Future Engineers
For Classes IX–XII. Think technologically, engineer solutions and build the future.
What you’ll learn
- Industry 4.0 and 5.0, smart cities and technology in modern industries
- AI and machine learning fundamentals, generative AI tools and responsible AI
- IoT architecture with sensors, ESP32, Arduino and cloud-connected devices
- Electronics, breadboard circuits, PCB design basics and embedded systems
- Python and Arduino programming, robotics and sensor-based automation
You leave with: Students can program microcontrollers, build sensor-based projects, explain AI and ML applications, and present and document a technology project.
How it runs
1Explore
Emerging technology.
2Understand
AI and ML fundamentals.
3Program
Python and programming.
4Integrate
Electronics and IoT.
5Develop
Robotics and automation.
6Innovate
Project development and showcase.
Questions
Which format should our school choose?
Most schools start with a 90-minute Technology Orientation or a half-day Practical Workshop, then move to the Four-Week Foundation Program. The 12-week Advanced Program adds more programming, experiments, project development and assessment.
What does the school need to provide?
A classroom or computer lab, a projector and screen, internet where required, tables and seating, and a school coordinator to manage students. Skills021 brings the demonstration equipment and agreed practical learning resources.
Do students get certificates?
Yes, participation certificates. The school also receives a program completion report, and students present their projects in a showcase on programs that include one.
Can parents enrol a child directly?
Programs run through schools. If your child’s school is not a partner yet, tell us and, with your permission, we will contact the school.