See the whole. Ask better questions. Design better futures.
Cybee Learning helps children understand relationships, recognise patterns, explore different perspectives and design responsible improvements in an increasingly complex and AI-enabled world.
Built on established systems-thinking methodologies and translated into age-appropriate learning experiences for children.
Children have more answers than ever. But do they know how to think about the whole problem?
Children are growing up with unprecedented access to information and artificial intelligence. They can obtain answers within seconds — but fast answers do not automatically produce good judgment.
Many children are still not systematically taught how to:
- Distinguish symptoms from causes
- Recognise patterns over time
- Understand feedback and unintended consequences
- Explore different perspectives
- Question assumptions
- Identify who is missing from a decision
- Test whether a solution improves the whole system
A way of understanding how the parts, people and patterns fit together
Whole & Parts
What makes up the system, and what emerges when the parts interact?
Relationships
How does one part affect another?
Perspectives
Who sees the situation differently, and why?
Boundaries
What have we included, excluded or overlooked?
We do not teach children what to think
We teach them how to frame problems, ask better questions, test explanations, consider multiple perspectives and design responsible improvements.
Read our philosophyUnderstand before solving
Do not rush from a symptom to a solution.
Think beyond one cause
Complex problems usually arise from interacting factors.
Improve responsibly
Every intervention can create consequences elsewhere or later.
One repeatable thinking routine for many different problems
Systems-8 translates advanced systems-thinking ideas into an accessible question framework that children can practise repeatedly across family, school, community, technology and sustainability situations.
Situation
What is happening?
Purpose
What is the system supposed to achieve?
People
Who is involved or affected?
Parts
What makes up the whole?
Patterns
What keeps happening over time?
Connections
How do the parts influence one another?
Consequences
What may happen next, later or elsewhere?
Change
What responsible improvement should we test?
A progressive journey from simple connections to complex system design
Explorer
See parts, wholes and simple connections.
ExploreConnector
Recognise multiple causes, patterns and basic feedback.
ExploreSystem Mapper
Map boundaries, delays, perspectives and system behaviour.
ExploreSystem Designer
Explore wicked problems, ethics and responsible interventions.
ExploreLearn. Practise. Apply. Reflect. Reassess.
The programme does not treat a correct multiple-choice answer as mastery. Learners progress when they can explain a concept, apply it to a new situation and revise their thinking when new evidence appears.
More than an app
The app supports individual practice. Teachers facilitate dialogue and collaboration. Real-world projects develop application and responsibility.
Why is the school playground still full of rubbish?
A simple answer might be: students are careless. A systems-thinking inquiry asks better questions instead.
Explore more system challenges- Are bins in the right place?
- Are they full at certain times?
- What packaging does the canteen sell?
- How do peer norms affect behaviour?
- Who is responsible for collection?
- Could punishment create hidden or unfair consequences?
Child-friendly learning, serious academic foundations
Soft Systems Methodology
Draw the situation. Ask how different people understand it.
System Dynamics
What keeps making this problem grow, return or slow down?
Critical Systems Heuristics
Who benefits? Who decides? Whose knowledge counts? Who is missing?
Theory of Constraints
What is the bottleneck? Are we solving the cause or only the symptom?
Viable System Model
Who does the work, coordinates, checks, looks ahead and protects the shared purpose?
Critical Systems Practice
Use the right thinking tools, try carefully, learn and adjust.
We are building this carefully
Cybee Learning is currently in the development and validation stage. We are building:
- The competency framework
- Prototype lessons
- Assessment rubrics
- Pilot programmes
- An academic advisory network
- The first version of the learning platform
“I began developing Cybee Learning after studying systems thinking and realising that children can complete many years of education without ever being systematically taught how to understand the interconnected systems shaping their lives.”
James Nguyen · Founder
Read the founder storyHelp build a generation of better systems thinkers
Choose your path into the founding community.