01 / SUBJECT
Core Knowledge
Build durable understanding in school subjects through structured concepts, practice and assessment.
PROGRAMMES / PROFESSIONAL
Learn across disciplines. Build capability.
School Programmes at TUTOR are designed around the learner's stage, not a collection of isolated classes. Core subjects, intelligent systems, projects and frontier exploration can be structured into coherent learning pathways for school-age learners.
Classroom learning · Wikimedia Commons · image source below
01 / PROGRAMME ARCHITECTURE
Subject → Thinking → Creating.
The school layer connects foundational subjects with computational and frontier capabilities. The learner is not asked to choose between “school learning” and advanced exploration.
02 / THINKING
Reasoning
Develop mathematical, scientific, linguistic, computational and critical reasoning across subjects.
03 / COMPUTING
Digital Capability
Programming, data, computing systems and digital tools become instruments for learning and creation.
04 / AI
Intelligent Systems
Understand and use intelligent systems with emphasis on evaluation, problem formulation and responsible practice.
05 / FRONTIER
Advanced Inquiry
Explore emerging domains through deeper projects, research-style work and interdisciplinary challenges.
06 / CREATION
Projects & Evidence
Turn learning into artefacts: experiments, software, analyses, presentations, prototypes and research portfolios.
02 / LEARNER PATHWAYS
Progressive depth from school foundations to frontier work.
Programme intensity and content can be adapted to learner age, prior knowledge and intended depth. The pathway is capability-based rather than simply grade-labelled.
STAGE 01
Foundations
Build confidence with language, mathematics, science, digital literacy and learning habits.
STAGE 02
Practice
Apply concepts through exercises, experiments, problem sets, programming and guided projects.
STAGE 03
Creation
Combine subjects to create substantial projects and explain the reasoning behind the work.
STAGE 04
Frontier
Explore advanced AI, engineering, research, computing or specialised knowledge systems.
03 / PROGRAMME FAMILIES
Programme families that can work together.
School Programmes are organised as families so a learner can develop depth in a core area while maintaining cross-disciplinary capability.
CORE / SCIENCE
Science & Scientific Thinking
Physics, chemistry, biology and scientific reasoning through concepts, experiments, modelling and evidence.
TECHNOLOGY / COMPUTING
Computer Science
Programming, algorithms, data, software systems and computing projects with progression toward intelligent systems.
FRONTIER / AI
AI & Intelligent Systems
Machine learning, generative systems, intelligent applications, evaluation and advanced project work.
KNOWLEDGE / HUMANITIES
Knowledge Systems
Language, textual study, structured knowledge, interpretation, philosophy and interdisciplinary inquiry.
BUSINESS / COMMERCE
Business & Commerce
Accounting, business studies, financial reasoning, enterprise and applied organisational thinking.
PHYSICAL / HEALTH
Physical & Health Education
Movement, fitness, sport performance, discipline, health knowledge and structured physical practice.
04 / INTERDISCIPLINARY PROJECTS
The project is where subjects meet.
Students should not only study subjects separately. Projects can combine the disciplines to make learning visible and transferable.
COMPUTING × AI
Intelligent Application
Build a small software application that uses data or an intelligent model, then evaluate its behaviour.
SCIENCE × COMPUTING
Scientific Simulation
Turn a scientific relationship into a computational model, experiment with parameters and interpret results.
BUSINESS × DATA
Decision System
Analyse a structured dataset, construct a decision model and explain assumptions and limitations.
KNOWLEDGE × AI
Knowledge Explorer
Organise a textual corpus, create structured knowledge and build a searchable learning interface.
SPORT × DATA
Performance Study
Collect movement or training observations and use structured analysis to investigate performance.
05 / DELIVERY FORMATS
One programme architecture. Multiple learning formats.
The same academic structure can be delivered through different levels of personalisation and intensity.
BATCH
Structured Batch
Cohort-based instruction, scheduled sessions, guided practice, projects and shared learning resources.
PREMIUM
Premium Cohort
Smaller learning groups with deeper project support, feedback and additional academic resources.
ONE-TO-ONE
Individual
Personalised pacing, targeted instruction, project supervision and learning-path adjustments.
SELF-DIRECTED
Independent Study
Structured resources, project briefs and progression pathways for learners working independently.
06 / LEARNING EXPERIENCE
Learn → Practise → Create → Explain → Reflect.
Every programme can use a common learning loop while retaining subject-specific pedagogy and assessment.
Learning should leave evidence.
A school programme is more than a sequence of lessons. Each pathway can produce visible evidence of growing capability.
- 01Concept notes and worked problems
- 02Experiments and observations
- 03Programming and computational artefacts
- 04Research and written analysis
- 05Presentations and explanations
- 06Interdisciplinary projects
- 07Portfolio-ready evidence of progress
07 / SCHOOL LIBRARY
Resources organised by learning purpose.
The library can combine textbooks, open educational resources, exercises, datasets, code, project briefs and research material according to learner level.
CORE
Texts & Notes
Structured explanations, reference material, subject notes and recommended readings.
PRACTICE
Problems & Exercises
Question sets, practice tasks, worked examples and progressive challenge.
LAB
Experiments
Science, computing and project-based practical activities with evidence capture.
TOOLS
Digital Resources
Programming environments, simulations, data tools and age-appropriate digital systems.
PROJECTS
Project Studio
Interdisciplinary briefs, rubrics, milestones and examples of finished work.
FRONTIER
Advanced Reading
Research papers, advanced courses and specialist resources for learners ready to go deeper.
08 / DISCIPLINE CONNECTIONS
School is the entry layer to the ecosystem.
School Programmes connect directly to TUTOR's discipline architecture, allowing a learner to move from broad foundations toward deeper specialised study.
Business & Commerce
Accounting, business studies, financial reasoning and enterprise.
Physical & Health
Fitness, sport performance, health knowledge and discipline.
Computer Science
Programming, algorithms, software, data and computing systems.
Knowledge Systems
Language, textual study, interpretation and structured knowledge.
AI
Machine learning, generative systems and intelligent applications.
Build the foundation for deeper study.
Explore a school pathway, connect disciplines and develop capability through structured practice and creation.