76+ hands-on learning journeys across robotics, coding, AI, space science, IoT and more — organised by grade band for ages 5–18.
Ages 5–10 · Play-based STEM, visual coding & introductory robotics
Hands-on engineering design challenges using everyday materials. Build, test, iterate and develop a growth mindset around failure and improvement.
Enrol →Levers, pulleys, wheels & axles — physical exploration using LEGO bricks and craft kits to understand mechanical advantage.
Enrol →Age-appropriate experiments exploring plants, weather, materials and forces. Safe, exciting and curiosity-building for young scientists.
Enrol →Empathy → Define → Ideate → Prototype → Test — the full design cycle through fun, age-appropriate challenges with real materials.
Enrol →Introduction to LEGO robotics: building stable structures and simple moving models using SPIKE Essential with guided missions.
Enrol →Block coding to make LEGO SPIKE robots follow paths, respond to colour sensors and complete simple missions independently.
Enrol →Virtual robot programming using Scratch with real-world engineering concepts. Design and animate your robot before building it.
Enrol →Directional programming using floor robots — sequencing, maps, algorithms and spatial reasoning through playful group challenges.
Enrol →Visual coding for ages 5–7: create animations, interactive stories and simple games using intuitive drag-and-drop blocks.
Enrol →Build interactive stories, animations and games using Scratch. Introduce variables, loops and conditionals through creative projects.
Enrol →Block-based coding with the BBC micro:bit: light up LEDs, respond to buttons, read sensors and send radio messages.
Enrol →Introduction to computational thinking without a screen — card games, maps and body movement to teach algorithms and sequences.
Enrol →Introduction to space science: planets, the solar system, rockets and the Moon. Hands-on model building and simple experiments.
Enrol →Simple sensors and real observations of weather, plants and ecosystems. Collect data, identify patterns and draw conclusions.
Enrol →Age-appropriate introduction to artificial intelligence: what computers can and cannot do, voice assistants and friendly robot discussions.
Enrol →Scratch-based creative computing projects: animated stories, digital music, interactive art. Technology meets imagination.
Enrol →Ages 11–13 · Real robots, Python code and international competition preparation
Multi-week design-build-test projects: bridges, towers, water filtration and solar cars. Full engineering cycle with peer critique.
Enrol →Forces, motion, energy and mechanisms explored using Elecfreaks Building Blocks Kits — physics concepts become tangible.
Enrol →Collect real environmental data using sensors, analyse findings and present evidence-based solutions to local sustainability issues.
Enrol →Nezha Inventors Kit V2 mechanical stream (Cases 21–24): gear ratios, linkage systems and cam mechanisms through structured builds.
Enrol →Programme TPBot and Cutebot cars with sensors, line-following, ultrasonic obstacle avoidance and Bluetooth remote control.
Enrol →Intermediate robotics: complex drive systems, multiple motors, force and colour sensors with both block and text coding.
Enrol →Complete 32-case curriculum: robots, mechanical builds, electronic structures and smart systems using Nezha Inventors Kit V2.
View Cases →Elecfreaks Wisdom Life Kits — smart home, agriculture, climate and health systems. Real sensors, real data, real impact.
Enrol →Programme a two-wheeled AI robot: balance algorithms, navigation, motor control and introduction to Python programming.
Enrol →Intermediate micro:bit programming — radio communication networks, data logging, sound and light sensors with real projects.
Enrol →Variables, loops, functions, conditionals and lists — all applied directly to micro:bit and Elecfreaks smart systems projects.
Enrol →Complex Scratch projects with physics simulations, platform game mechanics, scorekeeping and sprite collision systems.
Enrol →Introduction to JavaScript through browser-based mini-projects: DOM manipulation, event listeners and simple animations.
Enrol →MIT App Inventor to create real Android apps connected to sensors, cameras and the internet — share with family and friends.
Enrol →Design and code retro-style arcade games using the micro:bit Retro Arcade Kit — sprites, levels, scores and sound effects.
Enrol →Game mechanics, level design and sprite animation using Scratch and the Arcade Pro. From concept to playable prototype.
Enrol →Research a real-world problem, design a solution, build a prototype and deliver a compelling presentation to a panel of judges.
Enrol →Build and programme an autonomous robot to complete timed table missions. Strategy, consistency and robot reliability are key.
Enrol →Explore a FIRST theme, build a LEGO model that addresses a challenge and share your discoveries with the community.
Enrol →Robot game, innovation project, core values and engineering notebook — full FLL Challenge season prep for regional competitions.
Enrol →Orbital mechanics, satellite technology and rocket design challenges using paper models and digital simulation tools.
