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The Summer Camp That Rewrites What Comes Next

Twelve weeks of coding, robotics, and engineering – taking capable children from exposure to mastery. Every child starts with a Competence Assessment and leaves with a Readiness Profile. Competence, confidence, and readiness guaranteed. The investment in your child’s trajectory you’ve been searching for.
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What We Actually Build

Subjects are the vehicle Readiness is the destination

Every other camp teaches content. Big Brainbox uses content to build competency. Your child doesn’t leave knowing more math, they leave thinking differently. That’s the distinction. That’s the product. This is a commitment to your child’s success in life, not a passive summer activity. Every project is an initiative. Every session is a step along a meaningful career path. Every week builds the self-efficacy that turns capable children into next gen leaders with purpose in life.
Before your child attends a single session, we conduct a structured Competence Assessment to identify where they are today – their strengths, their gaps, and the trajectory that will challenge and grow them most. At the end of camp, every child receives a personalised Readiness Profile: a clear, evidence-based summary of the competencies built, the progress made, and the next steps on their career path. This is not a participation certificate. This is a map.
THE BIG BRAINBOX DOCTRINE
Competence тЖТ Confidence тЖТ Readiness тЖТ Purpose тЖТ Success
MATH COMPETENCY
Analytical Decision-Making
Not calculation drills. Pressure-tested reasoning that transfers to every domain that matters.
SCIENCE COMPETENCY
Systems Thinking & Hypothesis-Driven Reasoning
Not memorizing facts. Designing experiments, analyzing data, and defending conclusions.
CODING COMPETENCY
Algorithmic Thinking & Creative Problem-Solving
Not syntax. The mental model of breaking complex problems into executable logic.
ENGINEERING COMPETENCY
Trade-Off Reasoning & Design Iteration
Not building things. Learning that every solution has constraints – and how to navigate them.
AI TOOLS COMPETENCY
Creating New Value & Agency
Not consuming AI. Using it as a design partner to go from idea to working prototype.

Student Registration

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Half Day Workshop Series
3 Hours of Expert Instruction; 1 Session Every Day.
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Full Day Immersion Series
6+ Hours of Expert Instruction; 2 Sessions Every Day.
9 AM-12 PM
Morning Slot. Early check-in, late check-out are available.
1 PM-4 PM
Afternoon Slot. Early check-in, late check-out are available.
9 AM-4 PM
Full day immersion timeslot. Optionally, early check-in, late check-out are also...
Select Weeks
Best Overall Experience
Custom Dates
On-Demand Flexibility
Total

12-Week Schedule

Every week
Every competency

Select your child’s grade group to explore the full AM and PM schedule.

Grades 6тАУ8

Systems Operators

Ages 11тАУ14
Advanced modeling, design iteration, competency-forward challenges.

Week / Dates

Week 1

Students use geometry to design and buildтАФmeasuring, modeling, and creating artful and functional structures using angles, shapes, area, and volume.

Competency

Week 2

Students use block coding to design game mechanics, create playable levels, test for bugs, and iterate based on player feedback and performance goals.

Competency

Week 3

Students apply math to real decisions through financial simulations, strategy games, and logic puzzles that build reasoning, accuracy, and problem-solving speed.

Competency

Week 4

Students practice scientific thinking by asking testable questions, designing controlled investigations, and running chemistry experiments while recording and interpreting results.

Competency

Week 5

Students model motion and kinematics by collecting sensor data, graphing results, and using math to explain, predict, and optimize movement.

Competency

Week 6

Students use generative AI and chatbots as design partners to plan, build, and refine apps that solve everyday problems with thoughtful prompts and testing.

Competency

Week 7

Students combine robotics pieces, mechanisms, and maker tools to build prototypes, test performance, and redesign engineering solutions to real challenges.

Competency

Week 8

Students explore how organisms and environments connect by investigating ecosystems, building food-web and habitat models, and checking how system changes affect the whole.

