Class 8 — Innovation, Drones & Deep Learning

📚 Class 8 Modules

What You'll Learn

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

🚁

Autonomous Drone Basics

Understand gyroscopes, accelerometers, and PID control in drones. Program basic flight manoeuvres. Understand how DJI, Amazon delivery drones and military UAVs work!

GyroscopeAccelerometerPIDFlight Controller

🧠

Deep Learning — Neural Networks

Understand layers, neurons, weights, and backpropagation visually. Train an MNIST digit recogniser. Use TensorFlow Lite on a Raspberry Pi for real-time inference!

Neural NetworkTensorFlow LiteMNISTBackprop

💊

AI Health Monitor Wearable

Build a health-monitoring wearable: MAX30100 pulse/SpO2, DHT11 temperature, MPU6050 accelerometer. Display on 0.96" OLED, upload to cloud dashboard in real time!

MAX30100OLEDSpO2HealthTechCloud

🔐

Cybersecurity & Encryption

Learn about Caesar cipher, XOR encryption, and hashing. Build a keypad-locked Arduino box. Understand how HTTPS, passwords, and fingerprint scanners work!

EncryptionCaesar CipherKeypadFingerprint Sensor

🌍

AI Ethics & Responsible Tech

Debate real AI scenarios: bias in facial recognition, algorithmic decision-making, autonomous weapons. Design ethical AI guidelines. Understand how to be a responsible innovator!

AI EthicsBiasSocietyResponsible Tech

🏆

Capstone Innovation Project

Design and build an original invention that solves a real problem in your school, home or community. Full design-thinking process: define, ideate, prototype, test, present!

InnovationDesign ThinkingPrototypeAnnual Showcase

⚡ 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 8

# 🚁 Python — Class 8 Neural Network!
import math

# Simulating a 1-neuron network
def sigmoid(x):
    return 1 / (1 + math.exp(-x))

def neuron(inputs, weights, bias):
    z = sum(i*w for i,w in zip(inputs, weights)) + bias
    return sigmoid(z)

# Health data: [heart_rate_norm, temp_norm, spo2_norm]
patient = [0.72, 0.63, 0.95]  # normalised values
weights = [0.8, 0.6, 1.2]
bias = -0.5

risk = neuron(patient, weights, bias)
print(f"🧠 Neural network output: {risk:.4f}")
print(f"Health risk score: {risk*100:.1f}%")
print("Status:", "⚠️ Needs attention" if risk > 0.7 else "✅ Normal")

▶ 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 8 Projects

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

💊

🔥 Advanced

Health Monitor Wearable

Wearable with heart rate, SpO2, temperature, movement — displays on OLED and uploads to cloud!

⏱️ 14 hrs

🧠

🔥 Advanced

Digit Recogniser AI

Train and deploy a neural network that recognises handwritten digits in real time on camera!

⏱️ 12 hrs

🔐

⚡ Medium

Keypad Security Lock

Arduino-powered combination lock box with LCD display, correct/wrong LED feedback and buzzer.

⏱️ 6 hrs

🚁

🔥 Advanced

Drone Navigation Demo

Programme a drone's flight controller for basic waypoint navigation and obstacle avoidance.

⏱️ 10 hrs

📅 Annual Schedule

Class 8 Roadmap

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

8

Class 8 — Full Year Schedule

40 weeks · 2 classes/week · 80 sessions

Wk 1–4Drone basics — gyroscope, accelerometer, PID

Wk 5–6Deep Learning — neural networks visually

Wk 7–8Health Monitor Wearable — MAX30100 + OLED

Wk 9–10Q1 Project — Health Monitor Wearable 💊

Wk 11–12Cybersecurity — encryption, keypad lock

Wk 13–14AI Ethics debate and design challenge

Wk 15–16Capstone planning — design thinking workshop

Wk 17–24Capstone build phase — invent something real!

Wk 25–28Test, debug, refine your invention

Wk 29–40🏆 Annual Innovation Showcase — Present to School!

❓ Class 8 FAQ

Common Questions

Is Class 8 the hardest level? ▼

Yes — Class 8 covers neural networks, IoT wearables, drone control, and cybersecurity. Students who complete Class 8 have skills comparable to junior engineering students.

What is the capstone project? ▼

Each student designs and builds an original invention to solve a real problem. It's presented at the Annual Showcase — the most exciting event of the year!

Do they use Raspberry Pi? ▼

TensorFlow Lite on Raspberry Pi is introduced as a demo in Class 8. Full Raspberry Pi projects may be added as an advanced extension.

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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Class 8 🚁 Innovation, Drones & Deep Learning

What You'll Learn

Try It Right Now!

🖥️ Remesys Interactive Lab — Class 8

Class 8 Projects

Class 8 Roadmap

Class 8 — Full Year Schedule

Common Questions

Class 8
🚁 Innovation, Drones & Deep Learning