"School teaches the theory. Curioverse builds the experience."
Schools cover science topics thoroughly on paper. But coverage is theoretical — students learn definitions, diagrams, and formulas without ever building a circuit, writing working code, or conducting a real experiment. Curioverse takes every topic the school already teaches and makes students experience it with their hands.
| Topic | CBSE | ICSE | What Curioverse students do |
|---|---|---|---|
| Electricity and circuits | Diagrams + Ohm's Law numericals. No wiring. | Current, potential difference — written only. | Wire real series and parallel circuits. Measure V, I, R with multimeter. Verify Ohm's Law with actual data. |
| Magnetic effects of current | Fleming's rules — read and memorise. | Electromagnets — theoretical. | Control a real DC motor with L298N driver. Reverse direction with code. Feel magnetic braking directly. |
| Force and simple machines | Lever, pulley — definitions and diagrams. | Mechanical advantage — formula-based. | Assemble gears, rack & pinion, power screw, worm gear by hand. Measure torque change. Experience mechanical advantage. |
| Light | Ray diagrams, mirror/lens formula — paper-based. | Periscope — one brief practical. | Use LDR sensor to detect light intensity. Build automatic street light. Simulate refraction in PhET. |
| Sound | Amplitude, frequency — definitions only. | Wave properties — written calculations. | Programme buzzer for different frequencies. Build sound-triggered alarm. Visualise waveforms in PhET. |
| Motion and measurement | Speed, velocity — numericals. | Distance-time graphs — pencil. | Measure real distance with HC-SR04. Plot sensor data live on serial plotter. |
| Topic | CBSE | ICSE | What Curioverse students do |
|---|---|---|---|
| Water purification | Read from textbook. | Theory. | Build working water filtration model with sand, gravel, cotton. Test turbidity before and after. |
| States of matter | Diagrams and definitions. | Kinetic theory. | Monitor temperature with DHT22 during heating/cooling cycles. Plot state change in real time. |
| Acids, bases, and salts | Written definitions. | Described experiments. | Build soil pH monitor with soil moisture sensor. Display on OLED. |
| Air and pollution | Listed in textbook. | Read and discuss. | Connect MQ-2 gas sensor. Detect smoke and LPG. Build gas leakage alarm. Push data to cloud. |
| Combustion and fuel | Memorised. | Written only. | Design automatic ventilation system triggered by relay-controlled fan when gas detected. |
| Topic | CBSE | ICSE | What Curioverse students do |
|---|---|---|---|
| Plant growth and water | Diagrams. | Described observations. | Build automatic plant watering with soil moisture sensor + relay. Monitor data on cloud. |
| Habitat and adaptation | Textbook classification. | Read and classify. | Train AI model on Intellio to classify environments from images. |
| Nutrition and food | Listed and memorised. | Drawn diagrams. | Use DHT22 to monitor food storage temperature. Design smart fridge alarm. |
| Respiration | Definitions and equations. | Written only. | Build DIY stethoscope. Use Intellio microphone to record breathing sound. Simulate gas exchange in PhET. |
| Environment and conservation | Described. | Essay and MCQ. | Build drip irrigation system. Track soil moisture. Create data-driven conservation report. |
| Topic | CBSE | ICSE | What Curioverse students do |
|---|---|---|---|
| Block-based coding | Scratch Gr 6 — rarely practiced | ICT: basic keyboarding | PictoBlox on Intellio — 20+ sessions of real coding controlling physical hardware |
| MicroPython | Not before Grade 11 | Not before Grade 11 | MicroPython on Pico 2W — variables, loops, functions, GPIO control, sensor reading |
| Embedded C++ | Not in curriculum | Not in curriculum | Arduino UNO R4 WiFi with C++ — 15+ projects from LED control to full IoT web server |
| AI / ML | Mentioned Gr 9–10 vocational — surface only | Not offered | Train image classifiers. Run face and gesture detection. FATE ethics framework. |
| IoT and WiFi | Not taught | Not taught | Push sensor data to cloud. Build WiFi web server. Control relay via browser. |
| 3D design (CAD) | Not at school level | Not at school level | Tinkercad — design, iterate, and 3D print functional parts |
| PCB design | Not in curriculum | Not in curriculum | EasyEDA — design a printed circuit board, understand footprints and traces |
| Topic | CBSE | ICSE | What Curioverse students do |
|---|---|---|---|
| Ratio and proportion | Written problems. | Written problems. | Gear ratio — why a small gear slows a large gear but multiplies force. Calculate and verify with physical gear kit. |
| Graphs and data representation | Bar charts — hand drawn. | Line graphs — pencil. | Plot live sensor data on serial plotter. Graph temperature over time. Analyse soil moisture trends. |
| Mensuration and geometry | Formula-based. | Written and drawn. | Design enclosure in Tinkercad. Calculate volume and surface area. Print and verify measurements match design. |
| Statistics | Textbook datasets. | Written problems. | Collect 30 real temperature readings with DHT22. Calculate mean, median, range. Identify outliers from sensor noise. |
| Algebra — variables | Abstract equations. | Linear equations. | Write Arduino code using variables, if-else, and loops. See algebra become logic — a variable in code is literally a variable in maths. |
CBSE and ICSE tell students about electricity, forces, life processes, and data. Curioverse makes them measure, build, code, and design the same concepts with real hardware and live feedback. Every school topic reinforced. Every gap filled.