Competency

Week 9

Students tackle civil engineering by constructing and testing bridges, designing water systems, and prototyping ways to capture and use energy.

Competency

Week 10

Students practice coding by creating and debugging programs in Minecraft Education Edition with block coding and beginner Python to automate tasks and complete missions.

Competency

Week 11

Students demonstrate electromagnetism concepts, identify how circuit components work, and build and troubleshoot circuits to improve their designs.

Competency

Week 12

Students investigate the human body, health, and food science through hands-on experiments that connect anatomy, nutrition, and everyday habits.

Competency

Week / Dates

Week 1

Robotics Engineering

Students use robotics parts, simple machines, and maker tools to prototype, test, and redesign solutions to hands-on engineering problems.

Competency

Engineering design

Week 2

Biology

Students investigate how living things interact in ecosystems by exploring real-world ecology, building food-web and habitat models, and testing how changes ripple through a system.

Competency

Systems modeling

Week 3

Civil Engineering

Students act as civil engineers by building and stress-testing bridges, designing water systems, and creating prototypes for capturing and using energy.

Competency

Engineering design

Week 4

Minecraft Coding

Students learn core coding concepts by building and debugging programs in Minecraft using block coding and introductory Python to automate actions and solve challenges.

Competency

Algorithmic thinking

Week 5

Electronics & Electrical

Students prove electromagnetism ideas through demonstrations, learn what key components do, and build working circuits they can troubleshoot and improve.

Competency

Experimental design

Week 6

Health & Food Science

Students explore anatomy, wellness, and food science by running interactive experiments and activities that connect body systems, nutrition, and everyday choices.

Competency

Curiosity & lifelong learning

Week 7

Practical Geometry

Students apply geometry creatively and practically by measuring and modeling designs, then building projects that use shapes, angles, area, and volume.

Competency

Hands-on making

Week 8

Game Design

Students learn game-making code with block programming by designing mechanics, building playable prototypes, playtesting, debugging, and iterating for better gameplay.

Competency

Creative thinking

Week 9

Applied Mathematics

Students use math in realistic scenarios through finance simulations, competitive math games, and logic puzzles that strengthen reasoning and problem-solving.

Competency

Trade-off reasoning

Week 10

Applied Chemistry

Students build scientific thinking by forming testable questions, planning controlled chemistry investigations, and analyzing results from hands-on experiments.

Competency

Experimental design

Week 11

Physics & Sensors

Students study motion by collecting sensor data, graphing and analyzing kinematics, and using math models to explain and predict movement.

Competency

Data analysis

Week 12

AI Tools & App Design

Students use chatbots and generative AI to brainstorm, plan, and prototype apps that address everyday needs, then refine ideas through testing and iteration.

Competency

Creating new value

Grades 3тАУ5

Applied Thinkers

Ages 8тАУ11
Deeper reasoning, structured experimentation, real-world application.

Week / Dates

Week 1

Students use block coding to design game mechanics, create playable levels, test for bugs, and iterate based on player feedback and performance goals.

Competency

Week 2

Students investigate how living things interact in ecosystems, building food-web and habitat models, and testing how changes ripple through a system.

Competency

Week 3

Students practice scientific thinking by asking testable questions, designing controlled investigations, and running chemistry experiments while recording and interpreting results.

Competency

Week 4

Students learn core coding concepts by building and debugging programs in Minecraft using block coding and introductory Python to automate actions and solve challenges.

Competency

Week 5

Students use generative AI and chatbots as design partners to plan, build, and refine apps that solve everyday problems with thoughtful prompts and testing.

Competency

Week 6

Students explore anatomy, wellness, and food science by running interactive experiments and activities that connect body systems, nutrition, and everyday choices.

Competency

Week 7

Students apply geometry creatively and practically by measuring and modeling designs, then building projects that use shapes, angles, area, and volume.

Competency

Week 8

Students combine robotics pieces, mechanisms, and maker tools to build prototypes, test performance, and redesign engineering solutions to real challenges.

