AvailableTechnology & Engineering

Robotics & Hardware

Build, program, experiment, and understand how intelligent machines work.

Enquire About This Program
Students building and programming robots with the Pee Cee and Roboki robotics kits in the Future Minds Education robotics program, Hubballi, Karnataka
01Overview

About the Robotics & Hardware Program at Future Minds Education

Robotics & Hardware is a hands-on STEM program for ages 10–16 where learners move beyond screens and into the physical world of circuits, sensors, and machines. Students design, wire, program, and iterate on real hardware — learning how intelligent systems sense, decide, and act.

02Curriculum

Robotics & Hardware: Curriculum Modules

  1. 01

    Foundations of Electronics

    Circuits, components, voltage and current — understood by building, not memorising.

  2. 02

    Sensors & Actuators

    How machines see, hear, and move. Hands-on experiments with real components.

  3. 03

    Microcontrollers & Code

    Write programs that control physical systems and respond to the environment.

  4. 04

    Plode Software for Coding

    Students code their builds using Plode — a multiplatform, visual coding app designed for all skill levels.

03What Students Learn

Robotics & Hardware: What Students Learn

  • Fundamentals of electronics, circuits, and components
  • How sensors and actuators let machines interact with the world
  • Programming microcontrollers to control real hardware
  • Structured problem-solving: debug, test, and improve designs
  • Team-based project building and presentation
04Skills Developed

Key Skills Developed in the Robotics & Hardware Program

ElectronicsProgramming LogicMechanical ThinkingDebuggingSystems DesignTeamwork
05Outcomes

Learning Outcomes of the Robotics & Hardware Program

  • A working robot built and programmed by the student
  • Confidence with real tools, components, and hardware
  • A builder's mindset: test, fail, improve, repeat
06Learning Kits

The Kits Learners Build With

Pee Cee

The playful, codable computer that kids use to build real inventions — combinable with sensors and Technic blocks, and codable using Plode.

35+ components9 built-in sensors & 4 outputsTechnic building-block compatibleAI & IoT enabledPlug & play portsStrong online support ecosystem
Pee Cee kit used in the Future Minds Robotics & Hardware program
Pee Cee kit specifications and features

Playtrons

Easy-to-use electronic building blocks designed for young makers — open-ended, flexible, and simulatable with Plode.

34+ components9 built-in sensors & 4 outputsUSB-C power connectorResistors, diodes, transistors & moreTechnic building-block compatibleElemental electronics curriculum
Playtrons kit used in the Future Minds Robotics & Hardware program
Playtrons kit specifications and features

Playtronix

Fundamental electronic blocks that help learners understand electronic concepts experientially — with simulation for easy construction.

50+ components7 input & 6 output modulesSimulation for easy constructionUSB-C power connectorResistors, diodes, transistors & moreElemental electronics curriculum
Playtronix kit used in the Future Minds Robotics & Hardware program
Playtronix kit specifications and features

Playmex

A collection of interconnectable plastic parts along with fun characters that can be used to create simple models for kids — open-ended, flexible, and simulatable with Plode.

340+ components90+ unique high-quality blocksSimulation for ease of constructionPlayDynamex & PeeCee Compute Kit-2 compatibleOpen-ended and flexibleDevelops spatial thinking skillsGrade 1–3 playfully crafted curriculum
Playmex kit used in the Future Minds Robotics & Hardware program
Playmex kit specifications and features

Play Dynamex

A collection of interconnectable plastic parts that can be used to create simple to advanced movable mechanical models — compatible with PeeCee Computational Kit-2.

435+ components110+ unique high-quality blocksSimulation for ease of constructionPeeCee Computational Kit-2 compatibleOpen-ended and flexibleDevelops spatial thinking skillsGrade 3–9 Mechanics and Robotics curriculum
Play Dynamex kit used in the Future Minds Robotics & Hardware program
Play Dynamex kit specifications and features

Roboki

The ultimate, fully customizable, codable robotic kit — build real robots with powerful motors and smart sensors, coded with Plode.

Powerful codable brickWireless code and controlStrong durable geared motorsSmart plug sensorsSolid plastic chassis blocksPlug & play ports & Fleximove connectorsLong-running rechargeable Li-Ion batteryBig sturdy wheels
Roboki kit used in the Future Minds Robotics & Hardware program
Roboki kit specifications and features

Autoki

Action-card based robotic controller — snap together builds, program with physical cards, and scale up from Go Kit (16 projects) to Go+ Kit (36 projects).

Available in Go Kit (entry-level) & Go+ Kit (advanced)Autoki board with 2 geared DC motorsAction-card programming — no screen requiredGo+ Kit includes rain, colour, sound sensors & servoSnappable plastic blocks building systemIR remote control (Go+ Kit)Built-in Bluetooth & rechargeable batteryRetail-ready plastic case packaging
Autoki kit used in the Future Minds Robotics & Hardware program
Autoki kit specifications and features

Poki

An affordable, remote-controlled robotics board that's perfect for beginners — start with blocks, then reveal and edit the actual code using Plode.

96 MHz single-core processor, 440 KB memoryBluetooth, USB & IR built inRuns 2 DC motors + 4 servo motorsSPI, UART & I2C for future add-onsStart with blocks, then edit real code18650 rechargeable battery with protections
Poki kit used in the Future Minds Robotics & Hardware program
Poki kit specifications and features

Plode: Smart and Simple Software

PeeCee TED's Plode software is as fun as it is powerful—tailored to inspire creativity, adapt to all levels, and make coding feel like a breeze.

Plode App on iPhone

Software

Playfully Adaptive

Peecee adjusts itself to suit anyone, whether you're just starting out or ready to tackle big projects.

Plode App Interface

True Multiplatform Freedom

Code wherever you like—Linux, Windows, iOS, Android, or straight from the cloud. With Peecee, Peecee is always by your side.

PlayMode for Instant Fun

Dive into Peecee's features without a single line of code—use the camera, chat with speech recognition, or let AI do the work. Just play and explore!

Software

Versatile for All

Plode is ready for anything, handling everything from your first coding steps to your wildest ideas.

3-Step Programming

Coding is as easy as Select, Assemble, and Code. Perfect for first-timers, this approach makes building projects feel like child's play.

5 Coding Styles

3 visual modes (Hexa Programming, Flowchart, Scratch-style) or go pro with C and Python scripts.

AI Mode & App Mode

Just speak and code, or create apps that control your physical projects—Plode makes it all possible.

Software

Effortless
Experience

Everything about Plode is designed to make your experience smooth, simple, and super fun.

User-Friendly and Fun

Bright colors, playful UI/UX elements, and an interface that feels like an adventure make coding with Plode pure joy.

Virtual Simulator

Test your projects in a virtual playground before bringing them to life, ensuring everything works just right.

InstaLink Real-Time Magic

Instantly see what your sensors and accessories are up to, tweaking on the fly. InstaLive even makes servo calibration a snap.

Data Capture and Visualization Mode

Turn data into visuals! Plot graphs, capture live sensor data, compare, and store your findings—all in one place. Plode makes data fun and easy to understand.

Plode App Interface on Monitor and Phone

Unleash Your Creativity with Plode

Download the Plode app today and start coding fun, engaging projects. Whether you're new to coding or a seasoned pro, Plode makes learning and creating a breeze!

Download Plode App