Enrol →What is AI? Machine learning basics, training simple models, ethical implications and hands-on activities with Teachable Machine.
Enrol →Sensors, actuators and data using the Elecfreaks Smart Science IoT Kit — build systems that sense and respond to real environments.
Enrol →Real sensors monitoring light, soil moisture and temperature — from raw data to automated irrigation and alert systems.
Enrol →Object recognition, colour detection and face tracking with the AI Smart Lens Kit — real computer vision in the classroom.
Enrol →Ages 14–18 · Advanced engineering, AI/ML, autonomous systems and space mission design
Full engineering design process: CAD concepts, 3D modelling, structural analysis, iteration and professional documentation.
Enrol →XGO Robot Dog — quadruped locomotion, gait algorithms, AI integration and Python API programming inspired by biological motion.
Enrol →Design, simulate and test structures under load. Explore material properties, failure modes and structural optimisation strategies.
Enrol →Solar, wind and water systems — design for UN SDGs. Build real working prototypes that address environmental challenges.
Enrol →Python API, gait programming, computer vision integration, autonomous navigation and voice command systems for XGO Robot Dog.
Enrol →Sensor fusion, path planning, PID control and obstacle avoidance algorithms — build a robot that navigates without human input.
Enrol →Robotic arm programming, pick-and-place sequences, servo control and workspace calibration — industrial robotics in school.
Enrol →Flight physics, navigation systems, control theory and UAE drone regulations. From concept to pilot-ready understanding.
Enrol →OOP, APIs, data structures, file I/O, libraries — all applied to robotics, IoT and smart systems real-world projects.
Enrol →Full-stack introduction: front-end JavaScript, back-end Node.js, REST APIs and connecting web dashboards to IoT hardware.
Enrol →Pandas, Matplotlib and NumPy with real sensor datasets — transform raw numbers into visual stories and evidence-based insights.
Enrol →CS fundamentals: sorting, searching, recursion, graphs and complexity — preparation for university entrance and coding competitions.
Enrol →Network security, ethical hacking basics, encryption, data privacy and the UAE cybersecurity regulatory context.
Enrol →Supervised and unsupervised learning, training models with Teachable Machine and ML5.js, and deploying them in real applications.
Enrol →OpenCV, AI Smart Lens and real-world object detection — build systems that see, classify and respond to their visual environment.
Enrol →Chatbot design, text classification, sentiment analysis and practical applications of NLP in real products and services.
Enrol →Bias in AI, privacy, regulation, responsible innovation — structured discussion and project-based exploration of AI's societal impact.
Enrol →Combine XGO Robot Dog's AI capabilities with trained computer vision models for autonomous, responsive robotic systems.
Enrol →Full IoT pipeline: sensors → microcontroller → cloud → dashboard → alerts. Design and deploy a complete connected system.
Enrol →Combine ML inference with real sensor data for predictive systems: anomaly detection, smart automation and edge AI deployment.
Enrol →Students design a district-level smart city system using IoT principles: traffic, energy, water and waste management integrated.
Enrol →micro:bit + full Elecfreaks ecosystem: build real smart home prototypes with voice control, scheduling and remote monitoring.
Enrol →VR concepts, 360° content creation, VR hardware exploration and educational use cases for immersive learning environments.
Enrol →AR.js, 8th Wall or Unity basics — overlay digital content on real environments and build AR experiences for mobile devices.
Enrol →Plan and prototype an XR learning experience using design thinking — from empathy mapping to interactive prototype testing.
Enrol →Use VR to explore space, human anatomy, physics simulations and structural engineering in environments impossible to visit in class.
Enrol →Satellites, orbital mechanics, launch vehicles and mission design — aligned to the UAE Space Program's national ambitions.
Enrol →Design, build and launch a soda-can-sized satellite with sensors — collect atmospheric data and analyse your results.
Enrol →Conditions for life, Mars exploration, astrobiology experiments and the search for biosignatures beyond Earth.
Enrol →Team-based mission concept: define objectives, select payload, choose orbit, design communications and present to a review panel.
Enrol →Full innovation cycle: deep research, multi-stage prototyping, impact documentation and international-level presentation skills.
Enrol →Open engineering challenge — custom builds, advanced programming and creative problem-solving for the WRO Open Category.
Enrol →Advanced robot game, deep research project, core values and engineering notebook — regional and national championship level.
Enrol →Multi-event competition prep: engineering, life science, earth science and physics events with past paper analysis and practice.
Enrol →Larger robot builds, Java and Blocks programming, alliance competition format and engineering design journals for FTC teams.
Enrol →Talk to our Academy team to schedule courses, plan your school's STEM calendar and access curriculum resources.