Ellable I.O. Robotics & Programming
ROBOTICS • ENGINEERING • CODING • 3D DESIGN

Imagine It.
Build It.
Make It Move.

Hands-on robotics and engineering classes for youth ages 8+. Students learn how software controls hardware, how circuits and wiring work, and how ideas become real working machines.

Parent Sign UpExplore the Program
✓ No prerequisite✓ Project-based✓ Ages 8+
●
IDEAturn imagination into a working system
01WIREcircuits + sensors
02CODElogic + control
03BUILDrobots + mechanisms
04CREATE3D design + print

MORE THAN LEARNING TO CODE

Students discover how things actually work.

We connect programming to the physical world. Students don't just type instructions on a screen—they wire components, read sensors, control motors, design parts, troubleshoot systems, and see their code create movement.

01 / LEARN

One classroom.
Five connected skills.

⚡

Electronics & Wiring

Learn circuits, power, breadboards, sensors, motors and safe hands-on wiring.

POWER → SIGNAL → ACTION
</>

Software & Coding

Build programming fundamentals and understand how instructions become real behavior.

INPUT → LOGIC → OUTPUT
⚙

Robotics

Combine code, electronics and mechanical systems to build machines that sense and move.

SENSE → THINK → MOVE
⌁

Engineering

Experiment, troubleshoot, redesign and learn why a system works—not just how to copy it.

ASK → TEST → IMPROVE
⬡

3D Design & Printing

Design custom parts in 3D, print them, test fit and improve the design for a real project.

DESIGN → PRINT → BUILD
02 / OUR APPROACH

We teach the connection between hardware and software.

A robot is not one subject. It is code talking to electronics, electronics reading the physical world, and mechanical parts responding. Students learn those connections through guided builds and increasingly independent challenges.

1CONNECTWire the hardware
→
2PROGRAMWrite the logic
→
3OBSERVESee what happens
→
4IMPROVEDebug + redesign
03 / BUILD

From first circuit
to original invention.

ROBOTICS

Autonomous Rover

Build and program a rover that combines motors, sensors, navigation logic and real-world troubleshooting.

FLIGHT + CONTROL

Drone Engineering

Explore flight control, sensors, communication and the software-hardware relationship behind unmanned systems.

DRONE
LONG-RANGE IoT

LoRa Sensor Network

Build remote sensor nodes and learn how environmental data can travel over long-range wireless links.

LoRa ↝ NODE
GPS + WEB

GPS Signaling & Web Server

Collect GPS coordinates, transmit location data and display device positions and status on a web-based server.

GPS → WEB
AI + COMPUTATION

AI Integration

Connect cameras and sensor data with AI and computation so projects can recognize, analyze and respond intelligently.

AI + ROBOT
DESIGN + FABRICATION

3D-Printed Engineering

Design custom parts, print prototypes, test fit and improve them until they become functional parts of a complete system.

E
THE CORE CONCEPT

Spark imagination.
Give it tools.

Our goal is not to give students one “correct” project. It is to give them the technical foundation and confidence to ask, “What if I build…?”—and then know how to start.

WHAT IF?
04 / CLASS SCHEDULE

Flexible times for
busy families.

WEEKEND

Saturday Classes

10:00 AM–12:00 PM
or
2:00–4:00 PM

Two Saturday class options are available.

WEEKDAY

After-School Classes

After 3:30–6:00 PM

Weekday classes are available during the after-school window.

FLEXIBLE

Need Another Time?

Just let us know.

Looking for a different schedule? Contact us and we'll discuss available options.

🚐 Transportation Option

If your student's school is nearby, transportation may be available for an additional fee. Please contact us for availability and details.

🎯 Level & Placement

Class level and placement are based on the student's goals and our initial assessment, helping us place each student at an appropriate starting point.

If the embedded form does not load, use the button below.

Open Google Form ↗