Expressing Intent
Logic activities develop sequencing and structured reasoning, and creative work gives repeated practice at turning an idea into clear instructions.
HashHackCode
Learn to Think with Technology
HashHackCode builds reasoning, problem-solving, creativity, communication and tech skills for a rapidly changing AI world.
why-it-matters
Build Future Tech Skills
From Using Technology to Thinking with It
Learning to use the latest tool is useful, but tools change quickly. As technology, including AI, makes it easier to generate code, images, text and ideas, learners need stronger abilities to understand a problem, decide what is worth creating, organise their thinking, communicate intent, evaluate what comes back and improve the result.
HashHackCode develops these transferable skills alongside coding, design, language, mathematics and emerging technology, preparing learners for the tools they use today and the technologies they will meet next.
- 01Understand a problem
- 02Decide what is worth creating
- 03Organise their thinking
- 04Communicate intent
- 05Evaluate what comes back
- 06Improve the result
Every child will grow up talking to AI. Not every child will know how to think with it.
Build Future Tech Skills
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Technology as a Cognitive Tool
Technology education often stops at operation: which application to open, which command to enter, which steps to follow. That knowledge helps a student use one tool, but it does not help them understand the problem or transfer what they know when the interface changes.
HashHackCode uses technology as a medium for thinking. Coding requires students to organise instructions and work through errors, design requires them to form an intention and communicate it visually, and mathematics requires them to recognise relationships and reason with evidence. The tool provides the environment; the student must still understand, decide, create and evaluate.
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Skills That Transfer to AI
HashHackCode builds the reasoning, communication and judgement learners need to work effectively with artificial intelligence. AI can generate an output, but the learner still has to frame the task, decide what matters, evaluate the response and determine what to improve.
Evaluating Information
Graded learning develops the ability to identify what matters in a response and judge whether it is accurate, even when it sounds convincing.
Maintaining Context
Projects that run across weeks build the ability to hold the original goal in view and notice when the work has drifted.
programs
Our Programs
A Curriculum for Future Tech Skills
HashHackCode brings together two complementary learning pathways. The Logic Series develops the foundations behind structured thinking, while the Creative Series gives students meaningful ways to apply those foundations through coding, design, language, mathematics and digital creation. Together, they help learners move from understanding and reasoning to planning, creating, evaluating and improving.
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Logic Series
Build the thinking
The Logic Series uses structured, graded learning to strengthen pattern recognition, sequencing, quantitative reasoning, comprehension, memory, planning and decision-making. These capabilities support everyday learning as well as the ability to work with increasingly intelligent technology.
5 courses2 available3 upcoming
Explore the Logic Series
Early Logic
Early Logic develops pattern recognition, sequencing, classification and comparison. These foundations help learners divide a goal into ordered steps and understand how one action leads to the next.
View courseMath Logic
Math Logic develops number sense, estimation and quantitative reasoning. Students learn to examine figures and relationships, which helps them recognise when a generated calculation or comparison cannot be right.
View courseReading Logic
Reading Logic connects decoding with comprehension and instruction-following. Students learn to identify what a response actually says and distinguish the information that matters from details that do not answer the question.
View courseMemory Logic
Memory Logic strengthens attention, working memory and recall through structured activity. These capabilities help students hold the original goal across a longer interaction and notice when the work begins to lose direction.
View courseChess Logic
Chess Logic develops planning, consequence-based thinking and the ability to weigh trade-offs. Students learn to compare options, anticipate outcomes and make a deliberate choice rather than accepting the easiest suggestion.
View course The Logic Series builds the thinking. Explore the Logic Seriescreative-series
Creative Series
Apply the thinking
The Creative Series uses project-based learning to build expression, creation, communication, problem-solving and iteration through technology. Students apply structured thinking to something they can build, test, explain, improve and share.
5 courses3 available2 upcoming
Explore the Creative Series
Creative Coding
Creative Coding develops logic, decomposition and debugging through text-based programming. Students learn to examine whether generated code solves the intended problem instead of assuming that code is correct because it runs.
View courseCreative Coding Junior
Creative Coding Junior develops sequencing and cause-and-effect thinking through visual programming. Students see how each instruction changes the outcome and learn that the creator remains responsible for those choices.
View courseCreative Design
Creative Design develops visual communication and creative intent. Students decide what a visual needs to communicate before selecting how it should look or asking a system to generate it.
View courseCreative English
Creative English develops idea formation, language and articulation. Students learn to express a thought with enough clarity and context for another person or an intelligent system to act on it.
View courseCreative Math
Creative Math develops mathematical relationships, reasoning and structure through practical problems. Students learn to frame a question clearly, examine the proposed solution and determine whether the reasoning is sound.
View course The Creative Series applies the thinking. Explore the Creative SeriesMost programs teach students how to generate. We teach students how to think before they generate.
Build Future Tech SkillsThe HashHackCode Learning Methodology
Learning That Adapts to the Child
Learners differ in how they understand instructions, process information, express ideas and respond to challenges. HashHackCode adapts the structure, guidance and level of difficulty while keeping the learning objective and expectation of progress intact.
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Graded Learning
Concepts are broken into manageable steps, with each activity building on understanding that is already secure.
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Experiential Learning
Students apply ideas through activities, problems and projects, making their reasoning visible through practice.
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Intuitive Learning
Clear instructions and accessible tools keep attention on understanding the concept rather than navigating unnecessary complexity.
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Progressive Learning
Challenge increases with readiness, helping each learner move towards greater ownership and independence.
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Ways to Learn
Choose how to learn with HashHackCode: explore every course with a Learning Pass, work towards new skills in a Bootcamp or learn with a mentor through an Academy Plan.
Self-Paced
Learning Pass
Access every Logic and Creative Series course, with the learning apps, graded activities and projects, for 1, 6 or 12 months.
Explore the Learning Pass
Focused Learning
Bootcamps
Develop a new skill, strengthen a concept or work towards a project with mentor guidance and like-minded peers.
Explore Bootcamps
Mentor-Led
Academy
Inclusive, mentor-led learning through one-to-one or daily group classes, with a Personalised Learning Plan for every learner.
Explore Academy
For Schools
AI-Ready Curriculum for Schools
Build the reasoning, creativity, communication, problem-solving and technology skills students need for an AI future. HashHackCode gives schools a structured curriculum that develops these capabilities progressively, from foundational thinking to coding, digital creation and increasingly independent problem-solving.
Explore HashHackCode School
For Educators
Teach the Skills for an AI Future
Bring structured, inclusive tech and AI learning into your own teaching practice. HashHackCode gives independent educators a certified curriculum, personalised learning framework and connected tools to help learners build capability progressively and with greater independence.
Explore HashHackCode EducatorsFeatured In
Build Tech Skills That Matter
The tools will keep changing. The ability to understand a problem, decide what is worth making, organise it, express it and judge the result will not. HashHackCode develops those capabilities from the foundations onwards, whether a student learns with us directly or through their school.