Competency

Week 9

Students tackle civil engineering by constructing and testing bridges, designing water systems, and prototyping ways to capture and use energy.

Competency

Week 10

Students use math in realistic scenarios through finance simulations, competitive math games, and logic puzzles that strengthen reasoning and problem-solving.

Competency

Week 11

Students study motion by collecting sensor data, graphing and analyzing kinematics, and using math models to explain and predict movement.

Competency

Week 12

Students demonstrate electromagnetism concepts, identify how circuit components work, and build and troubleshoot circuits to improve their designs.

Competency

Week / Dates

Week 1

Practical Geometry

Students use geometry to design and buildтАФmeasuring, modeling, and creating artful and functional structures using angles, shapes, area, and volume.

Competency

Hands-on making

Week 2

Robotics Engineering

Students use robotics parts, simple machines, and maker tools to prototype, test, and redesign solutions to hands-on engineering problems.

Competency

Engineering design

Week 3

Civil Engineering

Students act as civil engineers by building and stress-testing bridges, designing water systems, and creating prototypes for capturing and using energy.

Competency

Engineering design

Week 4

Applied Mathematics

Students apply math to real decisions through financial simulations, strategy games, and logic puzzles that build reasoning, accuracy, and problem-solving speed.

Competency

Trade-off reasoning

Week 5

Physics & Sensors

Students model motion and kinematics by collecting sensor data, graphing results, and using math to explain, predict, and optimize movement.

Competency

Data analysis

Week 6

Electronics & Electrical

Students prove electromagnetism ideas through demonstrations, learn what key components do, and build working circuits they can troubleshoot and improve.

Competency

Experimental design

Week 7

Game Design

Students learn game-making code with block programming by designing mechanics, building playable prototypes, playtesting, debugging, and iterating for better gameplay.

Competency

Creative thinking

Week 8

Biology

Students explore how organisms and environments connect by investigating ecosystems, building food-web and habitat models, and checking how system changes affect the whole.

Competency

Systems modeling

Week 9

Applied Chemistry

Students build scientific thinking by forming testable questions, planning controlled chemistry investigations, and analyzing results from hands-on experiments.

Competency

Experimental design

Week 10

Minecraft Coding

Students practice coding by creating and debugging programs in Minecraft Education Edition with block coding and beginner Python to automate tasks and complete missions.

Competency

Algorithmic thinking

Week 11

AI Tools & App Design

Students use chatbots and generative AI to brainstorm, plan, and prototype apps that address everyday needs, then refine ideas through testing and iteration.

Competency

Creating new value

Week 12

Health & Food Science

Students investigate the human body, health, and food science through hands-on experiments that connect anatomy, nutrition, and everyday habits.

Competency

Curiosity & lifelong learning

Grades k-2

Discovery Builders

Ages 5тАУ8
Foundational curiosity, systems thinking, and making things work.

Week / Dates

Week 1

Students investigate how living things interact in ecosystems by exploring real-world ecology, building food-web and habitat models, and testing how changes ripple through a system.

Competency

Week 2

Students use robotics parts, simple machines, and maker tools to prototype, test, and redesign solutions to hands-on engineering problems.

Competency

Week 3

Students learn core coding concepts by building and debugging programs in Minecraft using block coding and introductory Python to automate actions and solve challenges.

Competency

Week 4

Students apply math to real decisions through financial simulations, strategy games, and logic puzzles that build reasoning, accuracy, and problem-solving speed.

Competency

Week 5

Students explore anatomy, wellness, and food science by running interactive experiments and activities that connect body systems, nutrition, and everyday choices.

Competency

Week 6

Students prove electromagnetism ideas through demonstrations, learn what key components do, and build working circuits they can troubleshoot and improve.

Competency

Week 7

Students learn game-making code with block programming by designing mechanics, building playable prototypes, playtesting, debugging, and iterating for better gameplay.

Competency

Week 8

Students apply geometry creatively and practically by measuring and modeling designs, then building projects that use shapes, angles, area, and volume.

