Flagship · Grades 6–8 · 90 hours · 3 years
INNOVATE X — Future Engineering Program
One program, three years — from engineering foundations to a build-and-fly capstone. Students learn as engineers: explore, design, build, test, present — across drones, AI, robotics, 3D printing (additive manufacturing), cloud technology, and Fusion 360.
How students learn
As engineers, not as audience.
01
Explore
02
Design
03
Build
04
Test
05
Present
Year by year
One program, three years, a clear progression.
The 90-hour curriculum is deliberately scaffolded: complexity grows each year while engineering habits — safety, design, testing, documentation — stay constant.
Grade 6
Foundations
30 hours
The adventure begins: students meet real hardware from week one, learn the designer's toolkit in Fusion 360, and internalise lab safety as an engineering habit — not a rule sheet.
- Drones + Robotics
- Fusion 360 basics
- Simulation
- Outcome: understand and prototype systems
Grade 7
Design for Manufacturing
30 hours
Ideas become manufacturable. Students run the full 3D-printing workflow from CAD to slicer to load-tested part, and use AI as a responsible design copilot — with judgement, not dependence.
- Responsible AI
- 3D printing workflow
- AI-assisted product design
- Outcome: design and fabricate functional components
Grade 8
Capstone
30 hours
The finale: a full build-test-present cycle on a real machine, demonstrated live. Every student graduates with a portfolio — Fusion 360 designs, slicer files, code, test data, and final reports.
- Advanced manufacturing capstone
- Final demonstration
- Outcome: build, test, and operate a drone or 3D printer
Certification
A certificate the industry recognises.
Every graduate earns a Program Completion Certificate — issued by three names schools and parents can trust.
School partnership model
A ready-to-use innovation lab — at zero investment cost.
Partner schools receive the complete lab, curriculum, and training. You provide the room and the students.
2× FDM 3D printers
2× DLP 3D printers
3D scanner
PET filament recycling machine
Course materials & workbooks
Drone kits
Robotic kits
Faculty training
Outcomes
What students walk away with.
A portfolio of Fusion 360 designs and build artifacts
Technical skills across drones, AI, robotics, 3D printing, and cloud
Teamwork and problem-solving through real projects
Program Completion Certificate by Additive Ventures, Autodesk & Javiat Aerospace