Course Overview
How Your Brain Changes: Neuroplasticity 101 is your guided tour through the living tissue inside your skull. In fifteen concise lessons you will meet the microscopic machinery - neurons, synapses, and growth factors - that quietly remodels itself every time you pay attention, repeat a skill, or get a good night’s sleep.
By the end of the course you will understand Long-Term Potentiation, Long-Term Depression, and adult neurogenesis in plain language, see how MRI studies capture these changes, and finish with a personal action plan for using your own attention, repetition, and sleep habits as levers for self-directed brain change.
What You’ll Master
- ✓Define neuroplasticity and dispel popular myths with clarity and confidence.
- ✓Explain how synapses strengthen through LTP and weaken through LTD.
- ✓Describe Hebb’s Law and how "neurons that fire together wire together."
- ✓Recognize where and how new neurons are born in the adult brain.
- ✓Understand why attention is a gatekeeper that decides which experiences get encoded.
- ✓Use repetition strategies that deepen neural "riverbeds" without burnout.
- ✓Appreciate sleep as the offline period when the brain consolidates and prunes new wiring.
- ✓Create a daily practice that leverages stress regulation, targeted attention, and restorative sleep for ongoing self-directed change.
Who This Course Is For
This foundational track is perfect for coaches, educators, clinicians, and curious lifelong learners who want to understand the science of brain change well enough to explain it to others and apply it to their own habits, learning projects, or client conversations.
Research & Evidence Foundation
The course integrates findings from longitudinal MRI studies, rodent learning paradigms, and human sleep-lab experiments to show how experience becomes structure. You will learn why the hippocampus enlarges with spatial training, how the amygdala calibrates emotional memory, and how the prefrontal cortex orchestrates goal-directed plasticity.
All content is grounded in peer-reviewed neuroscience and presented at an introductory level - no prior biology required. We translate cellular jargon into memorable metaphors while staying faithful to the underlying evidence.
Evidence-Based Approach
This course draws on peer-reviewed research in neuroscience, psychology, and clinical practice. It follows the Neuroscience Education framework and is designed to deliver accurate, clinically responsible education.
Course Lessons (15 total)
Course preview available now. Full curriculum accessible after registration on the platform.
Module 1: What Neuroplasticity Actually Is (and Isn't)
Module 2: Neurogenesis
Lesson 5: Neurogenesis: Growing New Brain Cells in Adulthood
Lesson 6: Critical Periods vs. Lifelong Plasticity
Lesson 7: Attention as the Gatekeeper of Change
Lesson 8: Repetition and the Neural Riverbed
Module 3: Sleep
Lesson 9: Sleep: When Rewiring Consolidates
Lesson 10: Stress and Cortisol: Plasticity's Double Edge
Lesson 11: The Brain Regions of Change: Hippocampus, Amygdala, PFC
Lesson 12: Measuring Brain Change: What the MRI Studies Show
Module 4: Self-Directed Neuroplasticity
Lesson 13: Self-Directed Neuroplasticity: You as the Architect
Lesson 14: Building Your First Rewiring Practice
Lesson 15: Your Neuroplasticity 101 Action Plan