Competency

Week 9

Students build scientific thinking by forming testable questions, planning controlled chemistry investigations, and analyzing results from hands-on experiments.

Competency

Week 10

Students tackle civil engineering by constructing and testing bridges, designing water systems, and prototyping ways to capture and use energy.

Competency

Week 11

Students use chatbots and generative AI to brainstorm, plan, and prototype apps that address everyday needs, then refine ideas through testing and iteration.

Competency

Week 12

Students study motion by collecting sensor data, graphing and analyzing kinematics, and using math models to explain and predict movement.

Competency

Week / Dates

Week 1

Game Design

Students use block coding to design game mechanics, create playable levels, test for bugs, and iterate based on player feedback and performance goals.

Competency

Creative thinking

Week 2

Practical Geometry

Students use geometry to design and buildтАФmeasuring, modeling, and creating artful and functional structures using angles, shapes, area, and volume.

Competency

Hands-on making

Week 3

Applied Chemistry

Students practice scientific thinking by asking testable questions, designing controlled investigations, and running chemistry experiments while recording and interpreting results.

Competency

Experimental design

Week 4

Civil Engineering

Students act as civil engineers by building and stress-testing bridges, designing water systems, and creating prototypes for capturing and using energy.

Competency

Engineering design

Week 5

AI Tools & App Design

Students use generative AI and chatbots as design partners to plan, build, and refine apps that solve everyday problems with thoughtful prompts and testing.

Competency

Creating new value

Week 6

Physics & Sensors

Students model motion and kinematics by collecting sensor data, graphing results, and using math to explain, predict, and optimize movement.

Competency

Data analysis

Week 7

Biology

Students explore how organisms and environments connect by investigating ecosystems, building food-web and habitat models, and checking how system changes affect the whole.

Competency

Systems modeling

Week 8

Robotics Engineering

Students combine robotics pieces, mechanisms, and maker tools to build prototypes, test performance, and redesign engineering solutions to real challenges.

Competency

Engineering design

Week 9

Minecraft Coding

Students practice coding by creating and debugging programs in Minecraft Education Edition with block coding and beginner Python to automate tasks and complete missions.

Competency

Algorithmic thinking

Week 10

Applied Mathematics

Students use math in realistic scenarios through finance simulations, competitive math games, and logic puzzles that strengthen reasoning and problem-solving.

Competency

Trade-off reasoning

Week 11

Health & Food Science

Students investigate the human body, health, and food science through hands-on experiments that connect anatomy, nutrition, and everyday habits.

Competency

Curiosity & lifelong learning

Week 12

Electronics & Electrical

Students demonstrate electromagnetism concepts, identify how circuit components work, and build and troubleshoot circuits to improve their designs.

Competency

Experimental design

Affordable Excellence for Every Family
Summer Series Investment Guide

Big Brainbox delivers award-winning summer STEM education at a price that reflects quality and value.

HALF-DAY

The Workshop Series

Starting at
$345 / week

Choice of 9 AMтАУ12 PM or 1тАУ4 PM ┬╖ MonтАУFri

MOST POPULAR

FULL-DAY

The Immersion Series

Starting at
$545 / week

Save $145 vs. two half-day sessions

9 AMтАУ4 PM ┬╖ MonтАУFri ┬╖ Extended care available

SINGLE DAY

The Custom Session

Starting at
$85 / session

Choice of Half Day or Full Day ┬╖ MonтАУFri

If you are looking for Custom Pricing or Small Group Pricing ? Contact Us

Our Innovation Cohorts

Applied learning projects matched to each child’s curiosity, confidence, and ability – so they’re always challenged, never overwhelmed. Every cohort is grouped by age and level, building self-efficacy, resilience, and adaptability. Every placement starts with a Competence Assessment and ends with a personalized Readiness Profile.
Early Explorers cohort kids learning at Big Brainbox Summer Camp Grades KтАУ2

