Junior Innovators Academy
A structured ladder from a child's first line of code to machine learning running on real hardware. Six levels, each ending in something they built and can show you — plus a standalone engineering diploma they can start from scratch.
Code Crafters
“Your child’s first step into coding — fun, creative, and confidence-building.”
Before touching complex hardware, students learn how computers “think”. This level introduces logical sequencing, problem-solving and computational thinking through visual programming.
Interactive story animations and a custom-designed, fully playable Scratch video game with decision-making logic.
RoboForge
“From lines of code to real machines — building their first moving robot.”
Where software meets the physical world. Students step away from the screen to wire, assemble and program real electronics, learning how code makes physical objects move.
A fully functional, customised mobile robot that drives itself, navigates tracks and avoids obstacles autonomously using sensors.
Precision Dynamics
“Commanding motion smoothly, just like industry-grade machines.”
Moving a robot is easy; controlling it with precision is engineering. Students explore wireless communication and advanced mechanical control to take mastery over their machines.
A Bluetooth-controlled robotic hand, and a smooth-motion mobile robot using introductory PID control.
Living Systems
“Turning everyday spaces into smart, automated environments.”
Expanding robotics into the Internet of Things. Students learn to read data from their environment and trigger automatic, real-world actions for convenience and energy efficiency.
An integrated smart home prototype with automated garage gates, light-sensitive room illumination and solar-tracking energy systems.
Guardian Tech
“Engineering for impact: learning how technology protects lives.”
Applying technology to critical real-world problems. Students build systems designed to detect danger and respond instantly to secure their environment.
A mobile firefighting robot mechanism, and a room safety alarm that detects gas leaks and flames while transmitting wireless alerts.
Neural Makers
“Deploying real artificial intelligence directly onto hardware.”
The cutting edge of embedded engineering. Students move past pre-written logic and learn to train hardware to recognise patterns, hear sounds and “see” objects using real machine learning.
Custom AI projects including voice-commanded robotics, gesture-recognised controllers and image-detecting security systems.
The Inventor's Blueprint is a standalone bootcamp rather than a sixth rung. It needs only basic computer skills, so a student can start here without climbing the levels first.
The Inventor’s Blueprint — Smart Engineering Diploma
“Design it, print it, automate it.”
An intensive bootcamp for aspiring makers. Rather than coding alone, students learn the entire product lifecycle — designing a 3D part on a computer, fabricating it, wiring it, and connecting it to the cloud.
A fully fabricated, 3D-printed and laser-cut smart house with an IoT dashboard they can monitor and control remotely from a smartphone.
For schools and parents
Levels run as after-school cohorts or as a programme delivered inside a school. Group rates, timetables and hardware provision are arranged per cohort — tell us the age range and the number of students and we will come back with a plan.
Start with one task.
No procurement process required to find out whether we are any good. Send one scoped task and judge the result.