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Class 5 · Ages 10–11 · 🔥 Intermediate

Class 5
🐍 Python, IoT & Smart Devices

Code in Python, build smart homes, and control with Bluetooth! Hands-on projects, simulators, and challenges aligned with NCERT and IB curriculum.

Class 5
Ages 10–11
NCERT Aligned
IB Framework
6 Modules
4 Projects
📚 Class 5 Modules

What You'll Learn

6 comprehensive modules covering everything from theory to hands-on projects!

🐍
Python Full Course
Master Python: lists, dictionaries, loops, functions, file I/O, and OOP basics. Write programs that analyse data, create visualisations with turtle, and automate tasks!
PythonListsFunctionsOOPturtle
🏠
Smart Home — Full Build
Build a complete smart home model: auto lights (LDR), temperature alarm (DHT11), intruder alarm (PIR), motorised gate (servo), fan control. All on one Arduino!
PIR SensorMulti-sensorSmart HomeIntegration
🦾
3-DOF Robotic Arm
Build a servo-powered 3-DOF robotic arm with shoulder, elbow and wrist joints. Control it manually with potentiometers, then write code to pick and place objects!
Servo3-DOFKinematicsControl
📡
Bluetooth Robot Control
Add a HC-05 Bluetooth module to your robot car. Write a control app in MIT App Inventor. Control speed and direction from your smartphone over Bluetooth!
HC-05BluetoothMIT App InventorRC Car
🌱
Smart Garden System
Build an automatic plant watering system: soil moisture sensor triggers a water pump relay. Add a rain sensor to pause watering outdoors. IoT thinking at its best!
Soil SensorWater PumpRelayAutomation
🧬
AI Sorting Machine
Build a colour sensor conveyor that sorts coloured blocks into different bins automatically. Introduction to machine decision-making and basic AI logic!
TCS34725Colour SensorAutomationAI
⚡ Interactive Labs

Try It Right Now!

8 interactive simulators — code editor, robot sim, circuit lab, quiz, binary game, AI pattern, sequences, and sorting!

🖥️ Remesys Interactive Lab — Class 5

class5_code.py
▶ Click "Run Code" to see output!
Ready
🕹️ CONTROLS
📡 LIVE SENSORS
🔊 Ultrasonic --
🌡️ Temperature 28°C
💡 Light (LDR) --
🔋 Battery 85%
Select a component above, then click on the canvas to place it!
Score: 0
Q: 1/5
Level: Beginner 🌱

Convert the decimal number to binary! Score streak points!

Convert this number to binary:

Score: 0 | Best: 0
2⁷
128
2⁶
64
2⁵
32
2⁴
16
2³
8
2²
4
2¹
2
2⁰
1

Draw a pattern, teach the AI, then draw a similar one and see if it recognises it!

Spot the number pattern and type the next number — just like AI sequence prediction!

Drag each item into the correct bin — just like an AI sorting algorithm!

🍎 FRUIT
🚗 VEHICLE
🐶 ANIMAL
Correct: 0 | Wrong: 0
🔨 Build & Create

Class 5 Projects

Real hands-on projects you'll build during the year!

🏠
⚡ Medium
Smart Home Model
Full smart home with auto lights, temperature alarm, PIR intruder alarm and motorised gate!
⏱️ 12 hrs
🦾
⚡ Medium
3-DOF Robotic Arm
Servo-powered arm with 3 joints, controlled by potentiometers and programmable positions.
⏱️ 8 hrs
📡
⚡ Medium
Bluetooth RC Car
Smartphone-controlled car over Bluetooth with custom MIT App Inventor controller app.
⏱️ 6 hrs
🌱
🌱 Easy
Auto Plant Watering
Smart garden: waters automatically when soil is dry. Has a rain sensor override.
⏱️ 4 hrs
📅 Annual Schedule

Class 5 Roadmap

2 classes per week, quarterly projects, and the Annual Innovation Showcase

5

Class 5 — Full Year Schedule

40 weeks · 2 classes/week · 80 sessions

Wk 1–4Python — lists, dicts, functions, OOP basics
Wk 5–8Smart Home model — all sensors integrated
Wk 9–10Q1 Project — Smart Home 🏠
Wk 11–143-DOF Robotic Arm build and program
Wk 15–16Bluetooth RC Car + MIT App Inventor app
Wk 17–18Smart Garden auto-watering
Wk 19–20Q2 Project — Robotic Arm 🦾
Wk 21–26AI Sorting Machine — colour sensor
Wk 27–28Python data analysis — CSV and charts
Wk 29–40Annual Showcase — My Innovation 🏆
❓ Class 5 FAQ

Common Questions

Do students connect to real IoT in Class 5? ▼
Bluetooth is used in Class 5. Full WiFi/internet IoT (with ESP8266) is introduced in Class 6.
How complex is the Smart Home project? ▼
Students integrate 5–6 sensors and components on a single Arduino, managing multiple peripherals with one main program — a significant step up!
How does the quarterly project work? ▼
Every 10 weeks, students complete a major project. They design, build, test and present it to the class. Feedback is given by teachers and peers. This mirrors real engineering and design-thinking workflows!
Can I use this simulator to practise at home? ▼
Yes! The simulators on this page work in any modern browser — no installation needed. Students can practise coding, circuit design, and robot control from home anytime!
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