Aligned with Australian and Victorian Curriculum
DraxonTech programs connect robotics, engineering, AI problem-solving and structured building projects with curriculum-aligned learning outcomes. Each program is mapped to age-appropriate skills across Digital Technologies, Design and Technologies, Science, Mathematics, English, communication and social learning where relevant.
10 Core Future Skills
A unified skills framework that progresses across every year level.
Digital Systems
Sensors & Input
Data Representation
Algorithms
Coding & Debugging
Computational Thinking
Engineering Design
Iteration & Evaluation
Collaboration & Communication
Ethics, Safety & Impact
Teacher-Ready Lesson Pack Structure
Current production packs are built around a compact set of classroom-ready files, with some teaching and assessment details embedded inside the Teacher Guide.
Available in current lesson packs
Included inside the guide where relevant
Coming as separate extensions
From Lesson to Outcome
How a single lesson becomes visible evidence for teachers, students and parents.
Lesson Plan
Classroom Activity
Student Project
Assessment Evidence
Parent Report
Next Step Recommendation
Sample Curriculum Map
Lesson → Year Level → Skill → Activity → Evidence → Parent Outcome.
| Lesson | Year | Skill | Activity | Evidence | Parent Outcome |
|---|---|---|---|---|---|
| Smart Parking Gate | 5–6 | Sensors & Automation | Build & test gate | Working model + worksheet | Sees real-world tech link |
| Line-Following Robot | 7–8 | Algorithms | Code & calibrate | Video + code log | Sees problem-solving progress |
| Collaborative House Build | All | Communication | Role-based building | Observation checklist | Sees cooperation growth |
Sample Lesson: Smart Parking Gate
Year Level: Year 5–6
Learning Focus: Sensors, automation, input/output logic, engineering design and real-world technology systems.
Student Output: Students build and test a working smart parking gate model, explain how the sensor triggers movement, and reflect on how similar systems are used in cities.
Sample Lesson: Smart Study Lamp
Learning Focus: Inputs, outputs, light control, testing, troubleshooting and purposeful design.
Student Output: Students build and test a responsive lamp, explain its control logic and suggest an improvement for home or classroom use.
Curriculum alignment, visualised
Each lesson pack is mapped to year-level outcomes and surfaced through the DraxonTech curriculum hub — so teachers can see alignment at a glance and parents see real progress.
Year 5–6 · Smart Parking Gate
MappedLesson
Slides
Worksheet
Build
Code
Rubric
Curriculum alignment
AC v9 · Digital Tech
Sample Project Evidence
What an evidence-of-learning artefact actually looks like from each sample lesson.
Year 5–6Smart Parking Gate — working model
Sensors & Automation
Year 7–8Line-Following Robot — code log
Algorithms
All levelsCollaborative House Build — observation
Communication