Where students build real robots and think like engineers
Esdar brings a complete, hands-on Robotics & AI program into your school — from first circuits to working machines and intelligent systems. Students don't just study technology; they design it, build it, break it, and make it better.
The skills that shape the future, learned by doing
Robotics and AI sit at the centre of how the world now works — in cars, hospitals, factories, and phones. Esdar turns that into something students can hold in their hands, giving them the confidence and curiosity to create technology instead of only using it.
Real machines, real code
Students wire circuits, program microcontrollers, and watch their own logic move motors and sensors in the real world.
Problem-solving mindset
Every project is a puzzle — debugging, iterating, and improving teaches students to think clearly and never fear failure.
Future-ready confidence
From AI basics to automation, students gain exposure to the tools and ideas shaping tomorrow's careers.
A complete journey, from first circuit to intelligent machine
The program builds layer by layer — each new skill rests on the last, so students always know what they're doing and why.
Electronics & circuits
Components, breadboards, sensors, and how current actually flows — the foundation of everything that follows.
Microcontrollers
Programming Arduino and Micro:bit to read inputs, make decisions, and control the physical world.
Robotics & automation
Building moving robots — line-followers, obstacle-avoiders, robotic arms — that sense and respond on their own.
AI & intelligent systems
An introduction to how machines learn — computer vision, voice, and decision-making — through approachable, hands-on builds.
The right challenge for every age group
The curriculum is structured across three stages, so a Primary student and a Senior student each get work that's exciting and achievable for them.
Spark & explore
Playful first steps — simple Micro:bit animations, basic sensors, and friendly builds that turn curiosity into confidence. Students discover that technology is something they can make.
Build & control
Real robotics begins — coding microcontrollers, wiring motors and sensors, and building machines like line-following and obstacle-avoiding robots that act on their own logic.
Automate & innovate
Advanced projects bring AI and automation together — IoT dashboards, computer vision, and intelligent robotic systems that solve genuine real-world problems.
Industry-standard tools and kits
Students learn on the same families of hardware used by real makers and engineers — never simplified toys, always the genuine thing.
Electronics & automation
The workhorse of physical computing — sensors, motors, and hardware projects that interact with the real world.
Coding & IoT
Beginner-friendly boards for logic building, rapid prototyping, and connected projects.
Flight & control
High-engagement flight-control kits that bring advanced, real-world technology exposure.
Modelling & vision
3D printing to make ideas physical, plus approachable tools for computer vision and machine learning.
A program that runs end-to-end, with you
All equipment provided
Esdar supplies the kits, components, and tools — enough hardware for every student to take part hands-on, not just watch.
Trained instructors
Certified Esdar trainers deliver every session, and can upskill your staff so quality stays consistent year after year.
Structured curriculum
A grade-wise, project-based syllabus with clear outcomes — so every term builds visibly on the one before.
Certificates & recognition
Every student earns a certificate and a portfolio of completed builds, with pathways to competitions and an annual tech fest.
Real projects, really built
A glimpse of the work students take home pride in — from their very first Micro:bit animation to an AI-powered robotic arm.
Flashing Heart
A first program — a beating heart animated across the Micro:bit LED matrix.
Gesture-Controlled Robot
Sensors read hand gestures and steer the robot in different directions.
Line Following Robot
A robot that reads the floor and drives itself along a marked path.
Obstacle-Avoiding Robot
Ultrasonic sensors let the robot detect and steer around objects on its own.
IoT Weather Dashboard
Live sensor data streamed to a connected dashboard students build themselves.
AI Object-Sorting Arm
A robotic arm that uses computer vision to recognise and sort objects automatically.
Bring Robotics & AI to your students
Book a meeting and we'll design a hands-on program around your grades, your space, and your goals.