasive Neuromodulation**]()
-
-- [**Artificial Intelligence**]()
-  - [**Introduction to Artificial Intelligence**]()
-  - [**Supervised Learning**]()
-  - [**Unsupervised Learning**]()
-  - [**Reinforcement Learning**]()
-  - [**Deep Learning**]()
-  - [**Training Neural Networks**]()
-
-- [**Applications of AI in Neuroscience**]()
-- [**Real-World Example**]()
-- [**Ethical Considerations**]()
+- [**1 - Neuroscience**]()
+  - [**1.1 - Introduction to Neuroscience**]()
+  - [**1.2 - Clinical Neurotechnologies: Brain**]()
+  - [**1.3 - Clinical Neurotechnologies: Spinal Cord**]()
+  - [**1.4 - Invasive Brain Machine Interfaces**]()
+  - [**1.5 - Neuroimaging of the Human Nervous System**]()
+  - [**1.6 - Stem Cells and Regenerative Medicine**]()
+  - [**1.7 - Non-invasive Neuromodulation**]()
+
+- [**2 - Artificial Intelligence**]()
+  - [**2.1 - Introduction to Artificial Intelligence**]()
+  - [**2.2 - Machine Learning**]()
+  - [**2.3 - Neural Networks**]()
+  - [**2.4 - Supervised Learning**]()
+  - [**2.5 - Unsupervised Learning**]()
+  - [**2.6 - Reinforcement Learning**]()
+  - [**2.7 - Deep Learning**]()
+  - [**2.8 - Training Neural Networks**]()
+  - [**2.9 - Applications of AI in Neuroscience**]()
+
+- [**3 - Ethical Considerations**]()
+- [**4 - Real-World Example**]()
 
 # ✨ Who We Are