Early Explorers

Grades KтАУ2

Play-based discovery builds curiosity & lifelong learning, confidence, and foundational thinking skills. Every initiative begins here. Competence Assessment and Readiness Profile included.
Developing Innovators Summer Camp students working on applied STEM projects Grades 3тАУ5

Developing Innovators

Grades 3тАУ5

Students develop collaboration, problem-solving skills, and responsible action by tackling real-world challenges and project-based learning. Competence Assessment and Readiness Profile included.
Future Engineers Summer Camp advanced learners tackling engineering design Grades 6тАУ8

Future Engineers

Grades 6тАУ8

Advanced learners develop engineering design, agency & reflection, and leadership, building the career path readiness that defines world-class thinkers. Competence Assessment and Readiness Profile included.

From Understanding to Building - Every Day

Great learning happens when students don’t just understand ideas, they apply them. Each day moves from concept to creation, building self-efficacy through hands-on making at every step. The Competence Assessment calibrates each child’s experience from day one. The Readiness Profile captures exactly what they built.

Discovery Lab

Students explore scientific concepts and mathematical thinking to understand the тАЬwhyтАЭ behind ideas.

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Applied Daily
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Maker Sessions

Students apply their knowledge through building, designing, and solving real-world engineering problems.

Dynamic Schedule: Sessions rotate between morning and afternoon throughout the week. This ensures every student experiences the full range of Science, Math, Technology, and Engineering, regardless of attendance type, and builds a complete trajectory of applied skills.

Program Structure & Learning Outcomes

Full-Week Enrollment (Recommended): The program is designed as a cumulative learning experience where each day builds on the previous one. Students move through a complete тАЬDiscovery-to-BuildтАЭ cycle, allowing them to develop deeper understanding and complete more advanced projects.
Partial-Week Participation: Shorter sessions provide flexibility and allow students to participate in individual projects. However, they represent a modular experience rather than the full structured curriculum, and students may not experience the complete learning progression.

Big Brainbox for an Exclusive Summer Projects Applied Learning Experience

At Big Brainbox, we go beyond traditional summer camps. Our Summer Break Applied Learning Camp prevents learning loss, builds academic confidence, and develops future-ready skills through our proven Fusion Learning Model – turning capable children into next gen leaders with purpose and direction.

Every child starts with a Competence Assessment and leaves with a personalized Readiness Profile – evidence-based, NGSS & CSTA aligned, and informed by OECD and WEF frameworks. Nationally accredited and a Best in Applied Education Award winner.

Not passive summer activities. Structured excellence that changes what your child believes is possible.

The Foundation of Every Big Brainbox Program

Our programs are built on three powerful pillars that help students grow intellectually, emotionally, and creatively.

Applied Learning

Students engage in hands-on, project-based learning with multi-sensory experiences that make concepts easier to understand and remember.

Integrated Skills

Students apply math, science, and logic to real-world areas like coding and robotics-while building leadership and thinking skills.

Unlocking Strengths

We identify individual strengths and help students turn them into real-world skills and confident capabilities.
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Recognized Globally for Excellence

Award-Winning Education You Can Trust

Innovative educational qualification badge for life-changing learning programs.
Center For

Applied Education

compliance
NGSS & CSTA

Standards Aligned

Organization badge for Big Brainbox accredited educational programs, featuring blockchain and secure certification elements.

STEM.org

National Accrediation

Best in STEM

Best In STEM

Award Winner

Ready to Invest In Summer Competencies ?

Every program is built on project-based learning, small group engagement, and structured skill progression - aligned to NGSS, CSTA, OECD, and WEF frameworks - so your child stays ahead academically while building the career path readiness, resilience & adaptability, and self-efficacy that define success in life. Every child receives a Competence Assessment at the start and a Readiness Profile at the end - so you see exactly what your investment built.

