How does your brain work?
A K–12 neuroscience enrichment platform with three tracks: Explorer K–5, Builder 6–8, and Scholar 9–12. Learn the science, review it actively, then practice with exams or teacher-led games.
Start here
The site is organized into three simple steps: learn, review, and practice.
Learn it, then lock it in
Short reading pages, one idea at a time, with a quick check after each one so what you read sticks. Go at your own pace.
Prepare without the clutter
Pick a topic, practice recall, then move to a practice exam. Review is for preparation, not more reading.
Choose lesson reviews
Review is tied to the lessons. Select the lesson topics you want to practice, then choose flashcards, Brain Match Lab, teach-back, or a practice exam.
Choose a review mode
Simple spaced review
5-question check
Right after a lesson, do one short recall round.
3-question recall
Review only what you missed or hesitated on.
Mixed practice
Use Brain Match Lab or Science Olympiad stations.
Cumulative exam
Take the leveled practice exam again.
Brain Match Lab
Use this before Kahoot. Match the brain words to their regions, then match each structure to what it does. Takes about 10 to 15 minutes. Nothing is saved, and it works great on a projector.
Meet the parts of your brain
Every part has its own job, and they all work together. Open a card, then answer its Quick check to master the topic.
Topics mastered: 0 of 10
Tap or hover a part of the brain to see what it does, then open its full lesson.
A midsagittal view: the brain split down the middle into left and right halves. The cream band is the corpus callosum, which joins the two halves. Hippocampus and basal ganglia sit deeper inside, in the cards below.
Builder note: the brain has three units: the forebrain (including the cerebrum), the midbrain, and the hindbrain. The cerebrum splits into two hemispheres joined by the corpus callosum. Because signals cross over, each hemisphere mostly controls the opposite side of the body. Its thin outer layer, the cortex, does most of the processing.
The lobes
The inner brain
How brain cells talk
Every thought, movement, and memory comes from signals passing through cells called neurons.
Follow the signal
It is received by the dendrites, passes through the cell body, and travels down the axon to the next cell.
Dendrites receive messages, the cell body keeps the neuron alive, and the axon carries the signal onward. To cross the gap to the next cell, called the synapse, the signal briefly becomes a chemical message.
Builder note: many axons are wrapped in a fatty myelin sheath that speeds signals up. At the synapse, vesicles release neurotransmitters that attach to receptors on the next cell.
Chemical messengers
Dopamine
Mood and complex movement. Loss leads to Parkinson's rigidity.
Serotonin
Helps bring on sleep and regulate temperature.
Acetylcholine
Drives muscle contraction and supports attention and memory.
Glutamate
The brain's main "go" signal, important for learning.
GABA
The main calming signal. Helps control muscle activity.
The brain is the original machine
Engineers borrow ideas from the brain to build smarter devices.
Robotics
Your brain commands muscles the way a controller commands motors.
Sensors
Eyes, ears, and skin are sensors that feed data to the brain.
Machine learning
Models find patterns. Some are called neural networks, after neurons.
Prosthetics
Devices can move when they read a muscle's signal.
3D models
Doctors and engineers model anatomy to plan and learn.
Intelligent systems
Sense, decide, act: the loop your brain runs every second.
Take care of your control center
Wear a helmet
Helmets cannot prevent every concussion, but they help lower the risk of serious head and brain injury.
Sleep well
Helps the brain store memories and learn.
Drink water
Keeps the nervous system running smoothly.
Move your body
More blood and oxygen, and a sharper cerebellum.
Keep learning
New learning builds stronger neuron connections.
Eat well
Gives neurons the fuel to send signals.
When the brain needs help
Conditions scientists and doctors study so they can help people.
Test your brain power
Practice on your own, or host a live game for the class. Earn energy points and badges as you go.
Each round is five questions pulled from a large bank. Finish a round, then keep going for new ones.
A live, Kahoot-style game. Pick the topics, get a join code, and students enter a name and the code to race the clock. No question writing needed.
Neuroanatomy practice
A focused prep area for Anatomy & Physiology-style nervous system review.
Build a practice set
Choose your options first. When you press start, the questions open on their own practice screen, one at a time, with instant feedback and a score at the end.
