Preparing for the 2027 Brain Bee should not start with “How many pages of materials do I need to memorize?”, but rather with “How does the brain work?”.
Prologue
Every year during the Brain Bee registration season, many parents fall into a trap: thinking it is a competition about “memorizing neuroscience facts”.
If the goal is just to experience it, this understanding might be acceptable. But if you want to win awards in the 2027 Regional Competition, or even pave the way for the National and International Competitions, rote memorization is far from enough.
What Brain Bee truly tests is whether a student can organize neuroscience knowledge into a complete “network of understanding”—from understanding English terminology and identifying brain structure diagrams, to comprehending neural signal transmission, and finally linking diseases, behaviors, and brain region functions. If the direction is wrong, no amount of effort will pay off.
Contents
01 Brain Bee is Not a General Biology Competition, but an Introduction to Neuroscience
02 Why is Now the Best Time to Start Preparing for the 2027 Season?
03 Three Common Pitfalls to Avoid in Regional Competition Preparation
04 2027 Regional Competition Starter Book List: Read in Stages, Don’t Tackle Heavy Textbooks Right Away
05 How to Arrange Study Time? A Four-Phase Plan is Recommended
06 What Parents Should Focus on is Not How Many Books Their Child Has Read, but Whether They Have Built a “Neuroscience Language”
07 Final Words: For the 2027 Brain Bee, the Earlier You Start, the Less You Should Rely on Memorization
01 Brain Bee is Not a General Biology Competition, but an Introduction to Neuroscience
Unlike competitions such as USABO that cover the entire biology discipline, Brain Bee’s subject positioning is highly concentrated: it revolves around the brain, nervous system, cognition, behavior, diseases, and neuroscience research. Students are not taking a “broad and all-inclusive” biology class, but rather entering the introductory system of university neuroscience in advance.
This is also why it is particularly friendly to lower-grade students—many children have not systematically studied high school biology, but as long as they are interested in the brain, psychology, medicine, or artificial intelligence, they can start with Brain Bee to build their subject interest.
However, friendly does not mean easy. The difficulty of Brain Bee lies in: numerous concepts, dense English terminology, extensive image recognition, and many concepts that cannot be guessed through Chinese intuition.
For example:
hippocampus is highly related to learning and memory;
cerebellum is related to motor coordination and balance;
synapse is the key structure for transmitting information between neurons;
action potential is the basic mechanism of neural signal conduction;
neurotransmitter involves emotions, cognition, movement, and various disease mechanisms.
If students only memorize the Chinese definitions of these words, they will easily lose points when faced with English question stems. The truly effective way to learn is to understand vocabulary, structures, functions, and mechanisms together.
02 Why is Now the Best Time to Start Preparing for the 2027 Season?
Many parents are used to waiting until the official registration information is released before they start preparing. However, Brain Bee preparation is not suitable for last-minute cramming.
Unlike some test-drilling competitions, Brain Bee involves a large number of neuroscience concepts, and these concepts are closely linked. Through short-term intensive memorization, students might remember some terms, but it is hard for them to truly understand:
Why does myelin damage affect signal conduction?
Why does hippocampus damage affect memory?
Why does cerebellum damage lead to motor coordination problems?
Why is the dopamine system related to reward, movement, and Parkinson’s disease?
These questions cannot be solved by a single vocabulary word; they require building a systematic framework.
Starting to prepare for the 2027 season now has the biggest advantage not in “memorizing for a few more months”, but in being able to break down learning into three stages: first build interest, then build a knowledge framework, and finally do practice questions and sprint. This way, students will not suffer too much while studying, and it will be easier for them to truly enter the state of the discipline.
Especially for lower-grade students, if they can complete the basic introduction before the official registration season, when the 2027 season starts, they will not be starting from scratch, but entering systematic preparation with a framework.
03 Three Common Pitfalls to Avoid in Regional Competition Preparation
Pitfall 1: Treating Brain Bee as a vocabulary list to memorize
Many students will organize a large number of brain region names, disease names, and neurotransmitter names at the beginning. They memorize them hard, but still get questions wrong. The reason is simple: they only memorized the nouns without understanding the functions and mechanisms.
For example, they only know amygdala is the amygdala, but don’t know its relationship with emotions and fear responses; they only know dopamine is dopamine, but don’t know why it is related to both the reward system and Parkinson’s disease.
What Brain Bee really trains is not “being able to translate English into Chinese when seeing it”, but “when seeing a structure, knowing what it is responsible for; when seeing a disease, knowing which mechanism might have gone wrong”.
Pitfall 2: Only reading popular science materials without structured organization
Materials like Brain Facts are very suitable for introduction, but if students just read from beginning to end without forming connections between chapters, the knowledge will be very fragmented.
