Connect structures and electronics · 001
Connect block structures and electronic devices.
Course guideOpen course →EXPLORE MRT LEARNING
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39 course guides and project pathways shown
Robotics Foundations 5
Build, explore and compare robot control methods.
Choose and understand four control logics · 101
Choose from four robot control logics, test how each one changes the robot’s behaviour and discover how control logic works.
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Explore sensors and robot systems · 301
Combine mechanisms, board modes and sensors to explore how robots respond to their surroundings.
Course guideOpen course →
Code robots with C++ GUI · 401
Program real robots with the MRT C++ GUI on Windows.
Course guideOpen course →AI Robot Building Pathway 5
402 → 451 → 452 → 471 → 472 · MRT AI Studio learning and creative application.
Scratch robot coding — prepare for AI · 402
Build and control robots with Scratch-style blocks in MRT AI Studio, then continue through 451 AI, 452 sensors and 471 vision and voice.
49 learning units · redesigned pathway
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AI Stage 1 — train and control · 451
After required 402 foundations, practise Bluetooth control with eight familiar models, train and test pose models, and develop basic-to-advanced rescue robot control.
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452 · AI Models & Sensors
Build on the 451 foundation with calibrated sensor inputs and more complex robot missions.
Lessons in preparationOpen course →
471 · Vision, Voice & Robotics
Extend the MRT AI Studio pathway with vision, voice and sensor-based robot projects.
Lessons in preparationOpen course →
472 · Creative Robot Projects
Apply skills from 402–471 to a purposeful robot design. Explore historic student examples for inspiration.
Project showcaseOpen course →More Robotics 2
Explore additional robot kits and activity pathways.
GENIBOT coding challenges
Explore direction, movement, number ideas and themed robot missions.
Course guideOpen course →
Friends 302 — build and explore
Explore three levels of model building and robot activities.
Course guideOpen course →Coding 8
Stories, games, logic and programming skills.
ScratchJr — first stories and games
Move characters and connect scenes, sound and messages with visual blocks.
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Scratch — create interactive projects
Combine events, coordinates, conditions and messages to create stories and games.
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Scratch review and coding quiz
Predict, test and improve block programs to consolidate Scratch concepts.
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Logic Mission — think, build, test
Solve focused block-coding problems using variables, loops and conditions.
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Python foundations for Scratch learners
Turn familiar block ideas into Python code, then build small programs and projects.
Course guideOpen course →
Python robot control · Studio 201
Use Python commands and a robot library to plan movement, react to sensors and explore autonomous missions.
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Teachable Machine — explore AI models
Train image and pose models, test their responses and explore connections to MRT AI projects.
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GameMaker — game projects
Explore game rules and interactions through projects such as Pong, Space Shooter and maze games.
Course guideOpen course →Maths · Kindergarten–Year 10 11
Choose a year-level guide, then check the learning included in your access.
Kindergarten Maths · actual question
How many stars are there?
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Kindergarten Maths
Build number sense through counting objects, matching quantities to numerals and comparing more, less and equal groups.
Course guideOpen course →
Year 2 Maths · actual question
A square is divided into 4 equal parts. 1 part is shaded. What fraction is shaded?
Year 2 Maths
Strengthen calculation within 100 and connect skip counting with equal-group multiplication.
Course guideOpen course →Year 3 Maths · actual question
What is the name of this shape?
Year 3 Maths
Develop multiplication and division fluency alongside three-digit calculation and place value to 1,000.
Course guideOpen course →Year 4 Maths · actual question
The hands of a clock at 3:00 form what type of angle?
Year 4 Maths
Extend place value to 10,000 and apply multiplication and division to practical problems.
Course guideOpen course →Year 5 Maths · actual question
A line graph shows temperature: Mon=22, Tue=25, Wed=19, Thu=27, Fri=24. What was the max temp?
Year 5 Maths
Build confidence with unlike fractions, decimals, percentages and order of operations.
Course guideOpen course →Year 6 Maths · actual question
Pie chart: 25% Football, 40% Basketball, 20% Tennis, 15% Swimming. Out of 200 students, how many chose Basketball?
Year 6 Maths
Bring fractions, decimals, percentages, ratios and rates together in multi-step problems.
Course guideOpen course →Year 7 Maths · actual question
What is the absolute value of -7?
Year 7 Maths
Build a foundation for secondary maths with integer and fraction operations, ratios, rates and percentages.
Course guideOpen course →Year 8 Maths · actual question
Simplify: 2³ × 2⁴
Year 8 Maths
Connect algebra with graphs: apply index laws, expand and factorise expressions, solve equations and inequalities, and explore gradient.
Course guideOpen course →Year 9 Maths · actual question
What is 9^(1/2)?
Year 9 Maths
Deepen algebra through surds, fractional indices, quadratics and simultaneous equations.
Course guideOpen course →Year 10 Maths · actual question
Is (x−2) a factor of x²−5x+6?
Year 10 Maths
Extend mathematical reasoning through polynomials, functions, logarithms and exponential models.
Course guideOpen course →Typing & Writing 7
Keyboard skills, vocabulary, coding symbols and purposeful writing.
Keyboard Basics
Build accurate keyboard habits with finger guidance, five practice modes and challenge stages.
Course guideOpen course →{ }Coding Symbols
PythonPython Typing Lab
Python Typing Lab
Type, run and explore real Python: print(), variables, conditions and loops.
Course guideOpen course →AaHome Row Explorer — words and sentences
Home Row Explorer — words and sentences
Build English vocabulary through 330 word activities.
Course guideOpen course →ReadReading Word Runner
WordsAdvanced Word Master
Advanced Word Master
Develop more precise English with 580 vocabulary activities.
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Writing Fluency Lab
Build towards confident writing across 10 genres with 100 model texts and 300 useful expressions.
Course guideOpen course →Python Robotics · In development 1
Further development follows completion of the pathway through 472.
501 · Robotics with Python
Explore how Python functions, classes and communication packets control robots through USB Serial and BLE.
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