High-yield map
| Topic | What to know | Best practice style |
|---|---|---|
| Gross anatomy | Lobes, cerebellum, brainstem, diencephalon, corpus callosum, ventricles, cortex. | Diagram labeling and structure-function matching. |
| Cellular anatomy | Dendrites, soma, axon, myelin, nodes of Ranvier, synapse, glia. | Label the neuron and sequence signal flow. |
| Electrophysiology | Resting potential, threshold, action potential, Na⁺/K⁺ pump, myelin conduction. | Step ordering and short explanation. |
| Special senses | Vision and hearing pathways, optic nerve, auditory/vestibular function. | Pathway tracing and cranial nerve matching. |
| Pathologies | Stroke, concussion, epilepsy, Alzheimer’s, Parkinson’s, multiple sclerosis, hydrocephalus. | Clinical scenario → structure/function affected. |
Cranial nerves quick table
The first two cranial nerves connect with the cerebrum; cranial nerves III–XII emerge from the brainstem. Learn number, name, and one primary function first.
| # | Name | Main function to remember |
|---|---|---|
| I | Olfactory | Smell. |
| II | Optic | Vision. |
| III | Oculomotor | Most eye movement and pupil response. |
| IV | Trochlear | Eye movement. |
| V | Trigeminal | Face sensation and chewing. |
| VI | Abducens | Lateral eye movement. |
| VII | Facial | Facial expression, taste, glands. |
| VIII | Vestibulocochlear | Hearing and balance. |
| IX | Glossopharyngeal | Taste, throat, swallowing-related function. |
| X | Vagus | Heart, throat, digestive/autonomic functions. |
| XI | Accessory | Neck and shoulder muscles. |
| XII | Hypoglossal | Tongue movement. |
Station-style practice
Use these like a station event: read the prompt, answer quickly, then check yourself. Add a timer if practicing for competition.
Reference sheet planner
Front side
Labeled brain diagram, neuron diagram, action potential steps, and gross anatomy terms.
Back side
Cranial nerves table, disorders/symptoms, special senses pathways, and high-yield mnemonics.
Practice set
Answer one question at a time. Multiple-choice items are checked instantly; written items show an expected answer so you can self-score.
Brain Basics Jeopardy review
Instructor-controlled classroom review. Students must wait until the clue is read, buzz/raise a hand, and respond in the form of a question. Correct responses add points; incorrect responses subtract points.
Set up teams or students
Enter names separated by commas. Keep names to first names, initials, or team names.
Classroom rule: first correct response chooses the next clue. Daily Double allows a wager before the clue is answered. Final Jeopardy is teacher-scored.
Expected responses should begin with “What is…,” “Who is…,” or another question form.
Practice exams
Build a 20+ question exam from the lessons you choose. The exam opens one question at a time with a timer, progress bar, and Canvas-style navigation.
Brain Basics Lab
A founder-led neuroscience education initiative created by Mahmoud (Amir) Yusuf to improve early brain-science exposure, brain-health literacy, and STEM confidence through lessons, visuals, review tools, hands-on activities.
Snapshot
students reached
Explorer, Builder, and Scholar tracks
implementation settings documented
Medical mission
Brain Basics Lab translates neuroscience into accessible learning experiences that connect education, medicine, engineering, robotics, and community outreach.
Founder
Built by Mahmoud (Amir) Yusuf, a neuroscience student at Florida State University. Contact: may23@fsu.edu.
Connect on LinkedInImplementation sites
Fairview Middle School
Implemented in Dr. Aisha Morris’s Pre-IB/Biology classroom setting and used for neuroscience/STEM preparation.
Young Engineers Tallahassee
Used to connect neuroscience with engineering, robotics, sensors, and hands-on problem-solving.
Challenger Learning Center of Tallahassee
Used in a STEM outreach setting to connect brain science with space, engineering, technology, and STEM career exposure.
James S. Rickards High School
Used as an enrichment resource for neuroscience, biology, and STEM concepts.
Curriculum focus
Evidence and outcomes
Pre/post quiz pilot
Use one completed pilot to report average score improvement at the class level.
Private documentation
Maintain session logs, dates, grade levels, estimated counts, teacher confirmations, and photos of materials/setup without student faces unless permission is documented.
Teacher feedback
Collect 1–2 short teacher quotes and implementation forms after use.
Scientific / educational review
Add reviewer name, title, school/institution, and date once the content is reviewed.
A neuroscience enrichment resource for K–8
Brain Basics Lab is a free neuroscience enrichment resource for K–12 classrooms, STEM camps, after-school programs, and family learning. It is not a replacement for district curriculum; it is a supplemental pathway that helps students explore the brain, nervous system, health, medicine, and engineering through short lessons, visuals, review tools, practice exams, and hands-on activities.
For families
Students can use Brain Basics Lab at home without creating an account. The site does not ask for names, emails, grades, health information, or school login details. It is designed for curiosity, review, and family conversations about how the brain works.
Suggested program use
A flexible 45 to 60 minute block for after-school and camp settings:
15 minutes guided lesson
10 minutes brain map or helper questions
10 minutes review game or practice check
20 to 30 minutes hands-on activity or discussion
Works for STEM camps, science clubs, after-school programs, health science outreach, and early biomedical engineering exposure.
What it covers
A dedicated space to explore neuroscience through visuals, short lessons, review tools, practice exams, and hands-on activities. Topics include brain regions, neurons, sensory processing, movement, reflexes, memory, learning, brain health, neurologic disorders, neuroplasticity, and biomedical engineering. It is neuroscience enrichment: educational, not medical, and not a replacement curriculum.