For example, the sensory system, motor system, learning and memory, and neurological diseases seem to be different chapters, but they are actually all related to neuron conduction, brain region functions, and neurotransmitters. Without structured organization, students will feel like they have to re-memorize every chapter, and the more they study, the more scattered it becomes.
The correct way is to connect the knowledge:
1. Neurons are responsible for transmitting information;
2. Synapses are responsible for information exchange between neurons;
3. Neurotransmitters affect signal transmission;
4. Different brain regions are responsible for different functions;
5. Some diseases are essentially problems with structures, neurotransmitters, or pathways.
This way, as students learn more, they won’t feel the content is increasing endlessly, but will see an increasingly clear network.
Pitfall 3: Ignoring English expression and image recognition
Brain Bee questions and materials heavily use English terminology. Students don’t necessarily need to write complex English papers, but they must be able to quickly identify core keywords and know whether the question is asking about structure, function, pathways, or disease mechanisms.
At the same time, image recognition is a part that many students tend to ignore. Brain region diagrams, neuron structure diagrams, spinal cord and brainstem schematics, sensorimotor pathway diagrams—if these are only memorized through text, it is hard to truly master them.
When preparing, students must not only read text materials but also study with images:
When seeing cerebral cortex, they should know the general functions of the cerebral cortex;
When seeing cerebellum, they should know it leans towards motor coordination rather than thinking;
When seeing spinal cord, they should know it is both an information transmission channel and related to reflexes;
When seeing neuron, they should be able to distinguish dendrite, axon, soma, and synapse.
These image questions are not necessarily difficult, but the prerequisite is that students have actually looked at, drawn, and explained diagrams in their usual study.
04 2027 Regional Competition Starter Book List: Read in Stages, Don’t Tackle Heavy Textbooks Right Away
If it is a student’s first time encountering Brain Bee, it is not recommended to read university textbooks right away. Neuroscience itself has a high degree of abstraction, and entering heavy textbooks too early can easily wear out their interest. A more reasonable approach is to use a three-layer book list to progress step by step.
Layer 1: Interest Introduction, suitable for students with zero foundation and lower grades
The goal of this layer is not to tackle difficult questions, but to first let students know what neuroscience is actually studying.
Recommended materials:
Brain Facts: A very important core material for Brain Bee introduction. The language is relatively friendly, covering basic concepts of the brain and nervous system. It is more suitable for the first round of learning than university textbooks.
Neuroscience: The Science of the Brain: Suitable for helping students build a more complete neuroscience concept framework, especially for students transitioning from popular science reading to systematic learning.
Neuroscience for Kids: Suitable for interest enlightenment for lower-grade students. The content is more intuitive and can easily spark students’ interest in topics like brain regions, senses, memory, and behavior.
At this stage, parents should not rush to ask their children “how many pages have you memorized” or “how many questions have you done”. They should instead see if their children can answer these questions:
What does neuroscience study?
What are the main structures of the brain?
How do neurons transmit information?
Why do different areas of the brain are responsible for different functions?
Why do nervous system diseases affect behavior?
If these questions can be explained clearly, it means the child has completed the first step.
Layer 2: Regional Competition Core, suitable for students in formal preparation
The goal of this layer is to thin out the materials and turn knowledge into structure.
It is recommended to take chapter notes around Brain Facts, organizing each chapter into: concepts, structures, functions, related diseases, and common question types.
For example, when learning about neurons, instead of just memorizing neuron, axon, and dendrite, students should organize:
What parts make up a neuron?
Where does information input and where does it output?
How is an action potential generated?
How do synapses transmit signals?
What is the role of myelin? What impact will it cause if damaged?
Another example is when learning about brain regions, instead of simply memorizing “cerebrum, cerebellum, brainstem”, they should know:
What higher-order functions is the cerebral cortex responsible for?
What is the relationship between the cerebellum and motor coordination?
Why is the brainstem related to basic life functions?
Why is the limbic system often associated with emotions and memory?
This layer also needs to supplement basic neuroanatomy diagrams, focusing on mastering: cerebral cortex, brainstem, cerebellum, limbic system, spinal cord, major sensory pathways, and major motor pathways. At the same time, combine regional competition sample questions or past papers to train multiple-choice, fill-in-the-blank, and basic explanation questions.
The core of this layer is not to read more books, but to thin out the books. After finishing each module, students should be able to explain it in their own words:
What is dopamine?
What is the cerebellum mainly responsible for?
What impact will myelin damage bring?
Why is the hippocampus related to memory?
Being able to explain it is true understanding.
Layer 3: High Score Expansion, suitable for students aiming for regional competition awards
This layer is not suitable for all students. If the foundation is not yet built, rushing to read university textbooks will often yield poor results. For the regional competition, heavy textbooks are not better to read earlier, but should be used as expansion materials after the basic framework is stable.
Recommended materials:
Bear’s “Neuroscience: Exploring the Brain”: Selectively read key chapters, such as neurons, sensory system, motor system, learning and memory, neurological diseases, etc. Do not try to read the whole book from the beginning.