Tailored Learning by Age Group

Our Summer STEM Camp is designed to meet students exactly where they are. Each age group receives the right balance of challenge, creativity, and hands-on learning to build real skills and real confidence.
Little Innovators Grades KтАУ2 Summer Camp hands-on building and creative coding activities

Grades KтАУ2: Little Innovators

Young learners grow through play, creativity, and guided hands-on making. Competence Assessment ensures the right fit from day one. Readiness Profile captures their foundational growth.
Building & Construction

Early hands-on making and problem-solving skills.

Creative Coding

Algorithmic thinking and basic logic through visual coding.

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Science Discovery

Fun experiments that ignite curiosity & lifelong learning.

STEM Games

Interactive games that build focus and teamwork.

Grades 3тАУ5: Building Strong Foundations

Students tackle structured projects that build creative thinking, systems modeling, and experimental design. Competence Assessment identifies where each child can grow most. Readiness Profile documents competencies mastered and the ones ahead.
Coding & Programming

Learn Scratch, beginner Python, and game basics.

Robotics

Build and program robots to solve challenges.

Engineering Design

Design, test, and improve creative solutions.

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Applied Sciences

Hands-on experiments in chemistry and physics.

Grades 3тАУ5 Summer Camp students building strong STEM foundations through structured projects
Grades 6тАУ8 Advanced STEM Skills

Grades 6тАУ8: Advanced STEM Skills

Older students take on challenges that build leadership, resilience & adaptability, and technical confidence. Competence Assessment calibrates challenge level precisely. Readiness Profile documents career path competencies built across the summer.
Advanced Coding

Develop apps and projects using real programming languages.

Advanced Robotics

Create complex robots using sensors and automation.

Engineering Challenges

Solve real-world problems through testing and design.

Research Projects

Complete guided projects that prepare students for future STEM success.

Recognised for Excellence - And Every Result Is Measured to Prove It

Big Brainbox is a nationally recognised leader in applied learning. Every child is assessed at entry and leaves with a personalised Readiness Profile – measurable, documented growth mapped to NGSS, CSTA, OECD, and WEF standards. No guesswork. No generic certificates.
Families searching for:
Choose Big Brainbox for a summer with a start point, an end point, and a clear record of everything built in between.

Camp Details

Built for your child's summer Investment

Half-day and full-day options with the flexibility real families need.

Dates

May 25 тАУ Aug 14

12 consecutive weeks ┬╖ Frisco, TX

Grade Groups

KтАУ2 ┬╖ 3тАУ5 ┬╖ 6тАУ8

Ages 5тАУ8 ┬╖ Ages 8тАУ11 ┬╖ Ages 11тАУ14

Curriculum

12 Competencies

Weekly new competency aligned with NGSS, CSTA, OECD.

Sibling Discount

10% Off

Applied automatically for families enrolling more than one child

9:00 AM тАУ 12:00 PM

Half-Day ┬╖ Morning ┬╖ Skills Workshop Series

1:00 PM тАУ 4:00 PM

Half-Day ┬╖ Afternoon ┬╖ Skills Workshop Series
The Neuro Academy

Neurodiversity is a design feature Not a deficit

Big Brainbox’s Neuro Academy is built specifically for students with ADHD, ASD, dyslexia, and twice-exceptional profiles. Every camp session is designed to meet neurodivergent learners where they are – and take them further than standard programs allow.

Testimonials and Social Proof

See why families trust Big Brainbox for their childтАЩs STEM summer camp experience.

Intricate purple brain illustration symbolizing neuroscience and cognitive technology.

Everything You Need to Know Before You Register

Everything you need to know about our Summer Break STEM Camp

What is a summer camp?

A summer camp is a structured programme where children explore science, coding, engineering, mathematics, and technology through hands-on projects during school holidays. At Big Brainbox, every session builds a measurable competency – from algorithmic thinking to systems modeling – that transfers into the classroom and onto a meaningful career path. Every child receives a Competence Assessment at the start and a Readiness Profile at the end.

