Courses
Structured electronics, robotics and IoT learning.
Open courses →NeoGiga STEM Education
Learn → Simulate → Code → Build
NeoGiga Australia brings STEM kits, robotics, electronics, IoT learning and simulator practice to Australia learners, teachers and schools.
A connected learning journey
From first circuit to product engineering
Use existing NeoGiga learning, project, simulator, BOM and marketplace tools together. Choose a grade, practice in the simulator, build with a real component list and source what the project needs.
Projects
Build guides with code, wiring and BOM information.
Open projects →Simulator
Test a circuit before ordering components.
Open simulator →Components
Connect lessons to real catalog components.
Open components →Existing NeoGiga learning catalog
Learn with real courses and projects
Published LMS and education records appear here as they are approved. Project details can connect code, wiring, simulator templates, BOM lines and catalog products without duplicating content.
Microcontroller Programming with Arduino
Learn embedded programming: GPIO, ADC, PWM, I2C, SPI, UART.
Open Learning Hub →PCB Design with KiCad
Practical PCB design from schematic to Gerber.
Open Learning Hub →Electronics Component Fundamentals
Master resistors, capacitors, inductors, diodes, and transistors.
Open Learning Hub →Phase 2 LMS Verification Project
Safe verification project for public LMS endpoints.
Open project →Grades 1–10
Progressive STEM curriculum
The sequence moves from curiosity and safe circuits to robotics, IoT, automation, applied AI and product engineering. Each grade is structured for a full year of learning sessions.
Circuits, switches and electricity
Build safe circuits and understand closed and open paths.
Explore Grade 2 →Microcontrollers and block coding
Connect inputs and outputs and express logic with blocks.
Explore Grade 4 →Smart systems and automation
Design reliable automated systems with feedback and wireless links.
Explore Grade 7 →AI and applied robotics
Apply data, classification and robotics to practical problems.
Explore Grade 8 →Embedded systems engineering
Reason about hardware interfaces, timing and firmware structure.
Explore Grade 9 →Product engineering and innovation
Define, prototype, test and improve an engineering solution.
Explore Grade 10 →Reusable kit platforms
Build on a core kit
Schools can grow through grade expansions, optional modules, spares and replacement components rather than replacing a complete learning platform each year.
NeoGiga STEM Foundation
A reusable foundation for curiosity, circuits, measurement and early electronics.
View the learning track →NeoGiga Maker & Robotics
A progression from coding and microcontrollers to robotics and connected projects.
View the learning track →NeoGiga Advanced Engineering
A platform for automation, embedded systems, applied AI and product engineering.
View the learning track →NeoGiga Australia · AUD
Regional pricing, availability and support are resolved by the existing Australia marketplace. Contact the team for school lab deployment and institutional requirements.
Regional pricing, availability and support are resolved by the existing Australia marketplace. Contact the team for school lab deployment and institutional requirements.