Florida alignment
Florida does not offer neuroscience as a standalone K–8 subject. Neuroscience concepts instead appear inside broader science standards: the five senses, the brain and nervous system, body systems, reflexes, movement, and how the brain receives and processes information.
Brain Basics Lab builds on those foundations, giving students a focused place to explore brain science before they reach advanced biology, anatomy, physiology, or health science courses. It helps connect basic science to medicine, learning, health, engineering, and real-world problem-solving.
Learning pathways
A suggested progression so the resource works as a pathway, not just a page.
Brain basics
The brain as control center, the senses, movement, and safety.
Regions and signals
Brain regions, neurons, memory, reflexes, and brain health.
How the brain communicates
Neural signaling, neurotransmitters, disorders, and biomedical engineering, sensors, and AI.
Toward medicine
Neuroanatomy, clinical cases, prosthetics, hydrocephalus, and Parkinson’s disease.
Classroom-safe by design
No student data
No accounts, logins, names, emails, or health details are collected. The Quiz Arena uses a first name only, on the device, and nothing is stored or sent, which keeps it clear of FERPA and student-privacy concerns.
Accessible
Built toward WCAG practices: keyboard navigation, screen-reader labels, high-contrast text, large readable type, descriptive links, and reduced-motion support.
Easy to add to your LMS
It is a single, self-contained page. Share the link or file through a district-approved platform such as Google Classroom, Canvas, or Schoology. It runs on a projector, a shared computer, or student devices.
Enrichment, not a curriculum
Use it to introduce or extend a topic. Always follow your school and district policies, and keep it alongside approved science instruction.
Mastery-based and self-paced
Students master one topic at a time through short lessons, a Quick check, hints, and instant feedback, earning energy points and badges. The on-screen progress panel (points and topics mastered) gives you a quick, no-data formative check on a projector.
A quick way to use it
A 10 to 15 minute enrichment flow:
1. Open Lessons and read one short page together.
2. Use the embedded brain-region visuals when anatomy appears.
3. Have students complete the lesson’s Quick check and explain the idea in their own words.
4. Move to Review, Practice exams, or Science Olympiad prep depending on the group.
Teacher tools
Work together on a classroom plan
Looking for a personalized plan for your classroom, camp, or program? I can suggest a sequence of topics, pair each lesson with a hands-on activity, and match the reading level to your students. No student data is needed to start the conversation.
Where the science comes from
Brain Basics Lab is grounded in trusted public education materials. The goal is responsible science communication: accurate, age-appropriate, and clearly not medical advice.
Scientific sources
Brain Basics Lab uses public education materials from the National Institute of Neurological Disorders and Stroke as its core scientific foundation. NINDS explains the brain as the body’s control center, including the cerebrum, cerebellum, brainstem, lobes, cortex, neurons, synapses, neurotransmitters, and neurologic disorders. The neuron lessons are grounded in NINDS material explaining that neurons send and receive electrical and chemical signals, have three basic parts (the cell body, axon, and dendrites), and communicate across synapses using neurotransmitters.
NINDS: Know Your Brain
Core source for brain regions, the cortex, and how the parts work together.
Read Know Your Brain at NINDSNINDS: Life and Death of a Neuron
Source for how neurons are built and how they signal across synapses.
Read Life and Death of a Neuron at NINDSU.S. Department of Education: FERPA
Guides the student-privacy approach that keeps this resource low-risk for classrooms.
Visit the Student Privacy Policy OfficeJohns Hopkins Medicine
Reference for brain anatomy, the meninges, cerebrospinal fluid, hemispheres, and the lobes.
Read Brain Anatomy at Johns HopkinsParis Brain Institute
Reference for how neurons communicate and how the brain develops and stays plastic.
Read How the Brain Works at Paris Brain InstituteComing next
Planned additions include BrainFacts.org from the Society for Neuroscience, CDC guidance on concussion and helmet safety, and Florida science standards alignment.
Privacy and classroom safety
Brain Basics Lab is designed for low-risk classroom use. FERPA protects student privacy and personally identifiable information in education records, such as names, addresses, student numbers, and birth details. This resource avoids all of that by design.
No accounts or logins
Students do not sign in. There are no usernames or passwords.
No personal data
No names, emails, grades, health information, or permanent records are collected or stored.
Stays on the device
Quiz and lesson activity stays on the device and is meant for informal enrichment, not student recordkeeping.
Not medical advice
Content is educational only. It does not diagnose, treat, or replace guidance from a qualified professional.
Scientific foundation: NINDS Brain Basics public education resources. Student-privacy framing: U.S. Department of Education FERPA guidance. Last updated: June 2026. Educational use only, not medical advice.