Build. Code. Conquer.
Where young innovators learn robotics — from screen to reality. Start with theory and virtual robots, graduate to building real machines.
Why Robotics?
Kenya is moving fast. Your learner should be too.
This isn't the future — it's happening now. And your learner can be right in the middle of it. Robotics builds the skills that matter most: creativity, problem-solving, teamwork, and the confidence to turn ideas into real machines.
Competitions
Kenyan teams are heading to WRO and VEX international championships in China and the US.
CBC Aligned
Kenya's curriculum now includes coding and robotics. Sciyetu prepares learners from day one.
Future Skills
Problem-solving, teamwork, coding, and engineering thinking — skills the world needs now.
How Sci Yetu Teaches Robotics
We make robots fun before we make them real.
Theory in Games
Learn robotics concepts through interactive puzzles, quizzes, and challenges. Like playing a game, not sitting in class.
Virtual Robots
Code real robots in a browser — no hardware needed. Build confidence without pressure.
Hands-On Building
Assemble real robots with sensors, motors, and controllers. The "wow, I built this!" moment.
Compete & Showcase
Enter challenges, solve real-world problems, present projects. From learner to innovator.
The Learning Journey
One continuous path — from first concepts to real robots.
What is a Robot?
Discover the building blocks: brain, body, and sensors. Learn what makes a robot a robot.
Making Things Move
Program a robot to move forward, backward, and turn. Master direction, distance, and speed.
Lights, Sound & Signals
Make robots talk back with LEDs, buzzers, and blinking patterns. Learn inputs and outputs.
Sensors — Teaching Robots to See
Ultrasonic eyes, touch sensors, and line followers. Give your robot the power to sense the world.
Autonomous Robots
Train robots to make decisions on their own: avoid obstacles, follow lines, solve mazes.
Real-World Challenges
Competition-style missions: robo soccer, pick-and-place, obstacle courses. Work in teams and win.
From Virtual to Physical
Build a real robot with motors, sensors, and controllers. The moment it clicks, you invented it.
Our Virtual Robotics Lab
Learners start in our own virtual lab — no hardware needed, right in the browser.
Virtual Robot Missions
BeginnerDrive a 3D robot and solve real challenges
- Real 3D physics
- Block coding, no setup
- Competition playgrounds
Circuit & Electronics Designer
BeginnerWire and test circuits before you build
- Drag-and-drop wiring
- Motors, LEDs & sensors
- Design, test, improve
Mission Creator
BeginnerLearn by completing real robot missions
- Guided robot missions
- Blocks the whole way
- Zero experience needed
Robot Dance & Follow
BeginnerMake your robot move, dance, and react
- Block-based programming
- Line following & obstacle avoiding
- Fast path to a physical robot
Electronics Simulator
IntermediatePractice wiring and controller code
- Virtual electronics bench
- Learn sensor wiring
- Builds confidence for hardware
Competition Simulator
AdvancedTrain for the big leagues
- Competition-style missions
- Team challenges
- Competition-ready pathway
Our virtual lab is inspired by the world's best
We studied how the leading robotics tools work and built our own learner-friendly virtual experience on the same proven ideas.
What Learners Actually Build
A structured, age-appropriate curriculum that grows with every learner.
Beginner
Ages 8-10Learn what robots are and get them moving. All through games and drag-and-drop blocks.
Learn the parts of a robot and make it come alive on screen.
- Dance-o-Bot — make a robot dance with lights and sound
- Traffic Dash — drive forward, back, and turn
- Robo Remote — a smartphone-controlled robot
Give your robot simple senses so it responds to the world.
- Wall-Avoider — a robot that steers around obstacles
- Follow-Me Bot — a robot that follows you around
- Robot Guard — keep out of a danger zone
- What is a robot? (Brain, body, sensors)
- Making a robot move — forward, back, turn
- Block coding like Scratch
- A dancing robot — lights and sound
- Disco Time: inputs and outputs
Intermediate
Ages 10-12Give robots senses and reactions, and bring in smarter block coding.
Add sensors so robots can detect objects and stay on track.
- Line Follower — stay glued to a black line
- Maze Escape — solve a maze on your own
- Smartphone Switcher — control with a gamepad
Program decisions, loops, and teamwork into your robot.
- Robo Soccer Player — take to the pitch
- Shy Bot — program it to run away
- Sumo Bot — push opponents out of the ring
- Ultrasonic sensors — robots that see
- Touch sensors — robots that feel
- Autonomous movement: robots that think
- Maze solving — can your robot escape?
- Robo Soccer — teamwork + coding
- Advanced block logic: loops and decisions
Advanced
Ages 12-14Complex projects, real-world challenges, and the leap to physical robots.
Move from virtual to physical kits and build with real parts.
- Robot Gripper — a robotic arm that picks and places
- Ball Collector — gather objects autonomously
- Smart Home Model — sensors that run a mini home
Train in teams on WRO-style challenges and real hardware.
- Challenge Bot — a WRO-style mission robot
- Traffic Manager — solve a real-world problem
- Showcase Project — design your own from scratch
- Gripper robots — pick and place
- Line followers that stay on track
- Real-world projects: smart home, environmental monitoring
- Competition prep (WRO-style challenges)
- Physical kits: Arduino, VEX, LEGO
- Virtual to real: build the actual robot
Which Kind of Roboticist Are You?
Take the quiz and find out where you fit in the world of robots.
Do you like solving puzzles and tricky problems?
Do you like building things with your hands?
When you play a video game, what do you enjoy most?
When something breaks, what do you do?
You're a...
Why Sci Yetu?
The a different way to learn robotics.
| What matters | Sci Yetu | Traditional Classes |
|---|---|---|
| Learning style | Gamified puzzles & challenges | Textbooks & lectures |
| Starting point | Virtual robots first | Jump straight to expensive hardware |
| Help when stuck | AI tutor on demand | Wait for the teacher |
| Path to physical robots | Virtual → Real pathway | Hardware-only from day one |
| Cost to start | Start free, grow from there | Expensive kits upfront |
Frequently Asked Questions
Everything parents and schools want to know.
No! We start from absolute zero. The first modules use drag-and-drop blocks and games, so any 8-year-old can jump in. We build up to autonomous missions and physical robots gradually.
Not at all. Learners begin in the virtual world — no hardware needed. They only move to physical robots once they understand the concepts and are ready. That keeps the cost low at the start.
Our robotics track is designed for learners aged 8 to 14. We split into Beginner (8-10), Intermediate (10-12), and Advanced (12-14) so every learner learns at the right level.
Yes. Robotics builds on the same coding, computational thinking, and engineering skills in Kenya’s CBC. It gives learners a head start in Pre-Technical Studies and beyond.
Each module takes about one month to a full school term to complete, so most learners finish the whole virtual-to-physical journey in 6 to 12 months depending on how often they practice.
Yes. We prepare teams for national and international competitions like WRO and VEX. Learners who complete the advanced track can join our competition squads.
Let's Get Your Learner Building Robots
Join hundreds of students already learning and creating with Sci Yetu.
Message us on WhatsApp to enroll, ask questions, or bring robotics to your school.
Kitale Town, Trans Nzoia County, Kenya