Neuroscience topic articles on the BrainFacts website: Suitable for improving the sense of scientific research reading, helping students understand issues closer to real-world research and medical applications.
Clinical case materials: Suitable for understanding patient diagnosis questions and disease mechanisms, such as what symptoms appear after a certain brain region is damaged, or what disease a certain neurotransmitter abnormality might correspond to.
The focus of this layer is to enable students to have stronger explanatory abilities, rather than simply expanding reading volume. Students who truly aim for awards don’t just know the answers; they can also explain why.
05 How to Arrange Study Time? A Four-Phase Plan is Recommended
Since the 2027 annual activity information has not been officially released yet, the specific registration and examination times still need to be subject to subsequent official notices. However, for preparation, planning can be done in advance now. It is recommended to proceed in four phases.
Phase 1: Interest Enlightenment Period
Suitable for students with zero foundation. Use 3 to 4 weeks to complete interest introduction. The focus is not on drilling questions, but on building basic cognition. Students need to know:
What is Brain Bee;
What neuroscience studies;
What are the basic structures of the brain and nervous system;
How neurons transmit information;
What is the connection between common brain regions and behavior.
If students show obvious interest in this stage, the subsequent preparation will go much more smoothly.
Phase 2: Basic Framework Period
Use 4 to 6 weeks to finish reading core introductory materials and complete the glossary and chapter framework. It is recommended to divide the knowledge into five major modules:
1. Neurons and signal conduction;
2. Brain structures and functions;
3. Sensory and motor systems;
4. Cognition and behavior;
5. Nervous system diseases.
Organize at least one page of mind map for each module. This step is very crucial because Brain Bee content seems very scattered, but as long as it can be categorized into these five major modules, students can gradually build a complete framework.
Phase 3: Question Type Training Period
After students complete the basic framework, they enter question type training. Focus on training four types of questions:
1. English keyword recognition questions;
2. Brain structure image questions;
3. Neurological disease mechanism questions;
4. Easily confused concept discrimination questions.
For every wrong question, ask: Did I not memorize it well, or did I not understand the mechanism? If it’s not memorized well, go back to the glossary; if the mechanism is not understood, go back to the knowledge framework; if the question stem was misread, supplement English keywords; if image recognition was wrong, go back to atlas training. Wrong questions are not for accumulating quantity, but for locating problems.
Phase 4: Sprint and Expression Period
Enter the sprint 3 to 4 weeks before the regional competition. Do not expand new materials on a large scale at this stage, but focus on returning to: core materials, high-frequency images, easily confused concepts, mistake books, and mock questions. At the same time, train students to explain key concepts in their own words:
Why can action potentials propagate along the axon?
Why does synaptic transmission require neurotransmitters?
Why does hippocampus damage affect the formation of new memories?
Why is Parkinson’s disease related to the dopamine system?
If students can explain these questions clearly, it means they have not just “memorized” them, but truly understood them.
06 What Parents Should Focus on is Not How Many Books Their Child Has Read, but Whether They Have Built a “Neuroscience Language”
Many parents like to ask: How many books do I need to read to prepare for Brain Bee? Actually, there is no standard answer to this question. For lower-grade children, understanding one Brain Facts is more valuable than skimming three textbooks. For students aiming for high scores, simply memorizing the materials is not enough; they must also be able to explain mechanisms, identify structures, and understand diseases.
The preparation value of Brain Bee is not just about winning awards. Its more important significance is to let children enter the entrance of interdisciplinary fields such as medicine, psychology, neuroscience, and cognitive science in advance. If children want to pursue directions like biomedicine, psychology, cognitive science, artificial intelligence, or human-computer interaction in the future, Brain Bee is a very good starting point for subject exploration.
The regional competition is just the first step. What truly matters is whether the child has built a long-term interest in brain science in this process.
Key Takeaway
The value of preparation lies not in how many terms you have memorized, but in whether you have built a language to understand the brain.
07 Final Words: For the 2027 Brain Bee, the Earlier You Start, the Less You Should Rely on Memorization
The 2026 Brain Bee has ended, and the 2027 season is about to enter a new preparation cycle. For students who want to participate in the 2027 regional competition, now is not the time to be anxious about “when to register”, but to ask yourself first:
Do I truly understand what neuroscience is studying?
Can I connect brain regions, functions, and diseases?
Can I read basic English terminology?
Can I understand brain structure diagrams?
Can I explain a neural mechanism in my own words?
What truly sets students apart in Brain Bee has never been who memorizes faster, but who builds the neuroscience framework earlier. Therefore, for the 2027 Brain Bee regional competition preparation, do not start with “How many pages of materials do I need to memorize?”, but start with “How does the brain work?”. When the direction is right, preparation will become easier and easier.