Nikola Tesla Club AfricaSTEM LabMy learning Uganda curriculum • African context
Browse by level and subject, then move from a guided simulation to an affordable real-world investigation.
Use the launch question, guided investigation, practical extension and evidence checklist to lead a classroom or science club.
Learners department • Primary pathways
P1–P3 receives gentle, concrete guidance. P4–P7 receives mature, evidence-based coaching with more independence.
Hello, little scientist! Science is about looking closely, asking questions and trying safe ideas.
Short sentences, familiar objects, pictures, colours and one small step at a time.
Mathematics: Count seeds, bottle tops or blocks. Make pairs, shapes and simple patterns.
Science: Explore water, soil, plants, light, sound, magnets and things that move.
Making: Build simple models with paper, cups, string and other safe everyday materials.
What good learning looks like: You succeed when you look carefully, try safely and explain what you noticed—not only when your first answer is right.
You are ready to investigate ideas more independently, compare evidence and explain why a result makes sense.
Clear scientific vocabulary, real-life problems, careful measurements and explanations that respect growing learners.
Mathematics: Use fractions, measurement, area, perimeter, data and patterns to solve practical problems.
Physical science: Investigate forces, energy, matter, electricity, magnets, light and sound.
Life and Earth science: Study living things, ecosystems, soil, weather, water and the Earth–Sun system.
What good learning looks like: A strong investigation is safe, repeatable and supported by evidence. A surprising result is useful when you check it honestly.
Showing 18 learning modules
Electric Africa
Use five big-picture activities to explore bulbs, materials, magnets, movement and useful power.
Electric Africa
Build a closed circuit and connect voltage, current, resistance and bulb brightness.
Electric Africa
Visualise electron transfer, charging, attraction and repulsion.
Electric Africa
Test how coil turns, battery voltage and an iron core change magnetic strength.
Electric Africa
Compare equivalent resistance, current paths, lamp power and reliability.
Electric Africa
Test how material, wire length and thickness affect resistance and current.
Electric Africa
Map field direction and strength with current, coils and a model compass.
Electric Africa
Connect rotation, magnetic flux, induced voltage, frequency and useful power.
Electric Africa
Use turns ratios to investigate step-up, step-down and transmission choices.
Electric Africa
Balance solar, wind, storage and essential demand for a resilient school.
Patterns & Numbers
Use objects, ten-frames and number lines to build addition fluency.
Matter Around Us
Observe particle motion as solids melt, liquids evaporate and gases cool.
Shape & Measurement
Construct shapes and connect area, perimeter and multiplication.
Solutions
Change solute and water quantities, then measure concentration.
Living Systems
Test how traits, environments and selection affect a population.
Earth & Space
Change mass, speed and distance to investigate orbital motion.
Electric Africa
Relate plate geometry and voltage to charge, field and stored energy.
Motion & Engineering
Model trajectories, compare predictions and analyse experimental data.