Big Brainbox summer camp starts at $345/week for the Half-Day Workshop Series and $545/week for the Full-Day Immersion Series. Extended care is available. A 10% sibling discount applies automatically at checkout. Every enrolment includes a Competence Assessment and Readiness Profile at no additional cost.
Our summer camp serves students in grades KтАУ8 (ages 5тАУ14), across three cohorts: Discovery Builders (KтАУ2), Applied Thinkers (3тАУ5), and Systems Operators (6тАУ8). Each group follows its own curriculum track. Cohort placement is guided by each child’s Competence Assessment.
Each week, students explore a different applied learning discipline – coding, robotics, applied science, engineering, mathematics, or AI tools – through a Discovery Lab and a Maker Session. Every day moves from concept to creation. Progress across all 12 competencies is documented in each child’s Readiness Profile.
Families consistently report measurable improvements in academic confidence, self-efficacy, and school-year readiness. The Competence Assessment ensures every child starts on the right trajectory. The Readiness Profile gives every family a clear, evidence-based record of what was built and what comes next.
The Competence Assessment is a structured evaluation completed before your child’s first session. It identifies their current strengths, thinking styles, and learning gaps across our key competencies – ensuring the right cohort placement and establishing the baseline against which their Readiness Profile is measured.
The Readiness Profile is a personalised document delivered to every family at programme completion. It records each competency built, the measurable progress made from the Competence Assessment baseline, and clear recommended next steps on your child’s career path. This is not a participation certificate – it is a structured map of where your child is and what they’re ready for next.
Yes. Big Brainbox’s Neuro Academy is built for neurodivergent learners – ADHD, ASD, dyslexia, and twice-exceptional profiles. Sessions are structured, sensory-considerate, and delivered in small groups with executive function support. A Competence Assessment and Readiness Profile are included for every Neuro Academy student.
Yes. The Half-Day Workshop Series runs 9 AMтАУ12 PM or 1тАУ4 PM, Monday through Friday, starting at $345/week. Early check-in from 8:30 AM and late check-out to 6:00 PM are available. Each session targets one applied learning competency. Competence Assessment and Readiness Profile are included.
Absolutely. Enrolment is flexible – book any single week or any combination from the 12-week schedule (May 25 тАУ August 14). Each week is a self-contained Discovery-to-Build cycle. Students return home with a real project, a real skill, and a Readiness Profile regardless of how many weeks they attend.
We cap enrolment at a maximum of 6 students per instructor. This ensures every child receives genuine individual attention, meaningful feedback, and the self-efficacy that comes from being truly seen and supported. It also ensures Competence Assessment observations and Readiness Profile documentation are accurate and personal.
Most summer camps are activity-based. Big Brainbox is competency-based and career-path informed. Every child begins with a Competence Assessment and leaves with a Readiness Profile. Every week builds one measurable skill aligned with NGSS, CSTA, OECD, and WEF standards. Students leave measurably more capable, more confident, and further along their trajectory. That’s the distinction.
The Progress Doesn't Stop in Summer

Summer is the beginning
not the complete experience

The competency your child builds across 12 weeks doesn’t expire when the school year starts. Every child begins with a Competence Assessment and leaves with a Readiness Profile – built to travel with them into our year-round pathways, into school, and beyond. Next-gen leaders are built over time, not in a single summer.
Pathway 01
The Advanced Afterschool
1For capable, under-challenged students ready to operate beyond grade-level curriculum all year round. Competency-mapped, leadership-focused, and built for the career path ahead. Your child’s Readiness Profile from Summer Camp informs their Afterschool placement from day one.
Pathway 02
The Neuro Academy
For neurodivergent learners – ADHD, ASD, dyslexia, twice-exceptional. Resilience & adaptability and self-efficacy are design principles here, not afterthoughts. Neurodiversity is a feature. Your child’s Readiness Profile ensures a seamless transition into continued, calibrated support.
Pathway 03
The Honors Homeschool
For families seeking rigorous, credentialed full-school alternatives – a world-class trajectory built around your child’s purpose. Cognia accreditation in progress. Your child’s Readiness Profile provides the foundation for a personalised Honors Homeschool plan.

Let us know your request